the 2018 spawar list - public.navy.mil · distribution statement a: approved for public release,...

DISTRIBUTION STATEMENT A: Approved for public release, distribution is unlimited. (17 JANUARY 2018)

2018

DISTRIBUTION STATEMENT A: Approved for public release, distribution is unlimited. (17 JANUARY 2018)

The SPAWAR List 2018iii

ContentsPreface. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . vii

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .ix

PEO Command, Control, Communications, Computers and Intelligence (C4I) Page 1

PMW 120 Battlespace Awareness and Information Operations

Program Office. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2

Automatic Identification System (AIS). . . . . . . . . . . . . . . . . . . . . . . . .2

Classic Reach. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2

Cryptological Carry-On Program (CCOP) Digital Receiver Technology

(DRT) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2

CCOP Special Fit Equipment (SFE). . . . . . . . . . . . . . . . . . . . . . . . . . .2

CCOP Special Purpose Carry-On Subsystems (SPCS). . . . . . . . . . . . .2

Cryptological Carry-On Program (CCOP) Legacy Subsystems . . . . . . .3

Distributed Common Ground System – Navy Increment 1 (DCGS-N Inc 1) 3

Distributed Common Ground System – Navy Increment 2 (DCGS-N Inc 2) 3

Hazardous Weather Detection and Display Capability (HWDDC) . . . . .3

Intelligence Carry-On Program (ICOP) . . . . . . . . . . . . . . . . . . . . . . . .3

Littoral Battlespace Sensing – Unmanned Vehicles (LBS-UUV) . . . . . .4

Maritime Integrated Broadcast Service (MIBS)/Joint Tactical Terminal –

Maritime (JTT-M) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

Meteorological Mobile Facility (Replacement) (METMF(R)) Next

Generation (NEXGEN) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

Naval Integrated Tactical Environmental System – Next Generation

(NITES-Next) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

Primary Oceanographic Prediction System (POPS) Oceanographic

Information System (OIS). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

Remote Sensing Capability Development (RSCD) . . . . . . . . . . . . . . . .5

Ships Signal Exploitation Equipment (SSEE) Modifications. . . . . . . . . .5

Ships Signal Exploitation Equipment Increment E (SSEE Inc E) . . . . . .5

Ships Signal Exploitation Equipment Increment F (SSEE Inc F). . . . . . .5

Spectral . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

PMW 130 Information Assurance and Cyber Security Program

Office . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

Computer Network Defense (CND). . . . . . . . . . . . . . . . . . . . . . . . . . .6

Cybersecurity Coordination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

KGV-11M . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

Navy Cryptography and Key Management . . . . . . . . . . . . . . . . . . . . .7

Navy Cyber Situational Awareness (NCSA) . . . . . . . . . . . . . . . . . . . . .7

Navy Public Key Infrastructure (PKI) . . . . . . . . . . . . . . . . . . . . . . . . . .7

Nuclear Command, Control and Communications – Navy (NC3-N)

Defense Cyber Operations (DCO) . . . . . . . . . . . . . . . . . . . . . . . . . . .7

Radiant Mercury (RADMERC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

SHARKCAGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

Tactical Key Loader (TKL) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

PMW 150 Command & Control Systems Program Office . . . . . . .9

Air Defense System Integrator (ADSI). . . . . . . . . . . . . . . . . . . . . . . . .9

Command & Control Processor (C2P)/Common Data Link Management

System (CDLMS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9

Global Biosurveillance Portal (GBSP) . . . . . . . . . . . . . . . . . . . . . . . . 10

Global Command and Control System – Maritime (GCCS-M) . . . . . . 10

Global – Theater Security Cooperation Management Information

System (G-TSCMIS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Joint Effects Model (JEM) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Joint Warning and Reporting Network (JWARN) . . . . . . . . . . . . . . . . 11

Link 16 Network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Link Monitoring Management Tool (LMMT) . . . . . . . . . . . . . . . . . . . 12

Maintenance Figure of Merit (MFOM) System. . . . . . . . . . . . . . . . . . 12

Maritime Tactical Command & Control (MTC2) . . . . . . . . . . . . . . . . . 12

Naval Aviation Maintenance System (NAMS) . . . . . . . . . . . . . . . . . . 12

Naval Operational Maintenance Environment (NOME) . . . . . . . . . . . . 13

Naval Operational Supply System (NOSS). . . . . . . . . . . . . . . . . . . . . 13

Naval Tactical Command Support System (NTCSS) . . . . . . . . . . . . . 13

Navy Air Operations Command & Control (NAOC2). . . . . . . . . . . . . . 14

North Atlantic Treaty Organization (NATO) Improved Link Eleven (NILE) . . 14

PMW 160 Tactical Networks Program Office. . . . . . . . . . . . . . . .15

Automated Digital Network System (ADNS) . . . . . . . . . . . . . . . . . . . 15

Combined Enterprise Regional Information Exchange System –

Maritime (CENTRIXS-M) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Consolidated Afloat Networks and Enterprise Services (CANES) . . . . 16

Integrated Shipboard Network System (ISNS). . . . . . . . . . . . . . . . . . 17

Sensitive Compartmented Information Networks (SCI Networks) . . . . . . 17

Submarine Local – Area Network (SubLAN) . . . . . . . . . . . . . . . . . . . 17

PMW/A 170 Communications and GPS Navigation Program Office 18

Air Navigation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Air Navigation Warfare (Air NAVWAR) . . . . . . . . . . . . . . . . . . . . . . . 18

Amphibious Tactical Communications System (ATCS) . . . . . . . . . . . . 18

AN/FMQ-17 Environmental Satellite Receiver Processors (ESRP) . . . . . . 19

AN/SMQ-11 (F) Environmental Satellite Receiver Processor (ESRP)

Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Battle Force Tactical Network (BFTN) . . . . . . . . . . . . . . . . . . . . . . . 19

Commercial Broadband Satellite Program (CBSP). . . . . . . . . . . . . . .20

Commercial Wideband Satellite Program (CWSP) . . . . . . . . . . . . . . .20

Digital Modular Radio (DMR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .20

Global Broadcast Service (GBS) Shipboard Antenna System . . . . . . .20

Contents

The SPAWAR List 2018iv

GPS Modernization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .21

GPS Positioning, Navigation, and Timing Services (GPNTS). . . . . . . .21

High Frequency Over-the-Horizon Robust Communications Enterprise

(HFORCE). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .21

Joint Aerial Layer Network – Maritime (JALN-M) . . . . . . . . . . . . . . .21

Naval Senior Leadership Communications – Aircraft (NSLC-A) . . . . .22

Navy Multiband Terminal (NMT). . . . . . . . . . . . . . . . . . . . . . . . . . . .22

Network Tactical Common Data Link (NTCDL) . . . . . . . . . . . . . . . . .22

Portable Radios Project (PRP) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .23

Sea Navigation Warfare (Sea NAVWAR) . . . . . . . . . . . . . . . . . . . . . .23

Spectrum Monitoring and Transition (SMT) . . . . . . . . . . . . . . . . . . .23

Time Division Multiple Access (TDMA) Interface Processor (TIP) . . . .23

PMW 740 International C4I Integration Program Office . . . . . . .24

PMW 750 Carrier & Air Integration Program Office. . . . . . . . . . .25

Tactical Mobile (TacMobile) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .25

PMW 760 Ship Integration Program Office . . . . . . . . . . . . . . . . .26

PMW 770 Undersea Communications & Integration Program

Office . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28

Advanced High Data Rate Antenna (AdvHDR) . . . . . . . . . . . . . . . . . .28

Common Submarine Radio Room (CSRR). . . . . . . . . . . . . . . . . . . . .28

Fixed Submarine Broadcast System (FSBS) High Power . . . . . . . . . .29

Low Band Universal Communications System (LBUCS). . . . . . . . . . .29

Multi-Function Mast Antenna (OE-538) . . . . . . . . . . . . . . . . . . . . . .29

Shore to Ship Communications Systems . . . . . . . . . . . . . . . . . . . . .29

Strategic Communications Continuing Assessment Program (SCAP)

Continuing Evaluation Program (CEP) . . . . . . . . . . . . . . . . . . . . . . .29

Submarine Antenna Modifications and Sustainment (SAMS) . . . . . . .30

Submarine Communications Buoy (SCB) . . . . . . . . . . . . . . . . . . . . .30

Submarine High Data Rate Antenna (SubHDR) . . . . . . . . . . . . . . . . .30

Submarine Operating Authority (SUBOPAUTH) . . . . . . . . . . . . . . . . .30

Take Charge and Move Out (TACAMO) Ground Communications –

Mobile (TGC-M) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .30

Towed Buoy Antenna (AN/BRR-6/6B) . . . . . . . . . . . . . . . . . . . . . . .30

Transition Engineering (XENG) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31

Undersea Assured Command and Control (UAC2) . . . . . . . . . . . . . .31

PMW 790 Shore & Expeditionary Integration Program Office 32

Command and Control Official Information eXchange (C2OIX). . . . . .32

Defense Messaging System (DMS) . . . . . . . . . . . . . . . . . . . . . . . . .32

Deployable Joint Command and Control (DJC2) . . . . . . . . . . . . . . . .33

Expeditionary Command, Control, Communications, Computers, and

Intelligence (C4I) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .33

Integrated Waveform Control System (IW CS). . . . . . . . . . . . . . . . . .34

Joint MILSATCOM Network Integrated Control System (JMINI CS) . . . . .34

Maritime Operations Center (MOC) . . . . . . . . . . . . . . . . . . . . . . . . .34

Nuclear Command, Control and Communications (NC3) Navy

Modernized Hybrid Solution (NMHS) . . . . . . . . . . . . . . . . . . . . . . .34

Shore Messaging Modernization . . . . . . . . . . . . . . . . . . . . . . . . . . .34

Shore Tactical Assured Command and Control (STACC) . . . . . . . . . .35

Telephony. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .35

Teleport . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .35

Teleport Service Procurement Agent (SPA). . . . . . . . . . . . . . . . . . . .36

U.S. Naval Observatory (USNO) Precise Time and Astrometric (PTA)

Network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36

PEO Space Systems Page 37

PMW 146 Navy Communications Satellite Program Office . . . .38

Mobile User Objective System (MUOS). . . . . . . . . . . . . . . . . . . . . . .38

Ultra-High Frequency Follow-On (UFO). . . . . . . . . . . . . . . . . . . . . . .39

PEO Enterprise Information Systems (EIS) 1

PMM 172.4 DON Enterprise Software Licensing (ESL) . . . . . . . .42

PMW 205 Naval Enterprise Networks (NEN) . . . . . . . . . . . . . . .43

Base Level Information Infrastructure (BLII)/OCONUS Navy Enterprise

Network (ONE-Net) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .43

Next Generation Enterprise Network (NGEN) . . . . . . . . . . . . . . . . . .43

PMW 220 Navy Enterprise Business Solutions (NAVEBS) . . . . .45

Enterprise Time Tracking and Reporting (ENTTR) . . . . . . . . . . . . . . .45

Navy Electronic Procurement System (Navy ePS) . . . . . . . . . . . . . . .45

Navy Enterprise Resource Planning (Navy ERP) . . . . . . . . . . . . . . . .46

PMW 240 Sea Warrior Program (SWP) . . . . . . . . . . . . . . . . . . . .47

Application Relationship Management (ARM) . . . . . . . . . . . . . . . . . .47

Authoritative Data Environment (ADE) . . . . . . . . . . . . . . . . . . . . . . .47

Career Management System – Interactive Detailing (CMS-ID) . . . . . .48

Enlisted Assignment Information System (EAIS) . . . . . . . . . . . . . . . .48

Inactive Manpower and Personnel Management Information System

(IMAPMIS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .48

Learning Content Services (LCS) . . . . . . . . . . . . . . . . . . . . . . . . . . .48

Learning Management System – Distance Learning (LMS-DL) . . . . .48

Medical Readiness Reporting System (MRRS) . . . . . . . . . . . . . . . . .49

Mobile App Development. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .49

My Navy Portal (MNP) 2a/b/c . . . . . . . . . . . . . . . . . . . . . . . . . . . . .50

Navy Departmental Systems (DEPARTMENTAL). . . . . . . . . . . . . . . .50

Navy Enlisted System (NES) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .50

Navy Manpower Requirements System (NMRS) . . . . . . . . . . . . . . . .50

Navy Military Personnel Distribution System (NMPDS) . . . . . . . . . . .51

Navy Personnel Database (NPDB) . . . . . . . . . . . . . . . . . . . . . . . . . .51

Navy Reserve Order Writing System (NROWS) . . . . . . . . . . . . . . . . .51

Navy Standard Integrated Personnel System (NSIPS) . . . . . . . . . . . .51

Contents

The SPAWAR List 2018v

Navy Training Management and Planning System (NTMPS) . . . . . . .51

Officer Assignment Information System II (OAIS II) . . . . . . . . . . . . . .51

Officer Personnel Information System (OPINS) . . . . . . . . . . . . . . . . .52

Officer Promotion Administrative System (OPAS) . . . . . . . . . . . . . . .52

Reserve Integrated Management System – Financial Management

(RIMS-FM) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .52

Total Force Manpower Management System (TFMMS) . . . . . . . . . . .52

Total Force Manpower Management System (TFMMS) 2.0 . . . . . . . .52

PMW 250 Enterprise Systems & Services (E2S) . . . . . . . . . . . . .53

Department of the Navy Tasking, Records, and Consolidated

Knowledge Enterprise Repository (DON TRACKER). . . . . . . . . . . . .53

DoD Information Technology Portfolio Repository (DITPR)/DON

Applications and Database Management System (DADMS). . . . . . .54

Joint Air Logistic Information System (JALIS) . . . . . . . . . . . . . . . . . .54

Naval Justice Information System (NJIS) . . . . . . . . . . . . . . . . . . . . .54

NAVY 311. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .54

Navy Enterprise Intranet (iNAVY) . . . . . . . . . . . . . . . . . . . . . . . . . . .55

Navy Information Application Product Suite (Distance Support 2)

(NIAPS (DS2)). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .55

Risk Management Information (RMI) . . . . . . . . . . . . . . . . . . . . . . . .55

PMS 444 Navy Maritime Maintenance Enterprise Solution –

Technical Refresh (NMMES-TR) . . . . . . . . . . . . . . . . . . . . . . . . . .56

Navy Maritime Maintenance Enterprise Solution – Technical Refresh

(NMMES-TR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .56

SPAWAR DCAO Data Center Consolidation and Application

Optimization. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .57

Data Center Consolidation and Application Optimization . . . . . . . . . .57

SPAWAR 9

SPAWAR FRD Fleet Readiness Directorate . . . . . . . . . . . . . . . . .60

Clarinet Merlin Sustainment (CMS) . . . . . . . . . . . . . . . . . . . . . . . . .60

Combat Survivor Evader Locator (CSEL). . . . . . . . . . . . . . . . . . . . . .60

Communications Data Link System (CDLS) and CDLS Technical

Refresh (TR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .61

Cybersecurity Baseline and Inspection . . . . . . . . . . . . . . . . . . . . . . .61

Defense Advanced GPS Receiver (DAGR). . . . . . . . . . . . . . . . . . . . .61

Enhanced Man-pack Ultra High Frequency (UHF) Terminal (EMUT) . . . .61

Enhanced Position Location Reporting System – Data Radios

(EPLRS-DR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .61

Fleet Systems Engineering Team (FSET) . . . . . . . . . . . . . . . . . . . . .61

Global Command and Control Systems – Joint (GCCS-J) . . . . . . . . .62

High Frequency (HF) Legacy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .62

High Frequency Radio Group (HFRG) . . . . . . . . . . . . . . . . . . . . . . . .62

High Frequency Shipboard Automatic Link Establishment Radio

Program (HFSAR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .62

International Maritime Satellite Program (INMARSAT) . . . . . . . . . . . .62

Iridium Enhanced Mobile Satellite Service (EMSS) . . . . . . . . . . . . . .62

Joint Communications Support Element (JCSE) Modernization . . . . .63

Link 11 Legacy Data Terminal Set . . . . . . . . . . . . . . . . . . . . . . . . . .63

Meteorological and Oceanographic (METOC) Surface-Based

Atmospheric Sensing Capabilities (SASC). . . . . . . . . . . . . . . . . . . .63

Navigation Sensor System Interface (NAVSSI AN/SSN-6(V)) . . . . . . .63

Navy Extremely High Frequency (EHF) SATCOM Program (NESP) . . .63

Satellite Signals Navigation Set (AN/WRN-6(V)) . . . . . . . . . . . . . . . .64

Submarine 2Z Cog Equipment Restoration (Sub 2Z Cog) . . . . . . . . .64

Super High Frequency (SHF) SATCOM . . . . . . . . . . . . . . . . . . . . . . .64

Tactical Variant Switch (TVS). . . . . . . . . . . . . . . . . . . . . . . . . . . . . .64

Television Direct to Sailors (TV-DTS) . . . . . . . . . . . . . . . . . . . . . . . .64

Ultra High Frequency (UHF) Legacy and Miniaturized Demand

Assigned Multiple Access (Mini-DAMA) . . . . . . . . . . . . . . . . . . . . .64

Wireless Reach Back System (WRBS) . . . . . . . . . . . . . . . . . . . . . . .65

SPAWAR 1.0 Comptroller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .66

SPAWAR 2.0 Contracts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .67

SPAWAR 3.0 Office of Counsel . . . . . . . . . . . . . . . . . . . . . . . . . . .67

SPAWAR 4.0 Logistics. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .68

Initial Spares. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .68

Readiness and Logistics Support . . . . . . . . . . . . . . . . . . . . . . . . . . .68

SPAWAR 5.0 Chief Engineer . . . . . . . . . . . . . . . . . . . . . . . . . . . . .69

Australia, Canada, New Zealand, United Kingdom, and United States

(AUSCANNZUKUS) C4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .69

C4ISR Architecture and Integration . . . . . . . . . . . . . . . . . . . . . . . . .69

Chief Engineer (CHENG) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .70

Coalition Warrior Interoperability eXploration, eXperimentation,

eXamination, eXercise (CWIX) . . . . . . . . . . . . . . . . . . . . . . . . . . . .70

FORCEnet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .70

SPAWAR 6.0 Acquisition and Program Management . . . . . . . . .71

SPAWAR 7.0 Science & Technology (S&T) . . . . . . . . . . . . . . . . .72

Autonomous Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .73

Cyber Warfare . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .73

Data Science and Analytics/Artificial Intelligence (AI) . . . . . . . . . . . .73

Electromagnetic Spectrum Effects . . . . . . . . . . . . . . . . . . . . . . . . . . 74

Embedded Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74

Human System Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74

Improved and Persistent Sensing and Awareness of the Battlespace 75

Mobility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .75

Position, Navigation, and Timing . . . . . . . . . . . . . . . . . . . . . . . . . . .75

Power and Energy Efficiency for C4ISR . . . . . . . . . . . . . . . . . . . . . .75

SPAWAR 8.0 Corporate Operations . . . . . . . . . . . . . . . . . . . . . . .76

SPAWAR Command and Administration Support . . . . . . . . . . . . . . .76

SPAWAR Salaries (HQ/PEOs) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .76

SPAWAR Systems Center Atlantic (SSC LANT) . . . . . . . . . . . . . .77

Contents

The SPAWAR List 2018vi

SPAWAR Systems Center Pacific (SSC PAC) . . . . . . . . . . . . . . . .78

Code 535, Interoperability/Information Systems . . . . . . . . . . . . . . . .78

Programs supported by SPAWAR Page 79

U.S. Coast Guard (USCG) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .80

Coast Guard Command, Control, Communications, Computers, and

Intelligence (C4I) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .80

U.S. Fleet Cyber Command (FCC)/U.S. Tenth Fleet (C10F) . . . . . .81

Corporate Manpower . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .81

Fleet Sensitive Compartmented Information (SCI) Information

Technology (IT) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .82

Joint Tactical Networking Center (JTNC) . . . . . . . . . . . . . . . . . . .83

Naval Network Warfare Command (NNWC) . . . . . . . . . . . . . . . . .84

Space Manpower . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .84

PEO for Tactical Aircraft Programs (T) . . . . . . . . . . . . . . . . . . . . .85

Multifunctional Information Distribution System (MIDS). . . . . . . . . . .85

U.S. Fleet Forces Command (USFF). . . . . . . . . . . . . . . . . . . . . . . .87

Fleet Experimentation (FLEX) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .87

Appendix I: Defense Acquisition Process (ACAT I–IV and AAP) . . . . . . .88

Appendix II: Business Capability Acquisition Cycle (BCAT I–III) . . . . . . .89

Appendix III: Project Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .90

Acronym List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .91

Index: Designation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .98

Index: Alphabetical . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .101

The SPAWAR List 2018vii

PrefaceThe SPAWAR List provides a listing of programs, projects, and funded work efforts associated

with Space and Naval Warfare Systems Command (SPAWARSYSCOM) at the Headquarters

and Program Executive Office (PEO) levels. It is drawn from the program offices, headquarters

competencies, external components, and SPAWAR Budget Submitting Office (BSO 39) through

resource sponsor lists identifying funded efforts including designated programs of record

(PORs) and work efforts such as C4ISR Architecture and Integration (managed by SPAWAR

5.0) and SPAWAR Salaries (managed by SPAWAR 8.0). The SPAWAR List does not include the

few program lines managed by SPAWAR that fund wholly classified work efforts.

PEO Acquisition Managers and program offices review the list both informally and formally for

a comprehensive and accurate compilation before final publication. The list is updated on an

annual basis with additional enhancements in each new version. This year it includes science

and technology research areas, DITPR-DON data, an acronym list, and additional appendices

showing the acquisition life cycle for ACATs, BCATs, and Projects.

The SPAWAR List is a reference document for both the incoming and seasoned

acquisition professional.

Note: An electronic, downloadable

PDF version of The SPAWAR List is

located on SPAWAR's public website:

www.public.navy.mil/spawar.

The PDF is fully searchable. To run

a keyword search press Ctrl + F

to bring up the search function

bar. Hyperlinks in the list may be

restricted on some networks.

Acknowledgments

Project Lead

Craig Madsen

SPAWAR 6.0 National Competency Lead, Acquisition and Program

Management

Team Members

Joseph Mayer

SPAWAR 6.0 Deputy, Acquisition and Program Management

Richard Jones

SPAWAR 6.0, Acquisition and Cybersecurity

CSA | Guidance Consulting

Contributors

Joint Tactical Networking Center (JTNC)

Office of the Chief of Naval Operations (OPNAV)

PEO C4I and Affiliated Program Offices

PEO EIS and Affiliated Program Offices

PEO SS and Affiliated Program Offices

PMA/PMW 101 Multifunctional Information Distribution System (MIDS)

SPAWAR Competencies and Staff

SPAWAR Fleet Readiness Directorate (FRD)

SPAWAR Public Affairs Office (PAO)

SPAWAR Security Office

SPAWAR Systems Center Atlantic (SSC LANT)

SPAWAR Systems Center Pacific (SSC PAC)

U.S. Coast Guard (USCG)

U.S. Fleet Forces Command (USFF)

Preface

Designation and Status

Designation Status

ACATPrograms that are designated as a specified

Acquisition Category (ACAT) are labeled as ACAT

X where X varies from I through IV or Abbreviated

Acquisition Program (AAP).

Programs follow the Department of Defense Instruction (DoDI)

5000.02 Defense Acquisition Process with its milestone reviews,

decision points, and five phases: materiel solution analysis

(MSA); technology maturation and risk reduction (TM&RR);

engineering and manufacturing development (EMD); production

and deployment (P&D); and operations and sustainment (O&S).

BCAT

Programs that are designated as a specified

Business System Category are labeled as BCAT X

where X varies from I through III. Proposed means

not yet officially designated. PEO EIS proposed

BCATs are based on President's Budget (PB)

FY 2018 and are subject to change based on

subsequent PBs.

Programs follow the DoDI 5000.75 Business Capability Acquisition

Cycle (BCAC) with its authority to proceed (ATP) decision points

and five phases: capability need identification; solution analysis;

functional requirements and acquisition planning; acquisition,

testing and deployment; and capability support.

RDC Project

Rapid Deployment Capability (RDC) projects are

designated as RDC by ASN(RD&A) and labeled as

RDC in this list.

RDC projects are defined in the Secratary of the Navy Instructions

(SECNAVINST) 5000.42 as a Maritime Accelerated Capability

Office (MACO) program for which a commercial off-the-shelf,

government off-the-shelf, non-developmental solution, or an

engineering modification to an existing capability can provide

a solution to an urgent need.

Project Distinct work efforts that are not considered an

ACAT, AAP, BCAT, or RDC.

Projects do not follow the defense acquisition process. For the

purposes of this list they have been grouped into two status

categories: Exploratory and Functional—based on the intent

of the work effort. Exploratory status contains work efforts that

would typically fall into the first three phases of the DoDI 5000.02

and DoDI 5000.75. Functional status contains work efforts that

would typically fall into the last two phases.

DITPR-DON Mission Areas

DoD Information Technology (IT) Portfolio Repository

(DITPR)-DON is the single, authoritative source for data

regarding DON IT systems.

DITPR-DON Mission Areas

WMA Warfighting Mission Area

BMA Business Mission Area

DIMA DoD Portion of Intelligence Mission Area

EIEMA Enterprise Information Environment Mission Area

The SPAWAR List 2018viii

The SPAWAR List 2018ix

IntroductionOver the past decade, information has emerged as a warfighting

domain, joining land, sea, and air as a critical, contested battlespace.

As the Navy's information warfare systems command, SPAWAR is

the Navy acquisition command that develops, delivers, and sustains

communications and information warfare capabilities for warfighters,

keeping them securely connected anytime, anywhere.

With a space support activity, two research and development systems

centers, and through partnerships with three program executive

offices (PEOs), SPAWAR provides the hardware and software needed

to execute Navy missions.

SPAWAR consists of more than 10,000 active duty military and civil

service professionals located close to the Fleet around the world

and to keep SPAWAR at the forefront of research, engineering, and

acquisition to provide and sustain information warfare capabilities

to the Fleet.

SPAWAR is one of five major Department of the Navy acquisition

commands. While other Navy acquisition commands, like Naval

Air Systems Command and Naval Sea Systems Command, focus

on specific platforms, SPAWAR focuses on capable and secure

communications and networks that span platforms and facilities.

Working with other information warfare partners —Office of the Chief

of Naval Operations (OPNAV) N2/N6, U.S. 10th Fleet/Cyber Command

and Naval Information Forces—SPAWAR develops, delivers, and

sustains information warfare capability to the Fleet.

SPAWAR provides research and development, systems engineering,

testing and evaluation, technical, in-service, and support services to

the PEOs during all phases of a program's life cycle.

SPAWAR products and services transform ships, aircraft, and vehicles

from individual platforms into integrated battle forces.

With the development of standards, architectures and infrastructure,

along with tactical and business applications, SPAWAR enables

our sea and shore platforms and installations to operate effectively

and efficiently in cyberspace. The systems SPAWAR develops must

meet performance requirements with respect to capacity, security,

and reliability, but also be affordable and on schedule for delivery

to the Fleet.

The SPAWAR List 20181

PEO C4IThe Program Executive Office for Command, Control, Communications,

Computers and Intelligence is the Navy’s first line to acquire the right communication

and technology tools to deliver affordable, integrated, and interoperable information

warfare capabilities to the Fleet. PEO C4I is headquartered on SPAWAR’s Old Town

Campus in San Diego, CA. PEO C4I includes ten program offices responsible for

acquiring, fielding, and supporting C4I systems extending across Navy, joint, and

coalition platforms. This includes the management of acquisition programs and projects

that cover all C4I disciplines.

PMW 120: Battlespace Awareness and Information

Operations Program Office

PMW 130: Information Assurance and Cyber Security

Program Office

PMW 150: Command & Control Program Office

PMW 160: Tactical Networks Program Office

PMW/A 170: Communications and GPS Navigation Program Office

PMW 740: International C4I Integration Program Office

PMW 750: Carrier & Air Integration Program Office

PMW 760: Ship Integration Program Office

PMW 770: Undersea Communications & Integration Program Office

PMW 790: Shore & Expeditionary Integration Program Office

1 The SPAWAR List 2018

PEO C4I | PEO Command, Control, Communications, Computers and Intelligence


PMW 120 Battlespace Awareness and Information

Operations Program Office

OverviewThe Battlespace Awareness and Information Operations Program Office delivers intelligence, meteorological, oceanographic and information operations data, products, and services that provide information warfare capabilities for sailors.

Programs/ProjectsAIS

Classic Reach

CCOP DRT

CCOP SFE

CCOP SPCS

CCOP Legacy Subsystems

DCGS-N Inc 1

DCGS-N Inc 2

HWDDC

ICOP

LBS-UUV

MIBS/JTT-M

METMF(R) NEXGEN

NITES-Next

POPS-OIS

RSCD

SSEE Modifications

SSEE Inc E

SSEE Inc F

Spectral

System (AIS): ACAT IVT

Status

P&D

Resource Sponsor N2/N6

SSP51Q0

DITPR-DON # 21385

Mission AreaWMA–Battlespace Awareness (BA)

The cornerstone of maritime safety at sea, the

AIS, collects open-source data broadcast from

commercial shipping vessels and fuses it with

intelligence, surveillance, and reconnaissance

(ISR) data in order to inform vessel position.

DevelopersL-3 Communications Orlando, FL

SAAB Transponder Technologies Sterling, VA

Source: PMW 120

Classic Reach: Project

Status

Functional

Resource Sponsor N2/N6, F3

SSP54W0

Classic Reach is a mission strategy to

distributed operations (DO). Classic Reach

establishes a common sea/shore infrastructure

and framework enabling real-time battle

management and situational awareness of the

Navy’s signal intelligence (SIGINT) capabilities

through enhanced data distribution while

sustaining both newly implemented and existing

legacy sensor grid infrastructure.

DevelopersTicom Geomatics, Inc. Austin, TX

Source: PMW 120

Cryptological Carry-On Program (CCOP) Digital Receiver Technology (DRT): AAP

CCOP Special Fit Equipment (SFE): AAP

CCOP Special Purpose Carry-On Subsystems (SPCS): AAP

Status

P&D


SSP09R0

The CCOP delivers quick-reaction cryptologic

capability to address advancements in foreign

military communications and ISR systems.

CCOP provides non-permanent capability to

platforms neither equipped with permanent

information operations (IO) warfare systems

nor augments permanent equipment when

Battlespace Awareness and Information Operations Program Office | PMW 120


needed to address emergent threats. CCOP

prosecutes signals of interest (SOI) to deliver

real-time situational awareness of key threats

and geo-location on high-priority targets.

Additionally, CCOP ingests and correlates off-

board and organic data to provide valuable,

actionable intelligence and disseminate multi-

intelligence products to support Fleet and

national decision making.

Source: PMW 120

Cryptological Carry-On Program (CCOP) Legacy Subsystems: Project

Status

Functional


SSP09R0

The CCOP delivers quick-reaction cryptologic

capability to address advancements in foreign

military communications and ISR systems. CCOP

provides non-permanent capability to platforms

unequipped with permanent IO warfare systems

or augments permanent equipment when

needed to address emergent threats. CCOP

prosecutes SOI to deliver real-time situational

awareness of key threats and geo-location on

high-priority targets. Additionally, CCOP ingests

and correlates off-board and organic data to

provide valuable, actionable intelligence and

disseminate multi-intelligence products to

support Fleet and national decision making.

Source: PMW 120

Distributed Common Ground System – Navy Increment 1 (DCGS-N Inc 1): ACAT IAC

Status

P&D


SSP51N0

DITPR-DON # 20250


DCGS-N Inc 1 consolidates geospatial, human,

imagery, signals intelligence analytical tools,

and broader family of systems (FoS) intelligence

products into a single integrated display.

DCGS-N Inc 1 ingests, processes, exploits,

fuses, and disseminates data from current

and emerging Navy, joint, and national sensors.

Enterprise Node Portal enables access to

broader FoS intelligence products. DCGS-N

Inc 1 provides a web-enabled common

intelligence picture that facilitates analysis

and exploitation. The analyst workshop is a

full-service framework that enables rapid,

comprehensive intelligence support across

the full spectrum of military operations.

DevelopersBAE Systems Rancho Bernardo, CA

Source: PMW 120

Distributed Common Ground System – Navy Increment 2 (DCGS-N Inc 2): ACAT IAC

Status

EMD


SSP51N0

DITPR-DON # 23081


DCGS-N Inc 2 improves the ability to detect,

identify, and predict maritime threats via

accelerated access to the intelligence

community (IC) and ISR data for maritime

forces. Robust, cross-domain data fusion and

automated analytics and workflows bridge

Naval operational sensors and platforms with

the Naval, joint, and IC enterprises. DCGS-N

Inc 2 expedites the tasking, collection,

processing, exploitation, and dissemination

(TCPED) process. Leveraging an agile software

development methodology, DCGS-N Inc 2

delivers Fleet capability releases (FCR) every

twelve to eighteen months to ensure flexibility in

meeting emergent requirements and addressing

Fleet user priorities.

DevelopersSSC Pacific San Diego, CA

Source: PMW 120

Hazardous Weather Detection and Display Capability (HWDDC): AAP

Status

P&D


SSP84J0

DITPR-DON # 22234


The HWDDC extracts and converts data from

surveillance radars to generate weather

situational awareness. HWDDC helps the Fleet

find the optimal conditions to conduct missions.

HWDDC organically detects and displays storm

cell movement, precipitation intensity, radial

winds, and atmospheric turbulence. Additionally,

the program off boards data to the Fleet

Numerical Meteorology and Oceanography

Center (FNMOC) to directly influence regional

weather prediction models and enhance real-

time operations analysis.

DevelopersBasic Commerce and Industries, Inc. Morristown, NJ

SPAWAR PEO C4I and PMW 120 San Diego, CA

Source: PMW 120

Intelligence Carry-On Program (ICOP): ACAT III

Status

P&D


SSP51N0

DITPR-DON # 22808


ICOP extends the ISR enterprise and the

DCGS-N FoS to unit-level forces and the joint

IC. ICOP is a portable workstation that receives,

processes, exploits, and disseminates multi-

intelligence data from airborne and organic

sensors, integrating a three-dimensional ISR

picture of the battlespace. This common

toolkit of critical ISR capabilities for unit-level

and expeditionary forces supports the Navy

Expeditionary Combat Command (NECC),

Marine Corps, and Coast Guard. ICOP provides



data to the joint IC without burdening limited

bandwidth information systems.

DevelopersBAE Systems Rancho Bernardo, CA

Source: PMW 120

Littoral Battlespace Sensing – Unmanned Undersea Vehicles (LBS-UUV): ACAT IVM

Status

P&D

Resource Sponsor N2/N6, N97

SSP84L0

DITPR-DON # 22664


The LBS-UUV FoS enables undersea dominance

in support of anti-submarine warfare, mine

countermeasures, and special operations.

LBS Gliders (LBS-Gs) provide long-endurance

sensing of ocean thermal and visible light

transmission properties critical to weapon and

sensor performance, planning, and execution.

Along a self-propelled, positively and negatively

buoyant path, LBS-G measure temperature,

salinity, and pressure to determine sound

speed in the ocean. LBS Autonomous Undersea

Vehicles (LBS-AUV) provide battlespace

awareness of the undersea environment. LBS-

AUV expand sensing capabilities in contested

areas to ensure access and reduce risk in Fleet

operations. LBS-AUV collect high-resolution

bathymetric and bottom imagery for use in

undersea warfare planning, execution, and

safety of navigation.

DevelopersHydroid, Inc. Pocasset, MA

Teledyne Brown Engineering Huntsville, AL

Teledyne Webb Research East Falmouth, MA

Source: PMW 120

Maritime Integrated Broadcast Service (MIBS)/Joint Tactical Terminal – Maritime (JTT-M): Project

Status

Functional


SSP72A0

Ship sensors have a radar range that cannot

always detect threats over the horizon. MIBS/

JTT-M transmits national and theater data,

enabling units to collect intelligence, specifically

indications and warnings of high-priority events.

Ship commanders thereby have more accurate

and timely situational awareness about threats

to their units.

DevelopersL-3 Communications Fairfax, VA

Teledyne Brown Engineering St. Petersburg, FL

Source: PMW 120

Meteorological Mobile Facility (Replacement) (METMF(R)) Next Generation (NEXGEN): ACAT IVT

Status

O&S


SSP84N0

DITPR-DON # 22148


The METMF(R) NEXGEN is a compact, high

mobility multipurpose wheeled vehicle

(HMMWV). It is a mounted mobile forecast

system that characterizes the current and

future battlespace environment that supports

Marine Air-Ground Task Force (MAGTF)

operations. Capable of continuous operation

and worldwide deployment, METMF(R) NEXGEN

helps warfighters navigate dynamic battlefield

conditions. The weather station hosts a radar,

sensors, computing equipment, and forecasting

tools that collect, process, and transmit

meteorological and oceanographic (METOC)

data, which affects mission effectiveness and

weapons system performance. Command and

control (C2) equipment processes data on site

and reaches back to the continental United

States (CONUS) military weather authorities

for global-scale analysis.

DevelopersSmith’s Detection Edgewood, MD

SPAWAR PEO C4I & PMW 120 San Diego, CA

Source: PMW 120

Naval Integrated Tactical Environmental System – Next Generation (NITES-Next): ACAT III

Status

P&D


SSP84R0

DITPR-DON # 21923


NITES-Next is a one-stop shop of tools and

tactical decision aids on-site. Meteorologists

and oceanographers use NITES-Next to develop

forecasts and predict impact to electromagnetic-

spectrum propagation and naval operations.

NITES-Next fuses atmospheric, oceanographic,

and solar-lunar data to determine the effect

of the physical environment on air, surface,

and subsurface platforms and their associated

weapons systems’ ability to execute missions.

A Navy command, control, communications,

computers, and intelligence (C4I) enterprise


software tool, NITES-Next is hosted and operating

on Consolidated Afloat Networks and Enterprise

Services (CANES) hardware. It accesses organic

METOC data and global information produced

by military METOC information centers. This

software-centric information technology (IT)

streamlining program executes agile software

development to ensure flexibility in meeting

emergent requirements and addressing Fleet

user priorities.

DevelopersForward Slope, Inc. San Diego, CA

General Dynamics IT San Diego, CA

SSC Pacific San Diego, CA

Source: PMW 120

Battlespace Awareness and Information Operations Program Office | PMW 120


Primary Oceanographic Prediction System (POPS) – Oceanographic Information System (OIS): Project

Status

Functional


DITPR-DON # 23126


POPS is a supercomputer that fuses worldwide

METOC data to feed weather prediction models

in support of undersea warfare and safety of

navigation. FNMOC in Monterrey, California and

the Naval Oceanographic Office (NAVO) at the

John C. Stennis Space Center in Mississippi

are strategic repositories for Navy METOC

data. Both centers receive and process bulk

observation data and run cyber secure numerical

prediction models for Fleet use. NITES-Next and

METMF(R) NEXGEN retrieve data from these

ashore commands; LBS-UUV FoS and HWDDC

deliver data to them. POPS is the information

technology infrastructure that provides

environmental prediction across multiple

classification enclaves for geophysical data

the Navy collects, processes, and distributes.

The OIS sustains global oceanographic and

hydrographic surveying.

Source: PMW 120

Remote Sensing Capability Development (RSCD): Project

Status

Exploratory


SSP85G0

RSCD provides enhanced remote sensing

capability to the Fleet to discriminate

oceanographic phenomenon from the natural

environment. RSCD provides automated tools

for tasking, analysis, and dissemination of

oceanographic data to increase coverage area,

reduce timeline, and decrease analyst workload.

Source: PMW 120

Ships Signal Exploitation Equipment (SSEE)

ACAT III

Status

P&D


SSP54W0

SSEE modifications enhance SSEE Inc F

capabilities to detect and track radio frequency

signals. Advanced antennas significantly

increase frequency coverage to improve threat

signal acquisition.

Source: PMW 120

Ships Signal Exploitation Equipment Increment E (SSEE Inc E): ACAT III

StatusO&S

Resource SponsorN2/N6

SSP54W0

SSEE Inc E is a highly sensitive electronic

support measure system that provides

automated signal acquisition, direction finding,

target identification, and geo-location. SSEE Inc

E detects, classifies, and tracks SOI. It provides

a line-of-bearing (LOB) emitter and obtains

a fix on the emitter using LOB from capable

platforms, shore sites, and Hostile Intercept

Tactical System geo-location service. SSEE

Increment E delivers threat indications and

warnings for ship and strike groups and feeds

data to national consumers.

DevelopersArgon ST/The Boeing Company Fairfax, VA

Source: PMW 120

Ships Signal Exploitation Equipment Increment F (SSEE Inc F): ACAT II

Status

P&D


SSP54W0

SSEE Inc F builds upon SSEE Inc E to broaden

SIGINT collection. SSEE Inc F is a state-of-

the-art IO system that provides a standardized

IO weapon system across multiple maritime

platforms based on a common core capability

that responds to emerging threats, promotes

flexible asset tasking, and supports cross-

training personnel. A modular SSEE Inc F

small footprint variant further enables mission-

specific configurations and rapid deployment

of new technology.

DevelopersArgon ST/The Boeing Company Fairfax, VA

Source: PMW 120

Spectral: Pre-ACAT II Proposed

Status

TM&RR


SSP54W0

DITPR-DON # 23126


Spectral is the next generation information

warfare weapons system, enhancing Ship

Signals Exploitation System (SSES) capabilities.

Spectral is scalable, mission-configurable,

modular, and remotable, rapidly responding

to new threats and/or capabilities. A stronger,

faster, integrated capability enables data sharing

with other systems to support electromagnetic

maneuver warfare (EMW)/integrated fires (IF).

Spectral detects, classifies, and tracks SOI

beyond current stated requirements to improve

automation, operability, and intuitiveness in the

TCPED process. Agile software methodology

ensures flexibility in meeting emergent

requirements and addressing Fleet user priorities.

DevelopersPre-RFP Phase

Source: PMW 120



PMW 130 Information Assurance and Cyber Security

Program Office

OverviewThe Information Assurance and Cyber Security Program Office provides cybersecurity products and services to ensure protection of Navy and joint information and telecommunications systems from hostile exploitation and attack through cryptographic, network, and host-based security products.

Programs/ProjectsCND

Cybersecurity Coordination

KGV-11M

Navy Cryptography and Key Management

NCSA

Navy PKI

NC3-N DCO

RADMERC

SHARKCAGE

TKL

Computer Network Defense (CND): ACAT IVM

Status

O&S


SSP32F0

DITPR-DON # 21580

Mission AreaWMA–Net Centric (NC)

CND provides tools and applications to protect

against, monitor, analyze, detect, and respond

to unauthorized activity within Navy information

systems and computer networks, cyber threats,

and attacks against network vulnerabilities,

and critical asset security controls. PMW

130 CND capabilities are installed on: non-

Consolidated Afloat Networks and Enterprise

Services (CANES) afloat units, Fleet Information

Technology for the 21st Century (IT-21) Network

Operations Centers (NOCs), ONE-Net Theater

Network Operations and Security Centers

(TNOSC) and Local Network Service Centers

(LNSCs), and Broadcast Control Authorities

(BCAs). There is also a CND suite at Navy Cyber

Defense Operations Command (NCDOC), which

is the Navy’s CND service provider in support

of Naval operating forces.

PMW 130 CND capabilities include firewalls,

Host Based Security System (HBSS), Intrusion

Prevention System, Assured Compliance

Assessment Solution (ACAS), event logging,

security compliance scanning, spyware/

malware and anti-virus protection, email

scanning gateway, virtual private networks

(VPNs), and web content filtering.

DevelopersSSC Atlantic Charleston, SC


Oak Ridge National Laboratories Oak Ridge, TN

MITRE Corporation San Diego, CA

Source: PMW 130

Cybersecurity Coordination: Project

StatusFunctional


SSP32E0

PMW 130 provides cybersecurity services in

the following areas: cybersecurity architecture,

cybersecurity policy, cybersecurity program of

record (POR) support, TEMPEST, cybersecurity

education, training, and awareness (ET&A),

information security (INFOSEC) web site, anti-

virus, INFOSEC Technical Assistance Center

(ITAC), and review of cybersecurity publications.

DevelopersNaval Research Laboratory Washington, D.C.

Northrop Grumman Los Angeles, CA

Raytheon Company Torrance, CA

SSC Atlantic Charleston, SC

Source: PMW 130

Information Assurance and Cyber Security Program Office | PMW 130


KGV-11M: AAP

Status

TM&RR


SSP32E0

KGV-11M cryptographic modernization

upgrades legacy devices that are critical

components of ultra high frequency (UHF)

military satellite communications (SATCOM)

Demand Assigned Multiple Access (DAMA)

TD-1271 terminal systems. The legacy KGV-

11 allows access to channel control order wire

(CCOW) used for UHF SATCOM DAMA TD-1271

terminal systems.

CCOW provides timing, configuration, and

satellite control information. The TD-1271

system multiplexes four SATCOM circuits into

one 25 kilohertz (kHz) UHF SATCOM signal.

Source: PMW 130

Navy Cryptography and Key Management: Project

StatusFunctional


SSP32E0

Navy Cryptography and Key Management

provides the Fleet with secure voice and data

capabilities, which ensures continuity of secure

operations within a contested environment.

Designated as the Cryptographic Modernization

Program Office (CMPO) and communications

security (COMSEC) acquisition authority for

many of DON research and development efforts,

PMW 130 provides fielding and sustainment

of stand-alone cryptographic solutions and key

management solutions to enable current and

future secure Naval voice and data operations.


Raytheon Company (via USAF) Fort Wayne, IN

Raytheon Company (via NSA) Waltham, MA

Sierra Nevada Corporation Sparks, NV

Leidos (via NSA) Fort Meade, MD

ViaSat (via NSA) Carlsbad, CA

General Dynamics (via NSA) Quincy, MA


National Security Agency Fort Meade, MD

Source: PMW 130

Navy Cyber Situational Awareness (NCSA): RDC

Status

D&D


SSP32F0

DITPR-DON # 23144


NCSA provides trusted and comprehensive

situational awareness of cyber operations (the

cyberspace domain) via tailored near real-time

visualizations of network health, vulnerabilities,

and operational readiness. The system

correlates data from multiple data sources

to defend and operate a fully interconnected

network infrastructure, which is critical for early

threat detection and timely decision making at

tactical and operational levels of war.

DevelopersSSC Pacific San Diego, CA

Georgia Tech Research Institute Atlanta, GA

Source: PMW 130

Navy Public Key Infrastructure (PKI): Project

Status

Functional


SSP32E0

The Navy PKI effort is a component of DoD PKI

Acquisition Category (ACAT) IAM program. It

is under the guidance of the National Security

Agency (NSA) acquisition executive as program

manager and the Under Secretary of Defense

for Acquisition, Technology, and Logistics

(USD(AT&L)) as the milestone decision authority.

The DoD PKI Program Management Office,

under the authority of DoD Chief Information

Officer, develops and tests PKI products and

is responsible for meeting statutory and

regulatory requirements for the DoD PKI

program. PMW 130 provides Navy integration

testing and initial fielding of PKI products and

services. Navy PKI provides enhanced identity

assurance on the Non-secure Internet Protocol

Network (NIPRNET) and Secret Internet Protocol

Router Network (SIPRNET) in accordance with

Homeland Security Presidential Directive

(HSPD) 12, Joint Task Force-Global Network

Operations (JTF-GNO) Communications Tasking

Order (CTO) 07-015, and DoDI 8520.2. The

purpose of this project is to implement PKI

products for maritime (ships and submarines),

outside continental United States (OCONUS),

and continental United States (CONUS) non-

Navy/Marine Corps Intranet (NMCI) networks.

PKI capabilities include secure official email,

certificate-based two-way authentication to

web servers and applications, secure electronic

transactions, and cryptographic log-on to

networks. These net-centric capabilities support

network security through information protection

and assured delivery.


Defense Manpower Data Center Alexandria, VA

Source: PMW 130

Nuclear Command, Control and Communications – Navy (NC3-N) Defense Cyber Operations (DCO): Project

StatusFunctional


SSP32F0

The NC3-N CND effort provides tools and

applications to protect against, monitor, analyze,

detect, and respond to unauthorized activity

within the Navy NC3-N architecture. NC3-N

CND utilizes existing PMW 130 CND portfolio

solutions to provide a CND solution for the

NC3-N architecture where none exists today.

In addition, the NC3-N CND provides feeds to

SHARKCAGE and the NC3-N NCSA system,

along with other external data sources, to

provide an at-a-glance look at mission/network

status to aid in timely decision making for the

NC3 community.




MITRE Corporation San Diego, CA

Source: PMW 130



Radiant Mercury (RADMERC): AAP

Status

O&S


SSP51G0

The RADMERC program facilitates shared

critical information across security domains

and among allied, coalition, and inter-agency

partners. RADMERC provides cross-domain

information sharing capabilities from top secret/

sensitive compartmented information (TS/SCI)

to general service (GENSER) and GENSER to

unclassified. The current operational baseline

versions (v5.1.1) are certified for both top

secret/SCI and below interoperability (TSABI)

and secret and below interoperability (SABI)

implementations and is on the Unified Cross

Domain Solution Management Office’s

(UCDSMO) approved baseline. RADMERC

provides a fully-automated, bi-directional,

multiple input/output channel capability that can

utilize various transfer protocols such as serial,

transmission control protocol (TCP)/internet

protocol (IP), user datagram protocol (UDP),

Java Message Service (JMS), hyper text transfer

protocol secure (HTTPS). RADMERC supports

data streaming and file-based transfers of

data that can be sanitized, transliterated,

downgraded, and guard classified formatted

information to users at lower classification levels.

RADMERC also provides a controlled interface

to support processing of various unformatted

data and imagery types by enforcing a reliable

human review (semi-automated) workflow.

RADMERC currently has over 800 instantiations

worldwide and supports all branch services,

combatant commands, and numerous federal,

DoD, and intelligence community agencies with

a robust cross-domain transfer solution. Within

the Navy, RADMERC supports a wide variety of

programs and is deployed on multiple force and

unit level ships, submarines, and a variety of

shore commands. Other prominent programs

supported by RADMERC include shared early

warning, blue force tracking (BFT), CANES,

Air Operations Centers, and Maritime Domain

Awareness (MDA).

Developers

Lockheed Martin Colorado Springs, Colorado

Source: PMW 130

SHARKCAGE: RDC

Status

D&D


SSP32F0

DITPR-DON # 23608


SHARKCAGE is a global, federated DCO enclave

consisting of shore sensor nodes, DCO analysis

workbenches, and analytic nodes. Utilizing

one-way passive taps in a protected, out-of-

band, classified environment, SHARKCAGE

consolidates cyber event data from multiple

platforms and networks, providing Navy DCO

forces with a shared environment and common

platform for integrated workflow, collaboration,

and analysis.

SHARKCAGE efficiently detects, correlates, and

analyzes nation and non-nation state attacks

against maritime cyber key terrain (CKT) and

the Naval Networking Environment (NNE).

Developers


Source: PMW 130

Tactical Key Loader (TKL): AAP

Status

O&S


SSP32E0

The TKL functionally replaces the KYK-13 for

use in the field by Marine Corps and naval

special operations personnel. The BMA is

Single Channel Ground and Airborne Radio

System (SINCGARS) compatible and will be fully

interoperable with legacy, modern, and future

electronic control units (ECUs). The TKL effort

is a miniature device used to load and remove

cipher keys used for secure voice and data

communications while providing physical and

electronic protections from enemy compromise.

Developers

Harris Corporation Rochester, NY

Source: PMW 130

Command & Control Systems Program Office | PMW 150


PMW 150 Command & Control Systems Program Office

OverviewThe Navy Command and Control Systems Program Office provides operational and tactical command and control capabilities by integrating real-time and near real-time representations of tactical situations while including targeting support, chemical-biological warnings, and logistics support for the Navy, Marine Corps, joint, and coalition warfighters.

Programs/ProjectsADSI

C2P/CDLMS

GBSP

GCCS-M

G-TSCMIS

JEM

JWARN

Link 16 Network

LMMT

MFOM

MTC2

NAMS

NOME

NOSS

NTCSS

NAOC2

NATO NILE

Air Defense System Integrator (ADSI): Project

Status

Functional


SSP53C0

DITPR-DON # 21688

Mission AreaWMA–Command and Control (C2)

The ADSI project provides tactical situation

display and Joint Range Extension (JRE)

capability for the Strike Force Commander

in the Tactical Flag Command Center (TFCC)

on board large deck command and control

platforms (nuclear-powered aircraft carrier

(CVN), amphibious assault ship (LHA/LHD)). It

provides full interfaces and display for tactical

data links for amphibious command ship (LCC)

platforms and command shore sites. ADSI will

be replaced with the new Link Monitoring

Management Tool (LMMT) on USN platforms.

Developers

Ultra Electronics Advanced

Tactical Systems Austin, TX

Source: PMW 150

Command & Control Processor (C2P)/Common Data Link Management System (CDLMS): ACAT II

Status

P&D


SSP53C0

C2P is the multiple-link communications

processor and Link 16 terminal controller for

Aegis and other ship classes with a combat

direction system. C2P currently integrates Link

11, Link 16, Satellite Tactical Data Link (TDL)-J,

and Link 16 JRE capabilities for surface ship

combat systems. C2P is currently undergoing

a hardware technology refresh modernization

and will support Link 22 implementation

beginning in FY 2021. A software modernization

technology refresh is currently being planned.

Developers

SPAWAR San Diego, CA

Northrop Grumman San Diego, CA

DRS Technologies Cypress, CA

Fuse Integration San Diego, CA

Source: PMW 150



Global Biosurveillance Portal (GBSP): ACAT III (Army)

Status

P&D

Resource SponsorJPEO Chemical and Biological Defense

GBSP is a joint program administratively aligned

under PMW 150, but under Army acquisition

oversight. It is a web-based enterprise

environment that facilities collaboration,

communication, and information sharing

in support of detection, management, and

mitigation of man-made and naturally occurring

biological hazards.

GBSP provides a set of tools and capabilities that

facilitate the timely identification and detection

of biological events in order to minimize

operational impacts to local and global events,

minimizing operational impacts to local and

global populations. GBSP provides an integrated

suite of web components designed to support

public health officers, environmental officers,

clinicians, physicians, and chemical, biological,

radiological, and nuclear (CBRN) personnel as

they maintain their situational awareness of

local, regional, and global biological threats

to the public.

GBSP leverages existing tools and technologies

to provide users across multiple organization

and disciplines with a centralized, one-stop

shop for all of their biosurveillance resources.

Developers

The Johns Hopkins University

Applied Physics Lab Laurel, MD

Source: PMW 150

Global Command and Control System – Maritime (GCCS-M): ACAT IAC

Status

O&S


SSP51B1

DITPR-DON # 18647


GCCS-M is the maritime implementation of DoD

GCCS family of systems. It supports decision

making at all echelons of command with a

single integrated, scalable command, control,

communications, computers, and intelligence

(C4I) system. The C4I system fuses, correlates,

filters, maintains, and displays location and

attribute information on friendly, hostile, and

neutral land, sea, and air forces. GCCS-M

is integrated with available intelligence and

environmental information. It operates in near

real-time and constantly updates unit positions

and other situational awareness data. GCCS-M

also records data in databases and maintains

a history of changes to those records. System

users can then use the data to construct

relevant tactical pictures using maps, charts,

topography overlays, oceanographic overlays,

meteorological overlays, imagery, and all-

source intelligence information coordinated

into a common operational picture (COP), which

then can be shared locally and with other sites.

Navy commanders review and evaluate the

general tactical situation, plan actions and

operations, direct forces, synchronize tactical

movements, and integrate force maneuver with

firepower. The system operates in a variety

of environments and supports joint, coalition,

allied, and multinational forces. GCCS-M is

implemented afloat and at select ashore fixed

command centers.

The GCCS-M program is designated as an

Acquisition Category (ACAT) IAC evolutionary

acquisition program with development and

implementation progressing in increments.

The acquisition strategy calls for each GCCS-M

increment (major release) to proceed through

acquisition milestone reviews prior to fielding.

The program is operating in two simultaneous

acquisition increments:

• Increment 1 (GCCS-M (V) 4.0 and prior) is in deployment/sustainment

• Increment 2 (GCCS-M (V) 4.1) completed a fielding decision review (FDR) on August 16, 2011, resulting in authorization of full fielding of Increment 2 force-level (e.g., aircraft carriers) and unit-level (e.g., guided missile cruiser) configurations.

GCCS-M has approximately 1,870+ users on

ships, submarines, and shore stations. The

newest version, GCCS-M 4.1 is a software-

only variant being fielded on Consolidated

Afloat Network Enterprise Services (CANES).

In 2014, it successfully underwent its initial

operational testing and evaluation (IOT&E) on

USS Milius (guided-missile destroyer (DDG

69)) and is now operating at sea as part of

the battle force.

Developers


Source: PMW 150

Global – Theater Security Cooperation Management Information System (G-TSCMIS): ACAT III

Status

P&D

Resource Sponsor DSCA

DITPR-DON # 22418

Mission AreaWMA-Building Partnerships (BP)

The G-TSCMIS program is an Office of the

Secretary of Defense (OSD) initiative to develop

and deploy a common web-based, centrally

hosted management information system (MIS)

that will serve as the information focus point for

the nation’s security cooperation (SC) efforts.

This program's MIS will provide decision

makers, SC planners, and other users with the

ability to view, manage, assess, and report SC

activities and events. G-TSCMIS will consolidate,

improve upon, and is intended to replace all

existing TSCMIS hosted solutions and support

more than twenty DoD services, agencies,

and combatant commands (COCOMs). It will

provide a comprehensive picture of government

SC activities and will contribute to planning

more effective, cooperative security activities

to align or meet desired outcomes in support

of SC end states. The G-TSCMIS program is

an evolutionary rapid information technology

(IT) acquisition pilot program, as described in

FY 2010 National Defense Authorization Act

(NDAA) Section 804 that provides users at

every user command with greater capability

through several iterations and releases that are

developed and implemented over time. DON

was assigned acquisition lead for the effort by

Deputy Secretary of Defense (DEPSECDEF).



G-TSCMIS is a fully interoperable component

of Adaptive Planning and Execution (APEX)

and the DoD joint command and control (JC2)

capability. The effort will support the strategic

planning of COCOMs by providing access to

reports of programs, activities, events, funding,

assessments, and status of achieving defined

end states. G-TSCMIS will provide visualization,

assessment, reporting, and data management

throughout the conduct of SC activities,

planning, and execution phases. Information

from the SC activities will be binned by separate

SC programs such as budget lines, funding

streams, equipment drawdown, and so forth.

This will enable users at the tactical level to

focus on specific programs, participating forces,

events, and activities while users at the strategic

level will be able to access summary reports of

geographic regions, resource requirements, and

total expenditure of funds by source. G-TSCMIS

support to DoD’s SC reporting requirements is

mandated by federal law for many SC programs

and activities. To adhere to U.S. regulations,

G-TSCMIS reports will be tailored to include

programs, events, activities by category,

geographical areas, assessments, U.S. staffing

levels, and sources of funding.

G-TSCMIS interfaces with other systems, such

as Joint Training Information Management

System (JTIMS), Joint Capability Requirements

Manager (JCRM), and Defense Readiness

Reporting System (DRRS). G-TSCMIS must also

be interoperable with the other U.S. Government

foreign assistance and international cooperation

information systems. G-TSCMIS will allow

decision makers and analysts to identify

redundant investments, plan more effective

engagements, and find gaps and opportunities

for building more capable partners. The program

uses multiple rapidly executed releases of

capability beginning with a Milestone B.

Source: PMW 150

Joint Effects Model (JEM): ACAT III (Army)

Status

P&D

Resource Sponsor JPEO Chemical and

Biological Defense

SSP53C0

JEM is a joint program administratively aligned

under PMW 150, but under Army acquisition

oversight. It is a web-based software application

that supplies the DoD with the only accredited

tool to effectively model and simulate the effects

of CBRN weapon strikes and incidents. JEM

is capable of providing all warfighters with

the ability to accurately model and predict

the time phased impact of CBRN and toxic

industrial chemical/material events and

effects. JEM supports planning to mitigate

the effects of weapons of mass destruction

and to provide rapid estimates of hazards and

effects integrated into the common operational

picture. JEM is available for foreign military sale.

JEM provides warfighters with the DoD

accredited modeling capability to predict high

fidelity downwind hazard areas and effects

associated with the release of CBRN and toxic

industrial hazards (TIH) into the environment.

It allows for the incorporation of the impacts of

weather, terrain, and material interactions into

the downwind prediction; provides enhanced

situational awareness of the battlespace; and

provides near real-time hazard information to

influence and minimize CBRN and TIH effects

on current operations.

Developers


General Dynamics Fairfax, VA

Source: PMW 150

Joint Warning and Reporting Network (JWARN): ACAT III (Army)

Status

P&D

Resource Sponsor JPEO Chemical and Biological Defense

JWARN is administratively aligned under PMW

150, but under Army acquisition oversight. It is

a computer-based application integrating CBRN

data and facilitates sensor information into JC2

systems for battlespace situational awareness.

JWARN incorporates sensor alert information

and CBRN observation reports from the field,

makes a plot of the hazard area, provides

overlays for display on common operational

picture, and generates the warning message to

units. JWARN replaces the manual processes

of incident reporting, hazard plot generation,

and warning of affected forces.

JWARN is a joint automated CBRN warning,

reporting, and analysis software tool that

resides on joint and service command and

control systems including the GCCS-Army,

GCCS-Joint, GCCS-Maritime, and Command

and Control Personal Computer/Joint Tactical

Common Workstation.

JWARN reduces the time from incident

observation to warning in less than two minutes,

enhancing situational awareness throughout the

area of operations and supporting warfighter

battle management tasks.

Developers


Source: PMW 150

Link 16 Network: ACAT II

Status

O&S


SSP53C0

DITPR-DON # 22055 (Inc I), 22056 (Inc II)


The Link 16 Network is the DoD's primary

tactical data link. Link 16 provides capability for

all surface ships that have a Link 16 requirement.

The program currently supports legacy Joint

Tactical Information Distribution System (JTIDS)

and Multifunctional Information Distribution

System (MIDS) on Ship (MOS) Link 16 terminals.

The program is currently modernizing these

terminals to support DoD cryptographic

modernization and frequency remapping

mandates. JTIDS and MOS terminals are out

of production, so the program is completing

the development of a new Link 16 production

solution referred to as MOS Modernization (MOS

Mod). MOS Mod will use the modern MIDS Joint

Tactical Radio System (JTRS) Link 16 terminal

and a modern high power amplifier. MOS Mod



will address obsolescence and diminishing

manufacturing sources and materiel shortages

(DMSMS) issues with the legacy JTIDS and

MOS terminals.

Developers

Data Link Solutions Wayne, NJ

Source: PMW 150

Link Monitoring Management Tool (LMMT): ACAT III

Status

P&D (R1), EMD (R2)


SSP53C0

DITPR-DON # 22645


LMMT provides the means to initiate, monitor,

and dynamically manage a distributed

multi-tactical data link (TDL) environment to

facilitate critical information exchange among

battlespace participants. LMMT enables the

Navy Joint Interface Control Officer (JICO) to

perform tasks in support of the Joint Forces

Commander and designated component/

functional commander(s) to include developing

the multi-TDL architecture, executing and

managing multi-TDL operations in support of

joint task force (JTF) objectives, supporting

planned and emergent JTF information

exchange requirements, responding to network

conflicts and outages, and conducting multi-

TDL network analysis. LMMT is following an IT

box acquisition strategy and provides updated

capabilities in capability drops (CDs). CD 1 is

in production and fielding and incorporates

Link 16, Satellite Tactical Digital Information

Link Joint (TADIL J), and Joint Range Extension

Applications Protocol (JREAP) C interfaces. CD 2

is currently in development and will incorporate

Link 11 and JREAP A and B interfaces. Future

capability drops will incorporate other data link

interfaces, such as Link 22.

Developers


Source: PMW 150

Maintenance Figure of Merit (MFOM) System: Project

Status

Functional

Resource Sponsor N96

The MFOM System provides the maintenance

community transition support. MFOM assists

transition from static readiness snapshots in

a stand-alone readiness reporting system to

a net-centric, information sharing, readiness

management system. To support capabilities

based planning, the MFOM System readiness

metrics are based on mission essential tasks

(METs) and answers the fundamental question,

“are organizations’ equipment ready to execute

its assigned mission with acceptable risk and

bring the expected capabilities to the joint

fight?” To ensure readiness and execution,

equipment readiness management and

investment decisions must be seamlessly

integrated while objectively and timely

supported. The MFOM System is envisioned

to be a widely deployed, integrated Fleet

equipment materiel condition reporting software

application for all Navy organizations, which

uses updated computer hardware and software

products to provide a more objectively-based

readiness reporting system.

This system should provide clear numerical and

color augmented readiness indices, recommend

prioritized maintenance actions to improve

readiness indices, and relate readiness to cost.

It must support the traditional warfare area-

based readiness reporting, the newer DRRS

that uses METs, and be adaptable enough to

support future changes in readiness reporting.

This web-based application supports ships

and shore-based units, is adaptable to various

communications technologies, and minimizes

the introduction of new equipment or reporting

requirements. In addition, the MFOM System

should leverage existing applications and

systems, help to eliminate inadequate or

redundant applications and systems, and

accommodate anticipated future functionality.

Developers

CACI Norfolk, VA

Source: PMW 150

Maritime Tactical Command & Control (MTC2): ACAT III

Status

TM&RR


SSP51B2

DITPR-DON # 22856


MTC2 is the Navy's C2 program that delivers

battle management aids and maritime planning

tools to dynamically plan, direct, monitor,

and assess maritime operations as part of

exercising C2 of Navy, joint, and coalition forces

in the maritime domain. MTC2 synthesizes

information about the battlespace allowing Navy

commanders and their staffs to coordinate

quickly and act on that information to achieve

decision superiority.

MTC2 is the core maritime C2 common

environment for multiple stakeholders to provide

synchronized data and common visualization to

enable implementation of the U.S. Fleet Forces

Command Fleet tactical grid.

Developers


Source: PMW 150

Naval Aviation Maintenance System (NAMS): BCAT II Proposed

Status

Capability Need

Identification

Resource Sponsor N4

DITPR-DON #24990

Mission Area BMA

NAMS is the replacement for the Naval Aviation

Logistics Command Management Information

System Optimized Organizational Maintenance

Activity (NALCOMIS OOMA) and Optimized

Intermediate Maintenance Activity (OIMA).

NAMS is imperative as naval aviation moves

into a future dominated by smart weapon

systems, electromagnetic maneuver, cyber

warfare, and distributed lethality and predictive

analytics. NAMS is deployable. It is connected



and operational across the globe, integrated,

and interoperable with up-line reporting for

analytics and seamless services to other

interfaced systems. NAMS is product-centric

and ready to integrate into a product life cycle

management ecosystem. NAMS is streamlined,

enabling warfighters to accomplish tasks as

efficiently as possible. It is also cyber secure

and cyber insulated, decreasing exposure to IT

controls at the network/server level. It is agile

and maintainable, allowing easy corrections and

updates to business processes and data models

without coding or software deployments. And

lastly, NAMS offers affordable IT operations

compatible with other deployed logistics

business systems.

Source: PMW 150

Naval Operational Maintenance Environment (NOME): BCAT II Proposed

Status

Capability Need

Identification

Resource Sponsor N4

NOME is the replacement for various

applications within the MFOM System as well

as additional applications such as 3M and

PMS Scheduling (SKED). NOME is an enterprise

and field level (afloat and ashore) solution

that delivers a fully integrated enterprise

maintenance solution. The NOME initiative

provides the Navy with robust deployable,

scalable, and streamlined tactical maintenance

solutions afloat to maintain the operational

availability of deployed and deployable ships

and submarines. NOME provides sailors with

the most current information. This information

allows sailors to perform maintenance and

transfer that information to the integrated data

environment so that operational staffs and

work planning organizations have the current

configuration of each hull.

Source: PMW 150

Naval Operational Supply System (NOSS): BCAT II

Proposed

Status

Capability Need

Identification

Resource Sponsor N4

DITPR-DON #24987

Mission Area BMA

NOSS, the successor to Naval Tactical Command

Support System (NTCSS) R-Supply, delivers an

enterprise and field level capability to enable

financially accountable supply operations. The

concept includes planning, procurement, and

physical/financial accountability of materiel

and property across all commodities and

communities. NOSS provided enterprise-wide

automation of supply, inventory, and financial

functions by using asynchronous, bi-directional

data transport between enterprise and field

level environments.

NOSS also serves as a financial feeder to the

general ledger. It facilitates continuous business

process reengineering and compliance with

statutory, regulatory, and policy mandates.

NOSS further optimizes business practices at

the tactical echelon with enterprise support

activities employing an interoperable service-

oriented architecture. It aggregates and

analyzes operational data within a business

intelligence framework to enable historical

and predictive common operating pictures

for logistics and readiness performance

requirements. When fielded, NOSS will deploy

globally to approximately 150,000 users at 700

surface, submarine, expeditionary, aviation, and

shore support activities.

Source: PMW 150

Naval Tactical Command Support System (NTCSS): ACAT IAC

Status

O&S

Resource Sponsor N4

The NTCSS is the combat logistics support

information system used by Navy and Marine

Corps commanders to manage and assess

unit and group materiel as well as personnel

readiness. NTCSS provides intermediate

and organizational maintenance, supply,

and personnel administration management

capabilities to aviation, surface, and subsurface

operational commanders. NTCSS supports

network-centric warfare by integrating

logistics information to complement the tactical

readiness picture for operational commanders.

Business process improvements are developed

and implemented under sponsorship of

functional and Fleet managers.

Ongoing initiatives include:

• Migrating to an open service oriented architecture.

• Using Navy enterprise data centers.

• Converting Navy and Marine Corps aviation squadrons to an NTCSS virtual environment, significantly reducing hardware requirements.

• Centralizing visibility of Navy assets (operational supply).

• Streamlining aviation maintenance repair operations (beyond capability maintenance interdiction and global individual components repair list management).

NTCSS supports Navy and Marine Corps

aviation through the NALCOMIS OOMA.

OOMA supports the Naval Aviation Maintenance

Program (NAMP) and 3M functions at Navy

and Marine Corps aircraft squadrons. It

supports aircraft intermediate maintenance

activities aboard aircraft carriers, amphibious

assault ships, and at Marine Aviation Logistics

Squadron (MALS); totaling 344 sites worldwide

as of March 2016.

NALCOMIS OOMA provides several key

capabilities including automating process

of downloading failure data from aircraft,

automating aircraft logbooks, automating

the collection and reporting of component

identification, utilizing available electronic

technical data, managing aircraft and

component configuration, and tracking life

usage indicators for life-limited components.

OOMA foundation tier data (e.g., data from a

squadron) are replicated up-line through 53

mid-tier servers (that perform a “compress and

forward” function) located across the country

and aboard ships, up to the top tier servers



at SPAWAR Systems Center (SSC) Norfolk

and Naval Air Systems Command (NAVAIR)

Patuxent River. The NAVAIR top tier server

then sends data to an Oracle “translation”

server, which then sends it to the aviation

data warehouse, called DECKPLATE (Decision

Knowledge Programming for Logistics Analysis

and Technical Evaluation).

As a result, the Navy and Marine Corps will

realize greater operational efficiency and lower

total ownership costs.

Source: PMW 150

Navy Air Operations Command & Control (NAOC2): Project

Status

Functional


SSP51B3

NAOC2 supports alignment of the Navy and

Air Force program delivering air operations

C2 to the joint warfighter. NAOC2 provides

task force commanders the ability to plan,

disseminate, monitor, and execute theater

air battles. NAOC2 capability is provided by

the Theater Battle Management Core System

(TBMCS). TBMCS is an Air Force non-Acquisition

Category program of record with joint interest.

TBMCS is integrated and fielded to enable the

air planner to produce the joint air tasking

order and air space control order, which give

afloat battle staffs and maritime operations

centers the capability to lead, monitor, and

direct the activities of assigned or attached

forces during large-scale combined joint service

operations with a Joint Force Air and Space

Component Commander (JFACC). TBMCS

1.1.3 is in the operations and sustainment

phase. Software and security upgrades are

fielded as they become available. The NAOC2

program is integrated and tested within the

Navy operational environment for fielding

to force-level ships (e.g., aircraft carriers,

amphibious assault ships, and command ships),

maritime operations centers, and selected

training sites. The Air Force’s Command and

Control Air Operations Suite and Command

and Control Information Services (C2AOS-

C2IS) future ACAT III programs of record will

replace TBMCS. C2AOS provides human-facing

interfaces that operators will employ to manage

and schedule airspaces and missions. C2IS

provides web-enabled information services

that expose air operations data for use by other

applications. The Air Force will develop these

programs in a service-oriented architecture

environment, and the Navy will migrate the

CANES environment. The Joint Automated Deep

Operations Coordination System (JADOCS) is

an Army ACAT III program of record managed

by Army Battle Command. It provides mission

coordination between services, echelons, and

systems across functional areas to support

time-sensitive targeting and maritime dynamic

targeting. In addition, it allows for joint targeting,

fires and execution management, and has

capability in the six Joint Targeting Cycle

phases. The currently fielded version is JADOCS

1.0.5.3 and is in the operation and sustainment

phase. JADOCS 2.0 is the planned final major

maintenance release.

Developers

Lockheed Martin Colorado Springs, CO


Source: PMW 150

North Atlantic Treaty Organization (NATO) Improved Link Eleven (NILE): Project

Status

Functional

Resource Sponsor NILE Steering Committee

The NILE project is an international cooperative

project among a group of seven participating

NATO nations (Canada, France, Germany, Italy,

Spain, the United Kingdom, and the United

States) to design, build, and document the Link

22 system. Link 22 is designed to replace Link

11, which will be sustained through 2025. Link

22 provides beyond line of sight interoperability

for U.S. and allied nations. It complements Link

16 by providing a 1000+ nautical mile (nm)

range over as many as four networks with

auto relay between Link 22 networks and data

forwarding between Link 16 and Link 22. Link

22 significantly extends the range of C2 without

satellite or persistent airborne relay.

Developers

Various (Data Link Processor (DLP)) National Responsibility

Northrop Grumman(System Network Controller (SNC)) San Diego, CA

Raytheon Company

(LLC 7M (COMSEC)) El Segundo, CA

Various(SPCs/Radios) National Responsibility

Source: PMW 150, NILE PMO

Tactical Networks Program Office | PMW 160


PMW 160 Tactical Networks Program Office

OverviewThe Tactical Networks Program Office provides operationally effective and cost-efficient networks for Navy tactical forces. It delivers integrated wide-area, local networking, and foundation computing systems to support a robust network of well-informed, geographically dispersed Navy, joint service, and coalition forces.

ProgramsADNS

CENTRIXS-M

CANES

ISNS

SCI Networks

SubLAN

Automated Digital Network System (ADNS): ACAT II

Status

P&D


SSP23G0

DITPR-DON # 18601(Inc I), 20733 (Inc II),

20734 (Inc III)


ADNS is the Navy's tactical wide-area network

(WAN) solution. ADNS serves as the entryway

into the DoD information networks. ADNS builds

on mature communications technologies to

provide a secure, reliable, and tactical WAN

that distributes internet protocol (IP) traffic

over multiple line of sight and satellite

communications paths. ADNS offers dynamic,

flexible bandwidth allocation and localized

quality of service monitoring and control. ADNS

provides capability that enables unclassified,

secret, top secret, and various joint, allied, and

coalition services to interconnect to the Defense

Information Systems Network (DISN).

• ADNS Increment I combined data from different enclaves and transmits across available communications paths.

• ADNS Increment II added the capability to manage traffic from multiple enclaves simultaneously over multiple transit paths, including radio frequency and terrestrial links, but still did not satisfy the Fleet’s need for higher throughput. Increased throughput and converged IP (voice, video, and data) capabilities were delivered to the Fleet with the deployment of Increment IIa/IIb.

• ADNS Increment III brings a protected core and reduces the exposure to cyber warfare network infiltration.

ADNS supports 25 megabits per second (Mbps)

aggregate throughput for submarines and unit-

level ships and 50 Mbps aggregate throughput

for force-level ships.

In FY 2005, all active ships and ashore network

operations centers facilities were equipped

with either ADNS Increment I or II. Additionally,



all active submarines and Broadcast Control

Authority facilities were equipped with

Increment I. In FY 2006, ADNS Increment IIa

installations began on aircraft carriers, large-

deck amphibious assault ships, and Fleet

commander flagships (force-level ships). In FY

2007, ADNS Increment IIb installations began

on unit-level ships (e.g., guided-missile cruisers

and destroyers). In FY 2008, select airborne

platforms were incorporated into ADNS, bringing

network connectivity to additional Fleet assets.

Increment III low-rate initial production began

in FY 2009. ADNS Increment III reached initial

operational capability in FY 2010. Ashore

network operations centers installs were

completed in FY 2010. Increment III will be

installed on all ships and submarines and their

respective shore facilities. ADNS Increment III

is planned to reach full operational capability

in FY 2021.

ADNS utilizes an innovative service pack and

feature set strategy to field new and improved

capabilities to the Fleet. A service pack is the

consolidation of ship/shore or submarine/

Broadcast Control Authority hardware and

software changes in a single modernization/

technology refresh package and occurs every

seven years. A feature set is a subset of

software changes from a service pack that

closes capability gaps between initial hardware

installations and tech refreshes and is fielded

every three years.

Developers

SPAWAR, PEO C4I, and SSC Pacific San Diego, CA

Source: PMW 160

Combined Enterprise Regional Information Exchange System – Maritime (CENTRIXS-M): ACAT III

Status

O&S


SSP51H1

DITPR-DON # 21832


CENTRIXS-M is a combination of global networks

permitting effective and efficient information

sharing of secret releasable information and

below, between coalition partners in the tactical

and operational environment. CENTRIXS-M

supports combatant commands throughout the

world, including the U.S. Pacific, Central, and

European commands. CENTRIXS-M is also used

extensively to support exercises like RIMPAC

(Rim of the Pacific), which can involve more

than fourteen countries.

Developers


Source: PMW 160

and Enterprise Services (CANES): ACAT IAC

Status

P&D


SSP51R0

DITPR-DON # 22006


CANES is the Navy’s program of record to

replace and modernize existing afloat networks

with the necessary hardware, software, and

enterprise services infrastructure. CANES

enables information warfare from, and within,

the tactical domain. CANES provides complete

infrastructure inclusive of hardware, software,

processing, storage, and end-user devices

for the unclassified coalition, secret, and SCI

(sensitive compartmented information) enclaves

for all basic network services (email, web, chat,

collaboration) and to a wide variety of Navy

surface combatants, submarines, and maritime

operations centers. Hosted applications and

systems inclusive of C2, intelligence, surveillance,

and reconnaissance (ISR), information operations,

logistics and business domains require the

CANES infrastructure to operate in a tactical

environment. Integrating these applications and

systems is accomplished through the application

integration process, which is used to evaluate

and validate compatibility between CANES and

the Navy-validated applications, systems, and

services. Specific programs, such as Distributed

Common Ground System–Navy (DCGS-N),

Global Command and Control System–Maritime

(GCCS-M), Naval Tactical Command Support

System (NTCSS), and Undersea Warfare Decision

Support System (USW-DSS), are dependent

on CANES to field, host, and sustain their

capability because they no longer provide their

own hardware. In addition, CANES requires that

ADNS field prior to or concurrently with CANES

due to the architectural reliance between the

two programs.

CANES is programmed to develop regular

technical updates to its hardware and software

baselines to ensure that no cybersecurity

vulnerabilities exist due to hardware and

software obsolescence. CANES is based on the

overarching concept of reducing the number

of afloat networks and providing enhanced

efficiency through a single engineering focus

on integrated technical solutions. This will allow

for streamlined acquisition, contracting, and

test events, resulting in significant life cycle

efficiencies through consolidation of multiple

current configuration management baselines,

logistics, and training efforts into a unified

support structure.

CANES full deployment decision was achieved

October 2015, authorizing the program to

field its target inventory objective. Initial

operational capability was achieved in FY

2014 with the completion of installation on

the USS McCampbell (DDG 85 (guided-missile

destroyer)) in October 2013. As of September

2017, CANES installations have been completed

on sixty-one ships and submarines to include

seven CVNs (nuclear-powered aircraft carriers),

four LHDs (amphibious assault ships), two CGs

(guided-missile cruisers), thirty-two DDGs,

two LCCs (amphibious command ships), three

LSDs (dock landing ships), five SSBNs (nuclear-

powered ballistic-missile submarines), four SSNs

(nuclear-powered submarines), and two technical

training equipments (TTEs).

Developers

Naval Undersea Warfare Center Newport, RI



Source: PMW 160

Tactical Networks Program Office | PMW 160


Integrated Shipboard Network System (ISNS): ACAT II

Status

O&S


SSP51H0

DITPR-DON # 18595


ISNS provides Navy ships and submarines with

reliable, high-speed secret and unclassified

local-area networks (LANs). ISNS provides

network infrastructure (switches, routers, and

drops to the PC), hosts a variety of command,

control, communication, computers, intelligence,

surveillance, and reconnaissance (C4ISR)

applications (NTCSS, GCCS-M, DCGS-N,

Computer Network Defense (CND), Defense

Messaging System (DMS), Navy Standard

Integrated Personnel System (NSIPS), Naval

Mission Planning System (NAVMPS), Theater

Battle Management Core Systems (TBMCS), and

Tactical Tomahawk Weapons Control System

(TTWCS)), and enables real-time information

exchange within the ship and between afloat

units, component commanders, and Fleet

commanders.

ISNS provides the networking infrastructure

needed to operate these C4ISR applications.

Developers


Source: PMW 160

Sensitive Compartmented Information Networks (SCI Networks): ACAT III

Status

O&S


SSP08G0

SCI Networks system is a key element in the

“kill chain” of mission communications. The SCI

Networks system provides secure electronic

mail, chat, web browsing, video, audio, and

other common network enterprise services. In

addition, the SCI Networks system provides a

conduit for special intelligence as well as other

SCI traffic. The system supports the transfer

of joint command and control, situational

awareness, battle damage assessments,

indications and warnings, plus additional

cryptologic information.

The SCI Networks system provides message

services to end users and battle planners

on a combined joint task force staff with a

flexible, commercial off-the-shelf (COTS) based,

network-centric application layer system that

bridges communication networks and also

provides interoperability with other U.S. critical

networks (e.g., Joint Worldwide Intelligence

Communications System (JWICS), Naval

Computer and Telecommunications Area Master

Station (NCTAMS), and SCI Network Operations

Centers serving as the main communications

gateway between the shore and ships).

Developers


Source: PMW 160

Submarine Local – Area Network (SubLAN): ACAT III

Status

O&S


SSP51H0

DITPR-DON # 20673


SubLAN provides Navy submarines with

reliable, high-speed mission critical secret

and mission essential unclassified local-area

networks (LANs). When the SubLAN network

is combined with other subsystems, it delivers

an end-to-end net-centric warfare capability.

AN/USQ-177(V) 1, 2, 3, 4, 5, and 7 provide

network infrastructure to the Common Personal

Computer Operating System Environment

(COMPOSE), which provides the server and

operating system environment for network

services and other hosted applications.

Source: PMW 160



PMW/A 170 Communications and GPS Navigation

Program Office

OverviewThe Communications and GPS Navigation Program Office provides and supports interoperable, cost-effective positioning, navigation, and timing services, assured and resilient communications, and GPS navigation to enable information warfare capabilities for maritime forces.

Programs/ProjectsAir Navigation

Air NAVWAR

ATCS

AN/FMQ-17 ESRP

AN/SMQ-17 ESRP

BFTN

CBSP

CWSP

DMR

GBS

GPS Modernization

GPNTS

HFORCE

JALN-M

NSLC-A

NMT

NTCDL

PRP

Sea NAVWAR

SMT

TDMA TIP

Air Navigation: Project

Status

Exploratory

Resource Sponsor N2/N6E

SSP84A0

Air Navigation explores new and advanced

anti-jam and global positioning system (GPS)

capabilities to counter the proliferating threat

to GPS. Air Navigation tests and conducts

demonstrations of potential materiel solutions

for size, weight, and power challenged

platforms. The project will begin integrating

GPS anti-jam capability into UH-1Y and AH-1Z

helicopters, and MQ-8B and M1-8C Fire Scout

unmanned aerial systems in FY 2018.

Source: PMW/A 170

Air Navigation Warfare (Air NAVWAR): ACAT III

Status

P&D


SSP84A0

The GPS Antenna System (GAS-1) is a

7-element controlled reception pattern antenna

(CRPA) that provides anti-jam nulling protection

for GPS signals. It is a joint service product

currently in use by the U.S. Air Force and several

allied countries. The GAS-1 is integrated on

MH-60, C/KC-130, HH-60H, P-3, and P-8 as

part of the Navy’s Navigation Warfare (NAVWAR)

Program. The GAS-1N is a four-element CRPA

that uses the GAS-1 antenna electronics and

is installed on the AV-8B. The Advanced

Digital Antenna Production (ADAP) CRPA is

the next generation of NAVWAR protection

and is installed on the MH-53E. Air NAVWAR

started installation of ADAP antenna electronics

along with a conformal CRPA on the F/A-18E/F

and EA-18G in FY 2012 with full operational

capability FY 2031.

Developers

Raytheon Systems Limited (ADAP AND GAS-1) Harlow, UK

The Boeing Company (ECP 6315 for F/A 18E/F and EA-18G) St. Louis, MO

BAE Systems (Antenna for F/A-18E/F and EA-18G) Greenlawn, NJ

Source: PMW/A 170

Amphibious Tactical Communications System (ATCS): Project

Status

Exploratory

Resource Sponsor SRF

DITPR-DON # 23607


Communications and GPS Navigation Program Office | PMW/A 170


The ATCS program designs, procures,

integrates, and installs a replacement

system for the AN/SRC-57 Digital Wideband

Transmission System (DWTS) to operate in an

alternative radio frequency spectrum to support

ship-to-ship and ship-to-shore communications

between Expeditionary Strike Group (ESG) and

Marine Corps units ashore. ATCS also designs,

procures, integrates, and installs a replacement

system for the AN/SRC-57 DWTS to operate in

alternative radio frequency spectrum to support

ship-to-ship and ship-to-shore communications

between ESG and Marine Corps units ashore.

Spectrum Relocation Fund (SRF) via DoD Chief

Information Officer (CIO)/Office of Management

and Budget (OMB) from Advanced Wireless

Services 3 (AWS-3) spectrum auction.

Source: PMW/A 170

AN/FMQ-17 Environmental Satellite Receiver Processors (ESRP): AAP

Status

O&S


SSP84V0

DITPR-DON # 21664


The Navy employs meteorological receiving and

recording equipment to predict environmental

effects on Fleet operations. This equipment

utilizes satellite information to plan avoidance

of, preparation for, or planned use of threatened

areas frequented by Fleet surface, sub-

surface, air platforms, weapons, and sensor

systems. ESRP equipment ashore receives

digital read outs of environmental data

records from both national and international

polar and geostationary meteorological and

oceanographic satellite families that may be

tailored by the end user to support warfighters

in mission planning and execution.

Developers

Raytheon Technical Services Co. Indianapolis, IN

Seaspace Corporation Poway, CA

Source: PMW/A 170

AN/SMQ-11 (F) Environmental Satellite Receiver Processor (ESRP) Program: ACAT IVT

Status

O&S


SSP84V0

DITPR-DON # 5642


AN/SMQ-11 is the ship component of

ESRP used to receive and process remotely

sensed data from the Defense Meteorological

Satellite Program satellites, Defense Weather

Satellite System, Joint Polar Satellite System,

Geostationary Operational Environmental

Satellites, and other various international

satellite programs. These systems provide the

Strike Group Oceanography Teams and shore

commands with the capability to download

geostationary and polar orbiting critical raw

data directly from national and international

meteorological and oceanographic (MTOC)

satellite families. This data may be tailored

by the end user to provide the warfighter with

secure high resolution visual and infrared

imagery for mission planning and execution.

The current concept of operations uses this

real-time digital readout (DRO) capability, plus

reach-back to shore infrastructures, for all

METOC data and/or finished products.

This information is used across a broad spectrum

of warfare areas, including (but not limited to)

strike, surface, air, and undersea, as well as

general weather forecasting.

Developers

Raytheon Technical Services Co. Indianapolis, IN

Source: PMW/A 170

Battle Force Tactical Network (BFTN): ACAT III

Status

P&D


SSP18S0

DITPR-DON # 22316


BFTN is the Navy's near-term solution to assured

communications in a satellite denied/degraded

environment. The system provides line of sight

(LOS) and beyond LOS (BLOS) internet protocol

(IP) data connectivity (chat, email, and DNS) for

ships and submarines via high frequency (HF)

and ultra high frequency (UHF) radio frequency

(RF) spectrum. BFTN enables transport of IP data

over networked RF using existing tactical LOS/

BLOS radio systems. Data rates are 19.2k kilobits

per second (Kbps) (HF) at 200 nautical miles (nm)

and 64 Kbps (UHF) at 20 nm. UHF/HF networking

supported with SubNet Relay and High Frequency

Improvement Program (HFIP) subsystems,

respectively. BFTN enables both U.S., allied,

and warfighters on Secret Internet Protocol

Router Network (SIPRNET) via Automated

Digital Network System (ADNS) (U.S. only) and

Combined Enterprise Regional Information

Exchange System-Maritime (CENTRIXS-M)

(allied) to plan and execute operational missions

in real-time. BFTN requires one unit with satellite

communications connection for shore services.

Developers

Leidos Reston, VA

Source: PMW/A 170

Commercial Broadband Satellite Program (CBSP): ACAT III

Status

P&D


SSP16A0

DITPR-DON # 21912


As the Navy’s next generation commercial

satellite communications (SATCOM) program of

record, the CBSP provides the only source of

wideband SATCOM to patrol coastal and mine

countermeasure ships (SSV ships), diversity for

military SATCOM (MILSATCOM) on unit level

variant (ULV) ships (many unfunded), and augments

MILSATCOM on Force Level Variant (FLV) ships.

The associated architectures significantly increase

data throughput, Navy assured C2 posture, and

SATCOM reliability and space resiliency by

providing band diversity, assured access, and

redundancy for MILSATCOM. CBSP consists of



two interdependent segments:

1. The Shipboard Terminal Segment consists of three terminal variants and provides bandwidth to ships ranging from patrol craft to aircraft carriers (CVNs).

2. The Space Segment consists of Commercial C, Commercial (option), and Military X, Commercial Ku-bands, and option for Ka access with backhaul to the Naval Computer and Telecommunications Area Master Station (NCTAMS) through the leased commercial teleports and terrestrial lines.

Together, the CBSP segments take advantage of

industry advanced technology and commercial

space assets to provide a reliable and robust

system within frequency band coverage areas.

Additionally, the Navy’s established processes

with commercial vendors enable rapid response

to changing mission requirements.

CBSP was established as a rapid deployment

capability in March 2007. The program achieved

Milestone C September in 2009, initial operational

capability in June 2010, and full-rate production

in September 2011. Full operational capability

is estimated for FY 2035. The approved CBSP

terminal objective is 169 ships.

The legacy Commercial Wideband Satellite

Program (CWSP) WSC-8 will continue in the Fleet

until replaced by the CBSP terminal by FY 2020.

Developers

Harris Corporation Melbourne, FL

Source: PMW/A 170

Commercial Wideband Satellite Program (CWSP): ACAT III

Status

O&S


SSP16A0

DITPR-DON # 5583


The CWSP was an outgrowth of the early 1990’s

Challenge Athena program that began under

the Commercial Satellite Communications

Operational Requirements Document after

the Navy and DoD determined that the use of

COMSATCOM systems would help increase

the available bandwidth for the Fleet. CWSP

communications suites consist of a terminal,

a baseband suite, radome(s), and either one

antenna (AN/WSC-8(V)1) or two antennas (AN/

WSC-8(V)2), which together provide satellite

imagery and video transmission to and from

the ship. The expansions and successes of

the Challenge Athena demonstration project

were so successful that the CWSP system was

declared a fully funded U.S. Navy acquisition

program.

In 2002, SPAWAR, in cooperation with the Naval

Network and Space Operations Command,

Fleet commanders, and Office of the Chief of

Naval Operations (OPNAV), began upgrading

the throughput of ships with CWSP installed

to 2.048 megabits per second (Mbps) (E1) to

meet requests for increased bandwidth. This

successful effort was critical in ensuring the

warfighter greater access to information during

Operation Enduring Freedom and Operation

Iraqi Freedom. Current plans for CWSP WSC-

8 are total replacement by the CBSP terminal

by FY 2020.

Developers

Harris Corporation Melbourne, FL

Source: PMW/A 170

Digital Modular Radio (DMR): ACAT III

Status

P&D


SSP18Q0

DITPR-DON # 21650


The USC-61(C) DMR is the Navy’s first software-

defined radio to become a communications

system standard for the U.S. military. DMR

has four independent, full-duplex channels

that provide surface ships, submarines, and

shore commands with multiple waveforms

and associated internal multi-level information

security for voice and data communications. A

single DMR is capable of replacing numerous

existing Navy and Coast Guard legacy radios in

HF, VHF (very high frequency), UHF line of sight,

and UHF SATCOM frequency bands. The DMR is

software configurable and programmable with

an open-system architecture using commercial

off-the-shelf/non-developmental item hardware.

DMR is the Navy’s primary solution for providing

the UHF SATCOM integrated waveform (IW)

and Mobile User Objective System (MUOS)

waveform to the Fleet.

The Navy has procured over 600 DMR systems

through FY 2016. The DMR is installed on

various platforms, including:

• the America (LHA 6)–amphibious assault ships

• the Arleigh Burke (DDG 51)–class guided missile destroyers

• the Lewis and Clark (T-AKE)–class ships

• the Makin Island (LHD 8)–amphibious assault ships

• the Nimitz (CVN 68)–class aircraft carriers

• the San Antonio (LPD 17)–class amphibious transport dock ships

• on select shore communications stations

• on submarines as part of the Common Submarine Radio Room (CSRR)

DMR is the Navy and Coast Guard’s radio/

terminal solution for implementing the IW and

MUOS waveforms. For Navy new construction,

DMR is also used to provide an HF capability

as part of the HF Distribution Amplifier Group

(HFDAG). With the introduction of IW, MUOS, and

HFDAG, DMR is the Navy’s complete tactical

communication solution for the radio frequency

spectrum from 2 megahertz (MHz) through 2

gigahertz (GHz). IW/MUOS-capable DMRs are

planned to start fielding in FY 2019.

Developers

General Dynamics Scottsdale, AZ

Source: PMW/A 170

Global Broadcast Service (GBS) Shipboard Antenna System: ACAT III

Status

P&D


SSP18A0

DITPR-DON # 5615




GBS is a MILSATCOM broadcast service designed

to meet the ever-increasing warfighter demand

for large-volume data. It acts as an extension of

the DoD Information Networks (DoDIN), which

provides worldwide high capacity, one-way

transmission of voice, data, and video supporting

Fleet commands and joint combat forces in

garrison, in transit, and those deployed to global

crisis and combat zones. GBS supports training

and military exercises, special activities, crisis

operations, battlefield awareness, weapons

targeting, and intelligence, surveillance, and

reconnaissance requirements. GBS is capable

of broadcasting over Ka-, Ku-, and X-bands

utilizing both DoD military (i.e., Wideband Global

SATCOM (WGS)) and commercial satellites

(e.g., Horizons-1). Current broadcasts are only

available in the Ka-band. GBS is a system of

broadcast managers, injection points, broadcast

satellites, receiver terminals, and management

processes for requesting and coordinating the

distribution of information products. GBS delivers

the following products: full motion video, imagery,

intelligence, cyber patches, training, 24-hour

commercial news, tactical weather services,

and other large-volume, rapid-delivery content.

GBS is an information technology (IT), mission-

essential national security system providing

network-centric warfare communications.

Worldwide SIPRNET split IP capability was

established on all Navy GBS-equipped platforms

in FY 2011, enabling users to request real-

time data via an alternate off-ship system for

delivery via GBS and significantly enhancing the

warfighter’s situational awareness.

Developers

Raytheon Company Reston, VA

SPAWAR, PEO C4I (PMW/A 170) San Diego, CA

USAF Space & Missile Systems Ctr. El Segundo, CA

Source: PMW/A 170

GPS Modernization: Project

Status

Exploratory

Resource Sponsor N2/N6E, N98

SSP84A0

GPS Modernization addresses the Navy’s

integration of Air Force developed M-code

capable GPS receivers into Navy air and sea

platforms. Modernized GPS receivers will

receive the new M-code GPS signal in space,

incorporating enhanced cryptology, delivering

greater position and time accuracy, providing

improved signal jamming and spoofing

protection, and enabling blue force GPS

electronic attack.

Source: PMW/A 170

GPS Positioning, Navigation, and Timing Services (GPNTS): ACAT III

Status

P&D

Resource Sponsor N2/N6E, N95, N96, N98

SSP84A0

DITPR-DON # 22062


GPNTS is the Navy’s next generation surface

positioning, navigation, and timing (PNT) system.

GPNTS is an Acquisition Category (ACAT) III

program and will be a back-fit for NAVSSI

(Navigation Sensor System Interface) and

WRN-6, and will support mission critical, real-

time PNT data services for weapons, combat,

navigation, and other command, control,

communications, computers, and intelligence

(C4I) systems requiring PNT information. GPNTS

will provide a robust, secure, integrated, and

interoperable network-centric PNT capability

to include:

• a migration path to modernized signal-in-space (Military-code (M-code))

• a scalable solution that consolidates platform GPS receivers

• GPS security architecture

• open architecture approach allowing for the integration of alternate PNT sources

• Selective Availability Anti-spoofing Module (SAASM)

• will pair with GPS anti-jam antennas

• will provide an extended timing holdover in a GPS-denied environment

Developers

Raytheon Integrated Defense Systems San Diego, CA

Source: PMW/A 170

High Frequency Over-the-Horizon Robust Communications Enterprise (HFORCE): Project

Status

Exploratory


SSP18IO

Office of the Secretary of Defense (OSD) directed

proof of concept waveform development and

demonstration efforts to provide secure, resilient

BLOS ship and shore, assured command and

control, and non-SATCOM capability to the Fleet.

HFORCE provides low probability of detection

to platforms communicating via the Protected

HF Waveform, which is critical to countering

current adversarial threats.

HFORCE is unique in that it is a non-relay

solution in the absence of SATCOM with the

potential to provide global coverage.

Developers

MIT Lincoln Labs Lexington, MA

Source: PMW/A 170

Joint Aerial Layer Network – Maritime (JALN-M): Project

Status

Functional


SSP84A0

JALN-M addresses capability gaps (network

connectivity, network capacity, information

and data sharing, and network management)

to enable assured communications in any

environment, to include assured C2. JALN-M

is a system of systems capability demonstration

that will demonstrate Navy ship-to-ship/sub

and ship/afloat-to-DoDIN communications via

an airborne JALN-M pod hosting extended data

rates, high-capacity backbone, and assured

PNT payloads, and leverage existing Fleet

communications infrastructure to minimize

changes for required capability. JALN-M Demo

seeks to inform DoD and Navy leadership on the

JALN way ahead (technical and programmatic

risks) and of the viability of JALN-M as a

future capability to restore communications

and network connectivity in a satellite denied

communications threat scenario. The Acquisition



Decision Memorandum was signed on February

4, 2015, and the Preliminary Design Document

was signed on May 19, 2015. The JALN-M system

demonstration is scheduled for FY 2018.

Developers

MIT Lincoln Labs Lexington, MA (Hanscom AF Base)



Source: PMW/A 170

Naval Senior Leadership Communications – Aircraft (NSLC-A): Project

Status

Functional


SSP16A0

DITPR-DON # 22176

Mission AreaWMA–Force Support (FS)

The NSLC-A project assures voice and data

communications including end-to-end access

to Navy Marine Corps Intranet (NMCI) and

MarineNet Secure Internet Protocol Router

(SIPR)/Non-secure Internet Protocol Router

(NIPR) and public internet. The project provides

communications to naval senior leaders when

traveling on designated service secretary

controlled C-37 and C-20 aircraft. NSLC-A

provides service for Secretary of the Navy

(SECNAV), Chief of Naval Operations (CNO),

Commandant of the Marine Corps (CMC),

Commander Pacific Fleet (COMPACFLT),

Commander, U.S. Naval Forces Europe/Africa

(CNE-CNA), and other joint senior leaders.

Developers

Gulfstream Aerospace Corporation Savannah, GA

Source: PMW/A 170

Navy Multiband Terminal (NMT): ACAT IC

Status

P&D


SSP14B1

DITPR-DON # 20368


NMT is the Navy’s next generation terminal

for military protected wideband satellite

communications providing voice, video, and

data communications. NMT enables assured

communications initiatives, supports the

President’s Ballistic Missile Defense initiative,

and the Navy Strategic Plan. It provides

simultaneous access to existing (WGS,

advanced extremely high frequency (AEHF),

Military Strategic, Tactical, and Relay (MILSTAR)

System, Ultra-High Frequency Follow-On (UFO),

Defense Satellite Communications System

(DSCS), and new military satellites (Enhanced

Polar System (EPS)) with enhanced capabilities,

increased throughput, increased bandwidth, and

new waveforms. All major ships, submarines,

and selected land-based Navy communications

facilities will be equipped with the NMT. NMT

EHF communications provide low probability

of detection/low probability of intercept and

anti-jam satellite communications, while

NMT super high frequency communications

are supported by external wideband modem

interfaces that enable easy transition to

new commercial waveform technology. The

NMT is more reliable with a 22 percent

greater designed reliability requirement than

predecessor systems. A completely redesigned

user interface streamlines operator use with 85

percent fewer operator terminal interactions.

The terminal lowers Fleet operating cost by

reducing number of parts and terminal footprint

on board ships. Three international partners

(Canada, the Netherlands, and the United

Kingdom) are procuring a variant of the NMT.

In addition, the DoD teleport and enhanced

polar SATCOM system programs have procured

NMTs to provide Fleet units with shore reach-

back capabilities.

NMT installations began in February 2012

and the program entered full-rate production

status in November 2012. NMT has an inventory

objective of 250 terminals, of which 163 are

fielded as of November 2017.

Developers

Raytheon Company Marlborough, MA

Source: PMW/A 170

Network Tactical Common Data Link (NTCDL): ACAT III

Status

EMD


SSP08Q0

DITPR-DON # 22965


Navy Common Data Link (CDL) systems on

force-level ships (e.g., aircraft carriers and

amphibious assault ships) include the NTCDL,

and its predecessor, the Communications Data

Link System (CDLS), with Hawklink on unit-level

ships (e.g., cruisers and destroyers). NTCDL

provides the ability to transmit/receive real-time

ISR data simultaneously from multiple sources

(air, surface, subsurface, and man-portable) and

exchange command and control information

(voice, data, imagery, and full-motion video)

across dissimilar joint, service, coalition, and

civil networks. NTCDL provides warfighters the

capability to support multiple, simultaneous,

networked operations with in-service CDL

equipped aircraft (e.g., F/A-18, P-3, and MH-

60R) in addition to next-generation manned

and unmanned platforms (e.g., P-8 Poseidon,

Triton, Unmanned Carrier-Launched Airborne

Surveillance and Strike (UCLASS) vehicle, Small

Tactical Unmanned Aircraft Systems (STUAS),

and Fire Scout).

NTCDL is a tiered capability providing

modular, scalable, multiple-link networked

communications. NTCDL benefits the Fleet

by providing horizon extension for line of sight

sensor systems for use in time-critical strike

missions and supports tasking, collection,


(TCPED) via its intelligence, surveillance, and

reconnaissance (ISR) networking capability.

NTCDL also supports humanitarian assistance/

disaster relief efforts through its ability to

share ISR data across dissimilar joint, service,

coalition, and civil organizations.

In December 2010, the CNO directed a solution

to address the Navy’s requirement for multi-

simultaneous CDL mission support within the

future year’s defense plan. Specifically, the

task was to replace the existing single, point-



to-point shipboard CDLS with a multi-point

networking system to support ISR transport.

Initial investment in 2013 stood up the NTCDL

program of record and funded the requirement

for NTCDL aircraft carriers, with initial

operational capability planned for 2024. Future

investments will fund requirement for large-

deck amphibious ships and develop multi-link

NTCDL to meet requirements for use on aircraft

(e.g., P-8, MQ-25, Triton, and MH-60R), smaller

ships (e.g., cruisers, destroyers, and littoral

combat ships), submarines, and shore-based

handheld users and mobile platforms. NTCDL

will support multi-simultaneous CDL missions;

provide capability for ship-ship, ship-air and air-

air communication; facilitate download of ISR

information to multiple surface commands (ship

or shore); support for unmanned aerial vehicles

and unmanned aircraft systems fielded; and

planned and support TCPED architecture.

Developers

BAE Systems Wayne, NJ

Source: PMW/A 170

Portable Radios Project (PRP): Project

Status

Functional


SSP18I0

DITPR-DON # 20603


PRP is the single source for procurement

of all portable radios for the Navy. PRP

procures interoperable, secure/non-secure

tactical portable radios that fulfill the Marine

Corps, Navy Special Warfare Forces, Naval

Expeditionary Combat Command and Ship

(emergency communications) with HF, VHF,

UHF LOS, and UHF SATCOM requirements.

Developers

Harris Corporation Rochester, NY

Source: PMW/A 170

Sea Navigation Warfare (Sea NAVWAR): ACAT III

Status

P&D

Resource Sponsor N2/N6E, N95, N96, N97, N98

SSP84A0

Sea NAVWAR consists of two increments.

The purpose of Increments 1 and 2 of the

program is to integrate products (GAS-1

and ADAP) developed by the Air Force GPS

Directorate to maximize common antenna and

electronics across Navy surface platforms. The

requirements for Sea NAVWAR Increment 3

were subsumed by the OE-538 Inc 2 program

(PMW 770) and will integrate Submarine

Anti-jam GPS Enhancements (SAGE) to meet

submarine requirements. This program will

implement anti-jam protection and other GPS

Modernization enhancements to ensure the

continued viability of GPS signal availability

of position, timing, and accuracy to support

warfighting capability.

Developers

Raytheon Systems Limited (Antenna/Electronics (ADAP and GAS-1 AE)) Harlow, UK

Source: PMW/A 170

Spectrum Monitoring and Transition (SMT): Project

Status

Exploratory

Resource Sponsor OMB, NTIA

DITPR-DON # 21864

Mission AreaEIEMA–Core Enterprise Services

SMT supports a transition plan that provides

multiband capability to maintain uninterrupted

digital readout capability.

SMT provides capabilities at select Navy and

Marine Corps sites determined to be critical to

operations affected by the AWS-3 spectrum

auction and sale of the 1695-1710 MHz radio

frequency band.

Developers

The Aerospace Company El Segundo, CA

Source: PMW/A 170

Time Division Multiple Access (TDMA) Interface Processor (TIP): Project

Status

Functional


SSP14B1

DITPR-DON # 23034


TDMA TIP is the EHF medium data rate (MDR)

baseband interface unit that supports near

real-time data transfer between multiple

Navy Tactical Data Processors as well as data

transfers for the ADNS using EHF SATCOM

services. The TDMA technology, employed

by TIP is required to use Navy EHF SATCOM

Program (NESP) systems. TDMA within NESP

systems significantly reduces the need for

satellite services handling dynamic traffic

loads. TIP also permits a more efficient use of

satellite resources by allowing multiple beams

on a receive-only basis, which improves NESP

operational flexibility while improving strengths

inherent in SATCOM.

TIP ancillary equipment is designed as part of

the NESP and is compatible with the NMT. NMT

is the follow-on system to NESP.

Developers

Raytheon Company Marlborough, MA

Source: PMW/A 170



PMW 740International C4I Integration Program Office

OverviewPEO C4I’s International Command,

Control, Communications,

Computers, and Intelligence (C4I)

Integration Program Office, PMW

740, enhances the interoperability

between the U.S. and its strategic

partners by providing tailored,

integrated solutions based on proven

processes to meet customers’

cost, schedule, and performance

requirements. What does PMW 740 Provide?

PMW 740 delivers products and services

for C4I. The program office enhances

information sharing between the U.S. and its

strategic partners by ensuring computers and

communication systems are compatible and

integrated across multiple platforms such as

ships, submarines, aircraft, and shore stations.

The Result

PMW 740 enables better communication

and coordination between U.S. warfighters

and its strategic partners by assuring mutual

interoperability within specified cost, schedule,

and performance requirements.

Why is PMW 740 Valuable to Customers?

PMW 740 is establishing stronger relationships

with coalition partners in support of the Navy’s

Maritime Strategy. The program office shares

technology to help allies modernize their C4I

equipment and systems, enhance their self-

reliance, and support U.S. defense objectives.

For example, PMW 740 products and systems

enable strategic partners to maintain open

seas and border control as well as protect their

natural resources and infrastructure.

PMW 740 Approach

PMW 740 responds to each country's

objectives, timelines, and budgets with

appropriate, effective, and integrated C4I

solution. The program office provides a “total

package approach,”–meaning, the whole

capability required to perform a military mission,

not just a piece of equipment. PMW 740 assists

customers throughout the product life cycle,

from the initial requirements analysis to product

sustainment and support.

PMW 740's acquisition experience, proven

processes, and C4I expertise help countries

realize capabilities that are aligned with

combatant commands' (COCOMs') regional

strategies. The program office leverages the full

range of products and expertise available within

SPAWAR and PEO C4I to match current and

future C4I solutions and services to customer

requirements.

PMW 740 is an honest and trusted advisor that

provides objective and factual recommendations

to its customers.

Funding Source

Foreign Military Sales (FMS) Administrative,

FMS Case Funding

Source: PMW 740

Carrier & Air Integration Program Office | PMW 750


PMW 750Carrier & Air Integration Program Office

OverviewThe Carrier and Air Integration Program Office delivers integrated and interoperable C4I capabilities and support to the Navy’s aircraft carriers, amphibious ships, command ships, and aircraft by leading advanced planning for Fleet modernization and C4I efforts on new construction ships.

ProgramsTacMobile

Tactical Mobile (TacMobile): ACAT III

Status

O&S (Inc 2.1), EMD (Inc 3)

Resource Sponsor N2/N6, N98

SSP51E0

DITPR-DON # 22087 (Inc 2.1),

25448 (Inc 3)


The Navy TacMobile program of record

provides systems to support maritime patrol

and reconnaissance force commanders with

the capability to plan, direct, and control the

tactical operations of maritime patrol and

reconnaissance aircraft (MPRA), and other

assigned units within their respective areas

of responsibility. The TacMobile systems that

support these missions are tactical operations

centers (TOCs), mobile tactical operations

centers (MTOCs), and modular, highly portable

P-8A fly-away kits (FAKs). TOCs and MTOCs

provide MPRA operational support ashore at

main operating bases, primary deployment

sites, and forward operating bases that are

similar to support provided on board aircraft

carriers to embarked tactical air wings. P-8A

FAKs support short-duration deployments by

1-2 P-8A aircraft with a minimal, essential

subset of MTOC capability. TOC, MTOC, and

P-8A FAK support includes persistent situational

operational and tactical awareness, MPRA pre-

mission coordination and planning, mission

and target briefings, tactical in-flight support,

post-mission analysis of collected sensor data,

data dissemination, and feedback to aircraft

sensor operators and supported commanders.

Services provided include analysis and

correlation of diverse sensor information, data

management support, command decision

aids, data communication, mission planning/

evaluation/dissemination of surveillance

data, and threat alerts to operational users

ashore and afloat. As advances in sensor

technology are fielded on Maritime Patrol and

Reconnaissance Force (MPRF)/MPRA, TOC and

MTOC sensor analysis equipment will evolve to

support the new sensor capabilities. TacMobile

Increment 2.1 full-rate production and fielding

were authorized in November 2012 to field

new capabilities incorporating P-8A Poseidon

support, applications and systems interfaces

as well as critical communications upgrades

needed for TOCs and MTOCs to support P-8A

intelligence surveillance and reconnaissance

operations. TacMobile Increment 2.1 achieved

initial operational capability (IOC) in October

2013 and reached full operational capability

in April 2016.

TacMobile Increment 2.1 upgrades and

technology refreshes will support evolving

P-8A Inc 2 and Inc 3 Block 1, MQ-4C Triton

Baseline, and MQ-4C Triton Multi-intelligence

capabilities as well as earlier versions of P-8A

and P-3C aircraft still in Fleet service. TacMobile

Increment 3 is in the technology maturation

and risk reduction phase. TacMobile Increment

3 will support advanced capabilities of P-8A

Inc 3 Block 2 and MQ-4C Multi-INT as well as

earlier versions of P-8A and P-3C aircraft still

in Fleet service. TacMobile Increment 3 IOC is

expected in FY 2023.

Developers


Funding SourceShipbuilding and Conversion, Navy (SCN)

Source: PMW 750



PMW 760Ship Integration Program Office

OverviewThe Ship Integration Program Office designs, integrates, tests, and delivers interoperable, cyber-secure C4I end-to-end capabilities to Navy and Coast Guard surface ships during new construction and modernization by employing systems-of-systems engineering and configuration management processes to increase commonality in deployed C4I baselines, reduce life cycle costs, and sustain the most effective capabilities for Fleet warfighters.

What PMW 760 Provides

PMW 760 packages the PEO C4I portfolio

products into operational capability builds

using improved system-of-systems engineering,

acquisition rigor, and integration at reduced

costs. PMW 760's goal is to define a standard

architecture and associated designs for build-

based incremental increases in functionality,

which have been lab-tested and certified before

installation in the Fleet.

PMW 760 interfaces with Fleet type commands

(TYCOMs), Deputy Commander for Surface

Warfare (SEA 21), PEO Integrated Warfare

Systems (IWS), and the product program

offices to plan, mature, integrate, and certify

C4I baselines, which validate the technical,

logistical, and installation readiness for

approximately 180 in-service ships.

New Construction C4I Baseline Integration

and Delivery

In addition to providing C4I integration for in-

service platforms, PMW 760 interfaces with

PEO Ships, PEO Littoral Combat Ships (LCS),

and U.S. Coast Guard program managers to

coordinate and establish requirements, and

to design, procure, integrate, test, install, and

certify C4I baselines on new construction

ships. Notable new construction programs

PMW 760 supports include DDG 51 (guided-

missile destroyer), DDG 1000, LCS, LPD

17 (amphibious transport dock ship), T-EPF

(expeditionary fast transport), and the Coast

Guard NSC (national security cutter) and OPC

(offshore patrol cutter).

Modernization, Integration, and Testing

As the needs of the surface Fleet change, PMW

760 is poised to ensure unit and group level

ships are prepared to meet today’s battlespace

challenges head-on. Through in-service and

CG (guided-missile cruiser)/LSD (dock landing

ship) modernization programs, PMW 760

provides ship availability advanced planning

services, Navy Modernization Process (NMP)

implementation, and Aegis Ballistic Missile

Defense (BMD) integration. Additionally, the

program office coordinates C4I efforts for

Aegis Ashore, the land-based component of

Aegis BMD. Through integration design and

configuration management processes, PMW

760 orchestrates system-of-systems integration

and testing for Navy C4I programs of record

(PORs) on surface combatants. Additionally, the

program office provides sustainment support

for Navy PORs installed on Coast Guard ships.

Target Baseline Initiative

PMW 760 holds responsibility for seeing

the increased commonality in deployed C4I

configurations in four key areas on group level

ships and unit level combatants:

Ship Integration Program Office | PMW 760


• Cyber: Secure Network and Applications

• Information: Operations and intelligence, surveillance, and reconnaissance (ISR)

• Tactical: Data Links

• Voice: Communications

These efforts will be applied to selected ships

distributed over five target baselines. Through

the careful application and monitoring of C4I

certifications, configuration management,

pedigree-dependency testing, and integration

installation, PMW 760 aims to reduce costs,

installation times, and overall platform variance

while enhancing repeatable end-to-end testing

and the Navy’s C4I reputation. The end state is

a ready, responsive surface Fleet armed with

state-of-the-art C4I capabilities.

PMW 760 Priorities

PMW 760 strives to ensure today's sailors and

other warfighters are ready to deploy to the

ever-changing battlespace by delivering and

seamlessly integrating the latest C4I capabilities

to the surface Fleet. Customers are equipped

to fight the kinetic and non-kinetic battles of

today while shaping and influencing future

force decisions.

Platforms

• Aegis BMD/Aegis Ashore

• Amphibious Transport Dock (LPD 17)

• Coast Guard National Security Cutter and Offshore Patrol Craft

• Dock Landing Ship (LSD) Modernization

• Dry Cargo Ship (T-AKE)

• Expeditionary Fast Transport (T-EPF)

• Guided Missile Frigate (FFG(X))

• Fleet Replenishment Oiler (T-AO(X))

• Guided Missile Cruiser Modernization

• Guided Missile Destroyer (DDG 51)

• Guided Missile Destroyer (DDG 1000)

• Landing Craft Utility (LCU)

• Littoral Combat Ship (LCS) Mission Modules

• Ship to Shore Connector (SSC)

• Tactical Auxiliary General Ocean Surveillance (T-AGOS(X))

Funding Sources

Shipbuilding and Conversion, Navy (SCN)

National Defense Sealift Fund (NDSF)



PMW 770Undersea Communications

& Integration Program Office

OverviewThe Undersea Communications and Integration Program Office delivers integrated and interoperable C4I capabilities and support to the Navy by connecting the undersea architecture of manned and unmanned systems and undersea vehicles to maximize joint warfighting capability.

Programs/ProjectsAdvHDR

CSRR

FSBS High Power

LBUCS

OE-538

Shore to Ship Communications Systems

SCAP CEP

SAMS

SCB

SubHDR

SUBOPAUTH

TACAMO TGC-M

AN/BRR-6/6B

XENG

UAC2

Advanced High Data Rate Antenna (AdvHDR): Project

Status

Exploratory


The AdvHDR effort provides research and

development of underwater communications

capabilities. It includes two distinct efforts,

the United Kingdom/United States Optical

Communications Project Arrangement

(OCOMMS PA) and the Tactically Oriented

Technology Insertion Mast (TOTIM). The

OCOMMS PA effort will develop a low size,

weight, and power optical communications

capability suitable for deployment on aircraft

and undersea systems. TOTIM will decrease the

size of imaging sensors, increase modularity,

increase sensor capabilities, and support

mission specific payloads.

Developers

MITRE San Diego, CA



Source: PMW 770

Common Submarine Radio Room (CSRR): ACAT II

Status

P&D


SSP87E0

DITPR-DON # 20114


The CSRR is a system of systems (SoS) program

that integrates components from various

Navy and DoD program of records (PORs)

into a fully integrated and comprehensively

tested exterior communication system for all

submarine classes. In addition to integration,

the CSRR program develops, procures, and

fields critical SoS infrastructure and products

that provide the U.S. submarine force with

fully integrated and controllable radio rooms

from a single workstation. CSRR POR products

include the radio frequency (RF) distribution

and control system, the consolidated radio

room workstation with control and management

software, commercial off-the-shelf (COTS)

servers, routers, phones, printers, and other

miscellaneous communications infrastructure

(e.g., inter-rack cabling).

Undersea Communications & Integration Program Office | PMW 770


Developers




Lockheed Martin Maritime

Systems Integration

Source: PMW 770

Fixed Submarine Broadcast System (FSBS) High Power: AAP

Status

O&S


SSP02D

DITPR-DON # 19565, 20666, 5542, 5543


The FSBS high-power program maintains and

upgrades the aging and obsolete components of

the submarine broadcast transmission system,

to include components located at the Broadcast

Transmitter Station (BTS) sites. FSBS enables

the transmission of Nuclear Command, Control,

and Communications (NC3) Emergency Action

Messages (EAMs) to submarines operating

around the globe using low frequency/very low

frequency (LF/VLF) transmission equipment.

Developers



Source: PMW 770

Low Band Universal Communications System (LBUCS): ACAT IVT

Status

EMD (Receive)

P&D (Transmit)


SSP02D0

DITPR-DON # 21980


The LBUCS program will modernize low power

transmit and receive sub-systems of the FSBS,

simplify the FSBS architecture, and provide

additional LF/VLF capability in the form of a

high-performance transmission mode. Key

attributes of the LBUCS program include

mitigating obsolescence and crypto issues,

updating LF/VLF transmission modes (critical

in certain warfighting scenarios), and providing

geographic diversity and redundancy for keying

each transmitter.

Developers



Source: PMW 770

Multi-Function Mast Antenna (OE-538): ACAT III

Status

O&S (OE-538 Inc 1)

P&D (OE-538A Inc 2)

EMD (OE-538B)


OE-538 and OE-592 antennas are single-

service (submarine unique), mast-mounted,

multifunction antenna systems that provide

radio frequency (RF) communication capability

in LF/VLF, medium frequency/high frequency

(HF), very high frequency (VHF), ultra high

frequency (UHF) line of sight, and UHF follow-

on satellite bands as well as identification

friend or foe and global positioning system

(GPS) capabilities. The OE-538A/OE-592A

system adds functionality to support Mobile

User Objective System (MUOS), Tactical Data

Link via Link 16, and Iridium capabilities. The

OE-538B/OE-592B system adds functionality

to support requirements for GPS anti-jam and

GPS military-coded capabilities.

Developers

Lockheed Martin Sippican(Submarine Antenna Joint Venture (SAJV)) Marion, MA

Granite State Manufacturing Manchester, NH

Source: PMW 770

Shore to Ship Communications Systems: Project

Status

Exploratory


SSP02D0

DITPR-DON # 5544


This effort focuses on the research,

development, and test and evaluation efforts

that are required to develop cost-effective

solutions, maintain, and upgrade submarine

communications equipment capability. The

efforts under this Presidential Decision Directive

(PDD) ensure that the submarine broadcast are

maintained to meet current assured message

delivery requirements to the strategic and

tactical submarine force operating below

periscope depth in accordance with Chairman

of the Joint Chiefs of Staff Instruction (CJCSI)

6811.01, Nuclear Command and Control

System Technical Performance Criteria.

Developers

SSC Atlantic Norfolk, VA


Source: PMW 770

Strategic Communications Continuing Assessment Program (SCAP) Continuing Evaluation Program (CEP): Project

Status

Exploratory


SSP02I0

The SCAP program conducts quantitative

assessments of strategic missions, operational

areas, and threat analysis to determine

areas of operation that strategic submarine

communications can support in benign and

stressed environments.

The CEP program measures command,

control, and communications (C3) systems

performance on SSBNs (nuclear-powered

ballistic-missile submarine), reports results

to the operational commanders and system

planners, and makes recommendations to the

Navy for improvements that can be incorporated

immediately or in the upcoming new submarine

radio room and its components.

Developers



Source: PMW 770



Submarine Antenna

(SAMS): AAP

Status

O&S


The SAMS system provides sustainment

support and improved reliability, maintainability,

and availability for legacy submarine

antenna systems. Legacy antennas provide

communications capability needed to support

joint, naval, and allied forces in the VLF to

UHF ranges. These antenna systems currently

support mission critical communications for the

SSBN strategic deterrent mission.

Developers





Naval Surface Warfare Center Philadelphia, PA

Naval Surface Warfare Center Carderock, MD

Source: PMW 770

Submarine Communications Buoy (SCB): Project

Status

Exploratory



The SCB project arrangement with the

United Kingdom will explore potential for

an off-board vehicle capable of multiple

communication media and sensors as well

as address obsolescence of the existing AN/

BRR-6/6B Towed Buoy Antenna System (AN/

BRR-6) currently installed on SSBN and SSGN

(nuclear-powered guided-missile submarine)

class submarine platforms.

Developers





United Kingdom DSTL Portsmouth

Source: PMW 770

Submarine High Data Rate Antenna (SubHDR): ACAT III

Status

O&S


The SubHDR mast group provides the submarine

Fleet with EHF low data rate capability, EHF

medium data rate capability, EHF extended data

rate capability, military super high frequency

capability, and reception of the Global Broadcast

Service (GBS).

This system supports current and emerging

information transfer requirements of the multi-

mission, highly-mobile, covert submarine

platforms supporting joint, naval, and allied

forces engaged in regional and global conflicts.

Developers

Raytheon Marlborough, MA

Source: PMW 770

Submarine Operating Authority (SUBOPAUTH): Project

Status

Functional


SSP02D0

DITPR-DON # 21769, 20214 (ISDS)


The SUBOPAUTH program sustains and

modernizes a variety of submarine C3 systems

located at submarine and Take Charge and

Move Out (TACAMO) Broadcast Control

Authority (BCA) sites. The SUBOPAUTH program

addresses obsolescence, supportability,

sustainability, and cybersecurity. The

SUBOPAUTH PDD subsumed submarine C3

Fleet orphan systems and the Information

Screening and Delivery Subsystem (ISDS) PDD.

The ISDS is comprised of shore and afloat

components in a server-client relationship. The

shore system enables BCA operators to screen

and manage all incoming submarine community

message traffic, then build and disseminate

the applicable broadcasts. ISDS allows the

exchange of mission critical command and

control messaging between submarine forces

and the SUBOPAUTH BCA sites.

Developers

SSC Atlantic Norfolk, VA

Source: PMW 770

Take Charge and Move Out (TACAMO) Ground Communications – Mobile (TGC-M): AAP

Status

O&S


SSP02D0/43T

The TACAMO program acquires and

sustains the necessary fixed and mobile

system communications to support the

overall TACAMO and submarine force

mission. TACAMO is on mobile platforms:

EHF shelters, mobile communications

vehicles, and fixed platforms integrating

and sustaining equipment at the Worldwide

TACAMO (WTAC) BCAs.

Developers


Source: PMW 770

Towed Buoy Antenna (AN/BRR-6/6B): Project

Status

Functional


The Towed Buoy Antenna (AN/BRR-6/6B)

system provides significant operational flexibility

by providing a means to passively receive

communications while remaining at depth with

minimal impact on a ship’s maneuverability or

detectability. BRR-6/6B is especially critical for

EAM delivery to SSBNs. The BRR-6 program

supports the development, procurement, and

installation of field change kits for the BRR-6/6B

to improve system performance and reliability.

Developers




Source: PMW 770

Undersea Communications & Integration Program Office | PMW 770


Transition Engineering (XENG): Project

Status

Exploratory


SSP87E0

The XENG project supports concept engineering,

new technology evaluations, reliability

improvements, and continued preplanned

product improvement assessments in support

of current and future undersea communications

applications. This effort bridges the gap

between Defense Science & Technology (S&T)

and undersea communications POR by funding

the development of products up to technology

readiness level 7.

Developers

MITRE San Diego, CA



Source: PMW 770

Undersea Assured Command and Control (UAC2): Project

Status

Functional


SSP87E0

UAC2 provides fully integrated and tested UAC2

communications systems enabling C2 in an

environment where traditional communications

are not available. UAC2 reduces platform

susceptibility of detection and attack by the

adversary.

Developers




Source: PMW 770



PMW 790Shore & Expeditionary Integration

Program Office

OverviewThe Shore and Expeditionary Integration Program Office delivers integrated and interoperable C4I capabilities and support to the Navy’s shore and expeditionary forces through modernization, acquisition, and system integration.

Programs/ProjectsC2OIX

DMS

DJC2

Expeditionary C4I

IW CS

JMINI CS

MOC

NC3 NMHS

Shore Messaging Modernization

STACC

Telephony

Teleport

Teleport SPA

USNO PTA Network

Information eXchange (C2OIX): Project

Status

Functional


SSP23A0

DITPR-DON # 22697


C2OIX provides the Navy with organizational

messaging services and interfaces with DoD

consumers, such as: tactical deployed users,

designated federal government organizations,

and foreign allies. C2OIX Afloat consists of

the Navy Modular Automated Communications

System (NAVMACS), a shipboard message

processing system that guards broadcast

channels and provides the only general service

(GENSER) top secret communications path on

and off the ship. C2OIX Shore provides the

shore-messaging infrastructure via C2OIX 2.X

at the Naval Computer and Telecommunications

Area Master Stations (NCTAMS).

The C2OIX project combined the Tactical

Messaging (Acquisition Category (ACAT) IVT)

and the Defense Message System (DMS) (ACAT

IVM) into a single service life extension project

supporting all Navy messaging requirements,

providing organizational C2 messages to shore,

afloat, and mobile Navy users. Afloat component

NAVMACS II is in the operations and sustainment

phase to technically refresh all shipboard

systems that lack support and adherence to

cybersecurity requirements. Shore components

are in the operations and sustainment phase

and C2OIX 2.X is fielded on three enclaves

(Non-secure Internet Protocol Router (NIPR),

Secret Internet Protocol Router (SIPR), and

top secret/classified) at NCTAMS Atlantic and

NCTAMS Pacific. The shore component of the

C2OIX project is the AN/UYC-20(V)3, which will

be replaced by the C2OIX 3.X, AN/UYC-20(V)4

in 2018 and completed in 2019. C2OIX 3.0 will

be able to alt-route serial traffic through Naval

Computer and Telecommunications Station

(NCTS) Naples and NCTS Guam via various

satellite communications (SATCOM).

Developers

General Dynamics Taunton, MA

Scientific Research Corporation Charleston, SC

Source: PMW 790

Defense Messaging System (DMS): Project

Status

Functional


SSP43Q0

DMS provides Office of the Secretary of Defense

(OSD) mandated, joint interoperable, high

Shore & Expeditionary Integration Program Office | PMW 790


assurance organizational messaging capability.

The Navy intends to transition from the DMS

system to the network-enabled format identified

in C2OIX. C2OIX consolidates and eliminates

shore and afloat support systems while still

facilitating message transfer.

Developers

Scientific Research Corporation Charleston, SC

Source: PMW 790

Deployable Joint Command and Control (DJC2): ACAT IAC

Status

O&S


SSP51L0

DITPR-DON # 20654


The DJC2 program provides a standardized,

rapidly deployable, scalable, and reconfigurable

C2. DJC2 allows for a collaboration capable

combat operations center that can be set up

anywhere in the world in just six to twenty-

four hours. These operation centers support

geographic combatant commanders and their

joint component commands in the rapid assembly

of a joint task force (JTF) headquarters. DJC2 can

be employed when executing operations ranging

in scale from a first responder, small early-entry,

forward-component operations center, or to a

full JTF headquarters. DJC2 has been used

for humanitarian assistance/disaster response

operations, including:

• Earthquake Relief in Nepal and Thailand

• Ebola Relief Effort in Liberia

• Hurricane Sandy relief in New Jersey and New York

• JTF Caring Response after Cyclone Nargis in Myanmar

• JTF Katrina after Hurricane Katrina in Louisiana

• JTF Unified Response after the earthquake in Haiti

• Operation Damayan after Typhoon Haiyan in the Philippines

• Operation Tomodachi after the earthquake and tsunami in Japan

• Operation United Assistance

Additionally, the systems are used extensively for

JTF headquarters joint exercises and training.

DJC2 extends the joint sea-base ashore for rapid,

dynamic joint operations.

The DJC2 system has three modular tent/mobile

shelter configurations, which iteratively build up

C2 capability during the first phases of a joint

operation. Configurations include an autonomous

Rapid-Response Kit (five to fifteen seats), Early

Entry (twenty to forty seats), and Core (sixty

seats). An Early Entry configuration can be set up

and operational with three networks in less than

six hours. The fully fielded DJC2 configuration, in

a footprint of approximately 40,000 square feet,

can be set up and operational with five networks

in less than twenty-four hours. The number of

users supported can be expanded by lashing

together two or more Cores or by adding Core

Expansion Kits (three available, adding sixty seats

each, for a total of 180). A fully fielded DJC2

includes self-generated power, environmental

control, shelters, infrastructure, limited

communications equipment, C2 applications,

and office automation and collaboration software

applications with operator workstations (laptop

computers, chairs, and tables), displays,

intercommunications, local-area networks, and

access to wide-area networks. In September

2008, the DJC2 program attained full operational

capability with the delivery operational Core

systems to:

• Naval Forces Central Command (NAVCENT) received one Core system in support of urgent operational needs statement and their continuity of operations plan requirements

• U.S. Africa Command (AFRICOM)

• U.S. European Command (EUCOM)

• U.S. Pacific Command (USPACOM) received two Core systems, with one transferred to III Marine Expeditionary Force

• U.S. Southern Command (SOUTHCOM) received two Core systems, with one transferred to U.S. Army South

In March 2016, DJC2 Core 2, formerly fielded

to U.S. Army South, was fielded to Naval Forces

Europe (NAVEUR) at Naval Air Station (NAS)

Sigonella, Sicily. In October 2017 AFRICOM,

EUCOM, and SOUTHCOM Cores were transferred

to the U.S. Transportation Command’s

(TRANSCOM) Joint Communications Support

Element (JCSE) for its Global Response Force

(GRF) mission. Programmed funding supports

hardware sustainment, information technology

refresh, and technology insertion efforts (based

on warfighter input as technologies mature)

across the future year’s defense program. The

DJC2 program is in the operations and support

phase and has successfully fielded several cycles

of technology insertion since September 2008.

Because of its open architecture and modular

design, the DJC2 system can be reconfigured

to meet a wide variety of form, fit, and functions.

Developers

General Dynamics Taunton, MA

ARINC Panama City, FL


ISPA Technology Panama City, FL

Naval Surface Warfare Center Panama City, FL

Source: PMW 790

Expeditionary Command, Control, Communications, Computers, and Intelligence (C4I): Project

Status

Functional


The Expeditionary C4I project provides C4I

capabilities that are rapidly deployable, self-

sustainable, adaptive to mission requirements,

scalable, and agile to support Navy expeditionary

forces supporting waterborne and ashore anti-

terrorism, force protection, theater security

cooperation and engagement, humanitarian

assistance, and disaster relief contingencies.

Developers


Naval Surface Warfare Center Panama City, FL

Source: PMW 790



Integrated Waveform Control System (IW CS): Project

Status

Functional


SSP08N0

DITPR-DON # 23017


IW CS is a Navy-led, joint-interest program that

enhances global ultra high frequency (UHF)

satellite communications (SATCOM) planning,

management, and control in support of joint

warfighter and international partner missions.

IW CS is an upgrade to the legacy UHF SATCOM

Demand Assigned Multiple Access (DAMA)

protocols employed by the Joint Military

SATCOM (MILSATCOM) Network Integrated

Control System (JMINI CS) on existing UHF

channel assets and provides a two to three

fold increase in services per satellite channel

over legacy 5 kilohertz (kHz) and 25 kHz DAMA,

further maximizing limited satellite channels.

Developers

SPAWAR, PEO C4I, PMW 790 San Diego, CA

Source: PMW 790

Joint MILSATCOM Network Integrated Control System (JMINI CS): ACAT IVT

Status

O&S


SSP08N0

DITPR-DON # 18607


JMINI CS is a Navy-led, joint-interest program

providing global UHF satellite communications

planning, management, and control in support

of joint warfighter and international partner

missions. JMINI CS provides 5 kHz and 25

kHz legacy DAMA, demand assigned single

access (DASA) channels, and decentralized

web-based management of global resources.

JMINI CS provides SATCOM capability over

increasingly limited satellite channels and

provides remote system monitoring and end

user troubleshooting capabilities to facilitate

warfighter communications in operational

missions and training exercises.

Developers


Source: PMW 790

Maritime Operations Center (MOC): Project

Status

Functional


SSP51P0

DITPR-DON # 22984


The system-of-system MOC focuses on

evolutionary operational level of war (OLW)

capability to meet the operational demand for

flexible, tailorable, scalable, and globally

netted headquarters to support the numbered

Fleet/Navy component commanders in the OLW.

The MOC construct delivers organizational

consistency, capability, and capacity to

transition with agility between various roles of

the commander and enhance global networking

among Navy and joint organizations.

MOC project coordinates standardization

of MOCs per the Chief of Naval Operations

(CNO)/Naval Information Forces (NAVIFOR)

core baseline/mission build letters and U.S.

Fleet Forces Command's (USFF) Integrated

Priority Capabilities List currently published

on an annual basis.

MOC project is responsible for implementing

MOC systems not managed by other program

offices. Current efforts include:

• Integrated Space Situational Awareness (ISSA), which support space operations planning.

• MOC in the Middle (MITM), which enables routing of Navy Ballistic Missile Defense (BMD) traffic to Navy Link Monitoring Management Tools (LMMTs).

• Enterprise Network Management System (ENMS) Lite, which provides a standardized solution for maintaining MOC computing and networking infrastructure readiness.

• Command and Control Battle Management Communication (C2BMC), which is a Missile Defense Agency system that enables MOCs to support BMD planning and provides situation awareness.

Developers


Source: PMW 790

Nuclear Command, Control and Communications (NC3) Navy Modernized Hybrid Solution (NMHS): ACAT IVT

Status

P&D


SSP43T0

DITPR-DON # 22561, 22751

Mission AreaWMA–Net Centric (NC), WMA–Command and

Control (C2)

NC3 NMHS provides accurate and reliable

delivery of Emergency Action Messages (EAMs)

in a pre-attack environment for force direction,

force management, situation monitoring, and

planning. Includes Navy Nova backbone, ground

communications supporting Take Charge

and Move Out (TACAMO) operations, Nova

Information eXchange Terminal (NIXT), very

low frequency and low frequency submarine

broadcast systems.

Developers


Source: PMW 790

Shore Messaging Modernization: Project

Status

Functional


SSP79S0

NCTAMS Atlantic (LANT) is one of two global

Navy master communications stations. A new

facility will co-locate equipment and watch

floors to support the cyber defense mission. This

project will combine functions from multiple

facilities into one 187,001 square foot facility

while demolishing eight World War II buildings

Shore & Expeditionary Integration Program Office | PMW 790


for a total of 207,619 square feet. The facility

provides a communications backbone to the

Fleet and all combatant commands (COCOMs) to

include NC3, provides critical communications

services to more than a one hundred afloat units

(joint and coalition partners), and supports forty

ship pierside units at any one time.

Navy Messaging Modernization facilitates

organizational messaging between surface

ships, submarines, shore, and tactical mobile

units by leveraging existing radio frequency

paths and shore enterprise networks. It provides

commanders with the capability to exchange C2

official information while afloat or embarked.

Developers


Source: PMW 790

Shore Tactical Assured Command and Control (STACC): ACAT IVM

Status

P&D


SSP23H0

The Tactical Switching (TSw) program of record

(POR) officially changed its name to STACC.

The new name reflects expanded mission

responsibilities and aligns C4I capabilities to

support the Fleet under a single POR. Expanded

and improved responsibilities include the global

Continuity of Operations (COOP) and distributed

staff operations, standard internet protocol (IP)

service offering at four Fleet Network Operations

Centers (FLTNOC): NCTAMS PAC (Pacific

Region (PRNOC)), NCTAMS LANT (Unified

Atlantic Region (UARNOC)), NCTS Bahrain

(Indian Ocean Region (IORNOC)), and NCTS

Naples (European Central Region (ECRNOC)).

Each FLTNOC host the ENMS management

and monitoring system that allows real-time

network situational awareness with a proactive

and predictive management of the Information

Technology for the 21st Century (IT-21) Navy

ashore network for global situational awareness.

STACC also allows for scalable theater

services across multiple security enclaves.

STACC modernizes the Navy’s shore legacy

serial transport infrastructure into a fully IP

network centric enterprise capable of providing

seamless and secure transport with increased

bandwidth in support of DoD, joint, and coalition

operations for voice, video, and data between

shore facilities and the tactical community.

STACC takes a modular, open systems

approach to fielding capabilities to leverage

modern technology and, where possible, to

refresh existing assets. As an example, the

STACC program’s robust FLTNOC infrastructure

has been virtualized to reduce physical

infrastructure and an expansion of hosting

services like CHAT, WSUS/YUM, and FVEY. In FY

2016 STACC absorbed three additional systems

into its portfolio and will modernize the ashore


Exchange System–Maritime (CENTRIXS-M)

and the SCI (sensitive compartmented

information) NOCs at PRNOC and UARNOC.

This physical and operational consolidation

into an integrated shore network architecture

will improve sustainment both in terms of cost

and performance. The third system added to the

STACC portfolio is the Virtual Secure Enclave

(VSE). VSE is a software-defined or virtual

private network (VPN)-based network enabling

significant improvement in cyber operations,

cyber defense, maintenance, and monitoring.

VSE provides end users with virtualized

access to C2 applications, reducing hardware

sustainment costs and, in concert with assured

C2 transport, improve COOP. In response to

cyberattacks, VSE is used defensively to logically

isolate critical systems and users from larger,

less-defensible networks. In order to further

reduce complexity, standardized hardware

and software STACC is aligning to a common

enterprise baseline within PMW 790, which will

align STACC, DJC2, and Navy Expeditionary

Combat Command (NECC) PORs.

Developers


Source: PMW 790

Telephony: Project

Status

Functional


SSP41J2

The Shore Telephony project is the Navy’s

acquisition lead to engineer, procure, install,

sustain, and provide in-service engineering

agent (ISEA) support for fully integrated,

cyber secure, voice and video systems, and

peripherals. Telephony voice communications

services include dial-tone with access to host

nation, international, Defense Switched Network

(DSN), and voicemail services associated with

these networks.

The current Navy switch infrastructure is

nearing obsolescence as most systems have

reached end-of-life/end-of-service. In order

to align to the DoD Unified Capabilities Master

Plan and support the DoD CIO (Chief Information

Officer) capability priorities for FY 2018 to FY

2022 to modernize the infrastructure and

migrate to IP based endpoints, Telephony is

deploying voice and video systems from the

Defense Information Systems Agency (DISA)

Approved Products List.

The Telephony project deploys and/or enables

the following capabilities: Session managers

for unified communications (UC) services,

secure and unclassified voice and video

conferencing, unclassified voicemail, and

telephony management services. Telephony

works with the base communications office

(BCO) to deliver DSN, C2 shore-to-ship dial

tone, and pierside lines via tactical networks

and infrastructure.

Developers


Source: PMW 790

Teleport: ACAT IAM

Status

O&S


SSP23K

DoD Teleport System links the satellite

communications space segment with the shore

infrastructure and provides tactical users with

a worldwide communications interface to the

Global Information Grid (GIG). Through multiple

military radio frequency paths, DoD Teleport



System provides inter-theater reach-back

into the DISN and services C4I systems as

well as intra-theater communications support

for tactical users. In 2001, DoD designated

the Navy as the DoD Teleport requirements

sponsor, with DISA as the Teleport executive

agent. Teleports are located at six primary sites

and one secondary site. The Navy operates

and maintains Teleports at Wahiawa, Hawaii;

Northwest, Virginia; Lago Patria, Italy; and

Bahrain. Non-Navy Teleport sites are located at

Fort Buckner; Okinawa, Japan; Camp Roberts,

California; and Landstuhl/Ramstein, Germany.

DoD Teleport Generation (GEN) I and II are

in sustainment, and GEN III has commenced

procurement. GEN III comprises three phases:

1. Phase 1 provides advanced extremely high frequency (AEHF)-capable terminals at the Teleports using the Navy Multi-band Terminal (NMT). Phase 1 reached Milestone C in September 2010, and NMT installs began in the second quarter of FY 2012. Phase 2 upgrades the X/Ka-band terminals, using the Army Modernization Enterprise Terminal to ensure compatibility with the Wideband Global Satellite constellation.

2. Phase 2 went through a successful critical design review in FY 2011. DoD Teleport Gen III Phase 2 reached Milestone C in the third quarter of FY 2012.

3. Phase 3 provides Mobile User Objective System-to-Legacy (MUOS) UHF interoperability. DoD Teleport GEN III will reach full operational capability in FY 2018.

Developers

Arrowhead Global Solutions Alexandria, VA

Raytheon Company St. Petersburg, FL

ViaSat Carlsbad, CA

Source: PMW 790

Teleport Service Procurement Agent (SPA): Project

Status

Functional


SSP23K

SPA accompanies the management, oversight,

transition, and coordination of the Navy’s service

procurement agent portion of the Teleport

program in accordance with the PEO/DISA

Memorandum of Agreement. For procurement

and installation efforts, DISA provides the

required funding directly to the execution agents

(e.g., SSC Charleston).

Source: PMW 790

U.S. Naval Observatory (USNO) Precise Time and Astrometric (PTA) Network: Project

Status

Functional


DITPR-DON # 23606


USNO is an urgent cyber remediation project,

initiated by Assistant Secretary of the Navy

(Research, Development, and Acquisition) ASN

(RDA) Acquisition Decision Memorandum (ADM)

on April 4, 2016. The project directs PMW 790

to provide immediate cyber mitigation, rapidly

procure and field an upgraded commercial

off-the-shelf (COTS) USNO PTA Network, and

transition the project to an ACAT III POR for

long-term sustainment. The USNO PTA Network

supports USNO’s critical mission to provide U.S.

and allies with precise time and astrometry

data, supporting navigation, targeting, and

space information dominance.

The USNO PTA Network is a COTS/non-

developmental item modernization of the

legacy USNO PTA Network, providing USNO

with a secure, robust, cyber resilient network

infrastructure. The USNO PTA Network is a single

network comprising classified, unclassified, and

scientific development enclaves, across three

sites: USNO Washington, District of Colombia

Master Clock; USNO Colorado Alternate Master

Clock; and USNO Arizona Observatory Control

Station.

Initial operational capability is planned for the

second quarter of FY 2018 with full operational

capability in the first quarter of FY 2020.

Developers


Source: PMW 790

PEO SSThe Program Executive Office for Space Systems acquires, develops, integrates,

tests, launches, and provides operational support for reliable, affordable, and effective

space systems for the DoD and U.S. agencies that enable Naval, joint, and coalition

operations. PEO SS coordinates all Department of the Navy space research, development,

and acquisition activities.

PMW 146: Navy Communications Satellite Program Office


PEO C4I


PEO SS | PEO Space Systems

38

PMW 146Navy Communications Satellite Program Office

OverviewThe Navy Communications Satellite Program Office is responsible for managing narrowband communication satellite systems acquisition, integration, production, launch, and test, and provides operational support to the DoD, various U.S. agencies, and joint and coalition forces.

ProgramsMUOS

UFO

Mobile User Objective System (MUOS): ACAT IC

Status

P&D, O&S


SSP08P0

DITPR-DON # 18627


MUOS is a next-generation narrowband

tactical communications system that improves

communications for U.S. forces on the

move. The Navy is responsible for providing

narrowband satellite communication for the

DoD. Each branch of service is responsible for

procurement of MUOS-capable terminals. In

addition to providing reliable communication for

all branches of the U.S. military, Navy-delivered

space-based narrowband capability provided

by MUOS supports reliable worldwide coverage

for national emergency assistance, disaster

response, and humanitarian relief when these

missions are properly equipped and operated

within the bounds of information assurance

policies.

MUOS satellites have a legacy ultra high

frequency (UHF) payload that provides

replacement capability similar to legacy UHF

satellites. MUOS also has a wideband code

division multiple access (WCDMA) payload that

will provide a significant improvement to the

number of simultaneous voice and data services

required to meet growing warfighter needs.

The MUOS constellation consists of five

geosynchronous satellites, one of which is

an on-orbit spare. The system also includes

four ground stations strategically located and

interconnected around the globe to provide

worldwide coverage and the ability to connect

users to Defense Switched Network (DSN),

Non-secure Internet Protocol Router Network

(NIPRNET), and Secret Internet Protocol Router

Network (SIPRNET) services. The ground system

Navy Communications Satellite Program Office | PMW 146


and command (TT&C), AN/USC-38 terminal

support, Fleet support operations, and anomaly

resolution, to include engineering efforts

associated with continuously maintaining a

robust worldwide communications capability.

The support provided in this program

complements the support provided via the

Naval Satellite Operations Center (NAVSOC).

The first UFO satellite was launched in

1993 with a payload capable of providing

39 UHF channels, a super high frequency

communications link, and an S-band Space

Ground Link Subsystem.

Later satellites added an extremely high

frequency package (Block II) and a Global

Broadcast Service (GBS) package (Block III).

Developers

The Boeing Company El Segundo, CA

Source: PMW 146

transports data, manages the worldwide

network, and controls satellites. A new WCDMA

waveform provides interface with MUOS and

MUOS-capable user terminals.

The MUOS design leverages commercial

technology, providing worldwide netted,

point-to-point, and broadcast services of

voice, video, and data. Target users are

unified commands and joint task force (JTF)

components, allied users, coalition legacy users,

DoD, and non-DoD agency mobile users who

require communications on the move. Legacy

narrowband communication system users have

to be stationary with an antenna pointed toward

a satellite. MUOS will provide more than ten

times the worldwide capacity than legacy UHF

satellite communications (SATCOM) and allow

warfighters to move around the battlespace

while communicating.

MUOS was designated a DoD major acquisition

program in September 2004. Key Decision Point

C occurred in August 2006, and build approval

was granted in February 2008.

The first satellite was launched in February

2012 and was accepted for initial operational

use supporting legacy terminal users in

November 2012. The second satellite was

launched in July 2013 and began providing

UHF Legacy service in July 2014. MUOS-3

was launched in January 2015 and began

providing UHF Legacy service in April 2016.

MUOS-4 was launched in September 2015 and

began providing legacy UHF SATCOM service in

August 2016. MUOS-5 was launched in June

2016, has completed on-orbit testing, and is

available for legacy operations.

U.S. Strategic Command approved MUOS

WCDMA early combatant command use

(ECU) in July 2016. During ECU, MUOS

WCDMA operations are approved for

testing, evaluations, training, exercises, and

operations development. Standard combatant

command acceptance for MUOS WCDMA Full

Operations are planned for late 2019 after

completion of Multi-Service Operational Test

and Evaluation-2, projected to conclude by

June 2019. MUOS will provide military users

simultaneous voice, video, and data capability

by leveraging 3G communications technology.

The MUOS constellation is expected to achieve

full operational capability in FY 2020 and extend

narrowband capabilities beyond the year 2030.

Developers

The Boeing Company El Segundo, CA

General Dynamics Scottsdale, AZ

Lockheed Martin Sunnyvale, CA

Source: PMW 146

Ultra-High Frequency Follow-On (UFO): ACAT IC

Status

O&S


SSP08C0

UFO is a constellation of eight geosynchronous

communications satellites, five of which are

still in operation, providing legacy tactical

narrowband UHF SATCOM to the DoD and

government agencies. Operations and

maintenance funding provides in-service

engineering agent (ISEA) activities for UFO.

ISEA provides UHF telemetry, tracking,

PEO EISEstablished in the spring of 2006, the Program Executive Office for Enterprise

Information Systems oversees a portfolio of enterprise-wide information technology

programs designed to enable common business processes and provide standard

information technology capabilities to sailors at sea, Marines in the field, and their

support systems. PEO EIS ensures that these programs maximize value to warfighters

by balancing cost with the capability delivered to the end-user.

PMM 172.4: Department of the Navy Enterprise Software

Licensing (DON ESL)

PMW 205: Naval Enterprise Networks (NEN)

PMW 220: Navy Enterprise Business Solutions (Navy EBS)

PMW 240: Sea Warrior Program (SWP)

PMW 250: Enterprise Systems & Services (E2S)

SPAWAR DCAO: Data Center Consolidation and Application

Optimization

PMS 444: Navy Maritime Maintenance Enterprise Solution –

Technical Refresh (NMMES-TR)


PEO C4I


PEO EIS | PEO Enterprise Information Systems

42

PMM 172.4Department of the Navy Enterprise Software

Licensing (DON ESL)

OverviewThe Department of the Navy Enterprise Software Licensing (DON ESL) leads a joint Navy and Marine Corps strategic sourcing effort to consolidate, centralize, and streamline the acquisition and management of the DON enterprise software licensing agreements.

ProjectsDON ESL Department of the Navy

Enterprise Software Licensing (DON ESL): Project

StatusFunctional

Resource SponsorN2/N6, USMC C4

SSP34E0

The Navy established enterprise service license

agreements with major software manufacturers

starting FY 2012. DON ESL is a strategic

effort to leverage the combined buying power

of the Navy and Marine Corps to improve

DON’s information technology (IT)/cyberspace

investment decision practices by providing DON

enterprise-level evaluation and management.

Current ESL's available to DON are Microsoft,

ActivIdentity, Symantec/Veritas, Axway, Oracle,

Red Hat, VMware, and Cisco (via joint enterprise

level agreement (JELA)).

Developers

Various, Developers (publishers and resellers) with

awarded contracts announced at https://navy.deps.

mil/peoeis/sites/pmm110/default.aspx (CAC required)

Source: PMM 172.4

Naval Enterprise Networks (NEN) | PMW 205


PMW 205Naval Enterprise Networks (NEN)

OverviewThe Naval Enterprise Networks Program Office unifies the DON’s shore-based networks and data management to improve capability and service, while saving significant dollars by focusing efforts under one program office and one enterprise network construct.

Programs/ProjectsBLII/OCONUS ONE-Net

NGENBase Level Information Infrastructure (BLII)/OCONUS Navy Enterprise Network (ONE-Net): Project

StatusFunctional


SSP27J1, 41J0

ONE-Net provides manpower and administration

services to operate the BLII architecture. ONE-

Net is a fully integrated, interoperable network

that consists of standard hardware, software,

and information-assurance suites governed

by operational and administrative policies and

procedures. ONE-Net is the outside continental

United States (OCONUS) equivalent to the

Navy’s continental United States (CONUS)-

based enterprise services and is the medium

that enables the rapid and reliable transfer of

official classified and unclassified messages,

collaboration, email, and data. ONE-Net

manpower provides information technology

(IT) operations, to include email, print, storage,

directory, and internet services. It also includes

help desk and enterprise management for

approximately 29,000 seats, delivering vast

performance and security improvements

compared to legacy networks. Fleet Cyber

Command manages ONE-Net via directed

operations at three Theater Network Operation

and Security Centers (TNOSCs): Yokosuka,

Japan; Naples, Italy; and Bahrain. ONE-Net is

also used at 11 Local Network Service Centers

(LNSCs) within their respective regions. The

network is operated and maintained by active

duty, civilian, and contractor personnel.

The program provides IT services to

approximately 29,000 BLII/ONE-Net seats,

supporting approximately 51,000 forward-

deployed OCONUS Navy users. This program is

expected to transition into the Next Generation

Enterprise Network (NGEN) security and

business model no later than early FY 2019.

This merger will realize cost savings associated

with a centrally funded and managed program,

while also reducing costs associated with

sustainment of non-standardized infrastructure

and execution of multiple program management

functions and service providers.

Developers

CSRA Falls Church, VA

Source: PMW 205

Next Generation Enterprise Network (NGEN): ACAT IAC

Status

O&S

Resource Sponsor N2/N6, HQMC

SSP27J1

DITPR-DON # 22155

PEO C4I



44

Mission AreaEIEMA–Computing Infrastructure

Navy Marine Corps Intranet (NMCI) is DON’s

shore-based enterprise network serving

users located in the CONUS and Hawaii.

NMCI provides a single integrated, secure IT

environment for reliable, stable information

transfer. NMCI represents about 70 percent of

all DON IT operations and is second in size to the

internet. NMCI revolutionized the way DON does

business in both classified and unclassified

environments. It brought standardization to

network operations, data security, technical

support, and real-time communications across

every level of the Navy and Marine Corps by

establishing common hardware, software, and

operating systems. To the maximum extent

practicable, NMCI incorporates commercial off-

the-shelf, government off-the-shelf products,

and non-developmental items. As a result,

DON achieved increased productivity, greater

interoperability, and enhanced information

assurance security. NGEN is the follow-on

acquisition program and provisioning contract

for NMCI services. The NGEN contract was

awarded in June 2013. The Navy transitioned

to NGEN services on October 1, 2014, with

achievement of final transition in December

2014. Under NGEN, DON transitioned to a

government owned-contractor operator service

model, which enabled continued cybersecurity

posture enhancements and greater operational

command and communications (C2).

The NGEN Re-compete effort (NGEN-R) is

the follow-on to the current NGEN contract.

Under NGEN-R, DON will incorporate the NMCI

and ONE-Net into a consolidated enterprise

IT services business model. Together, these

networks deliver IT services to approximately

400,000 seats and to more than 800,000 DON

classified and unclassified users. The NGEN-R

acquisition strategy seeks to embrace a

market-driven cost model aimed at competitive

enablement of enhanced cybersecurity and C2;

mobility and unified capability driven, ubiquitous

access to information; data and application

service delivery via commercial cloud offerings;

and optimized joint capability alignment.

Developers

DXC Technology Herndon, VA

Source: PMW 205

Naval Enterprise Business Solutions (NAVEBS) | PMW 220


PMW 220Navy Enterprise Business Solutions

(NAVEBS)

OverviewNavy Enterprise Business Solutions is an integrated business management system that incorporates both Navy Enterprise Resource Planning and the E-Business and Electronic Procurement System (EPS), providing unprecedented management visibility across the enterprise and increasing effectiveness and efficiency. The program is transforming how the Navy manages its people, money, programs, equipment, and supplies.

ProgramsENTTR

Navy ePS

Navy ERP

Enterprise Time Tracking and Reporting (ENTTR) (formerly SLDCADA): BCAT III Proposed

StatusCapability Support

Resource SponsorN41

ENTTR is a government off-the-shelf developed

time and attendance system chosen as the DON

standard. It is a web-based timekeeping system

that allows for centralized or distributed input

and provides the capability to track civilian,

military, and contractor hours against job order

numbers and type hour codes for financial

and pay purposes. Providing a single time and

attendance screen for input, certification, and

correction, which ultimately reduces the training

effort, and eases user input for over 106,000

users across the U.S. Navy, Marine Corp, and

the Executive Office of the President.

ENTTR interfaces with major payroll/financial

systems, such as Defense Civilian Pay

System (DCPS), Defense Industrial Financial

Management System (DIFMS), Standard

Accounting and Reporting System–Field

Level (STARS-FL), and Standard Accounting

and Reporting System–Headquarters (STARS-

HQ). ENTTR is parameter driven so that it can

be tailored to meet individual site requirements.

The recent upgrade to V23.08 included

migration of several reports from Discoverer

to the ENTTR reports menu.

Developers

PSI PAX Inc Yorktown, VA

Source: PMW 220

Navy Electronic Procurement System (Navy ePS): BCAT II Proposed

Status

Acquisition, Testing

and Deployment

Resource Sponsor N4

DITPR-DON #22630

Mission AreaBMA

The Navy ePS is DON’s end-to-end (E2E) contract

writing system (CWS). It will provide the Navy

and Marine Corps contracting community with

a full contract writing management capability.

ePS will also facilitate integration with federally

mandated systems, DON financial systems, and

industry. The ePS will utilize DoD standards

and support auditability. The ePS will address

existing CWS challenges including outdated

architecture, limited capabilities, scalability

concerns, and existing legacy systems.

The ePS will provide DON with standardized,

comprehensive E2E contract management

(i.e., sourcing) of services, supplies, and

construction. The ePS will also support

mission-related assistance using assistance

agreements, such as grants, and will deliver

the following functional/technical capabilities:

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• Provide robust functional capabilities to support the E2E procure-to-pay process.

• Capture data at the source (i.e., no redundant data entry via touch labor).

• Leverage a data-centric and standard-compliant design for data storage and exchanges.

• Enforce business process controls and system controls to support an unqualified audit opinion.

• Inform decision making through available, accurate, timely, and visible reporting.

• Comply with DON-specific architecture and environmental constraints (e.g., Navy Marine Corps Intranet (NMCI)).

• Deliver a flexible solution that allows prompt and cost-effective changes.

• Support 100 percent of DON contracting actions in a fully auditable and traceable environment.

• Provide a secure computing environment that implements critical security controls and capabilities.

The ePS will serve as DON’s system of record

for the official contract file. The system will

have the flexibility to interface with Navy, DoD,

and federal electronic systems as needed to

meet the requirements of all stakeholders.

And as defined in statutes, ePS will also meet

regulations and approved business practices.

Data captured through system automation and

distributed through interface transactions are

critical elements in supporting DON’s Financial

Improvement Program (FIP) and enabling DON’s

vision of clean financial statements.

Developers

Contract will not be awarded until Q2 FY 2019

Source: ePS Acquisition Strategy/Acquisition Plan

Navy Enterprise Resource Planning (Navy ERP): BCAT I Proposed

Status

Capability Support

Resource Sponsor N4

DITPR-DON #20669

Mission AreaBMA

Navy ERP is a comprehensive management

system used to execute an organization’s crucial

business functions. The Navy ERP solution allows

the Navy to unify, standardize, and streamline

all of its business activities into one system.

Delivery of information through Navy ERP is

secure, reliable, accessible, and current. The

solution enables sustained Navy compliance with

the Chief Financial Officers Act of 1990 and the

Department of Defense Information Assurance

Certification and Accreditation Process. Navy

ERP was delivered in two releases.

The Finance/Acquisition Solution (Release 1.0)

provides the Navy with unprecedented financial

transparency that can be leveraged as a common

cost management framework. This release

provides the Navy with an enterprise solution that

supports budgeting, billing, external procurement,

period closeout, business warehousing, and cost

planning.

The Single Supply Solution (Release 1.1) delivers

enterprise visibility and process standardization of

the Navy supply chain. The single supply solution

provides an integrated capability from global

planning to local inventory handling, enabling

the Navy to optimize positioning of stock, which

improves Fleet readiness and maximizes the use

of supply funds and assets. More specifically,

the solution supports functions such as order

fulfillment, inventory management, consignment,

warehouse management, provisioning, carcass

tracking, supply outfitting, and supply and

demand planning.

Navy ERP combines business process

reengineering and industry best practices,

supported by commercial off-the-shelf

software to integrate all facets of Navy business

operations, using a single database to manage

shared common data.

Navy ERP Finance/Acquisition Solution has been

deployed to the following commands:

• Naval Air Systems Command (2007)

• Naval Sea Systems (NAVSEA) Command General Fund (2010)

• Naval Supply Systems Command (NAVSUP) (2008)

• NAVSEA Working Capital Fund (2011)

• Office of Naval Research (2012)

• Space and Naval Warfare Command (2009)

• Strategic Systems Programs (2012)

Initial operational capability was achieved in

May 2008. In October 2008, the Assistant

Secretary of the Navy (Financial Management

and Comptroller) designated Navy ERP as the

Navy’s financial system of record. The Navy ERP

Single Supply Chain Solution deployment began

in February 2010 and has been successfully

deployed to NAVSUP Weapon Systems Support at

Philadelphia and Mechanicsburg, Pennsylvania.

The regional implementation of the solution

to the NAVSUP Fleet Logistics Centers was

completed in August 2012. Navy ERP attained

full deployment declaration by the Secretary of

the Navy (SECNAV) in December 2013. Navy

ERP has up to 72,000 users and manages

approximately 52 percent of the Navy’s total

obligation authority.

Developers

NAVSUP Business Systems Ctr. Mechanicsburg, PA

SAP America, Inc. Newtown Square, PA

Source: PMW 220

Sea Warrior Program (SWP) | PMW 240


PMW 240Sea Warrior Program (SWP)

OverviewThe Sea Warrior Program manages a complex portfolio of information technology systems that enable the Navy to support Navy human resource (HR) management, criminal justice, Fleet support, afloat business applications, Navy and DoD portfolio management, DON administration, and joint aviation aircraft scheduling.

Programs/ProjectsARM

ADE

CMS-ID

EAIS

IMAPMIS

LCS

LMS-DL

MRRS

Mobile App Development

MNP 2a/b/c

DEPARTMENTAL

NES

NMRS

NMPDS

NPDB

NROWS

NSIPS

NTMPS

OAIS II

OPINS

OPAS

RIMS-FM

TFMMS

TFMMS 2.0

Application Relationship Management (ARM): BCAT III Proposed

Status

Functional Requirements

and Acquisition Planning

Resource Sponsor N1

DITPR-DON #22628

Mission AreaBMA

The ARM project is the continuation of an

effort in support of the Office of the Chief of

Naval Operations (OPNAV) N156 accessions

information technology (IT) roadmap objectives

to modernize and consolidate command IT

systems and networks. In support of Navy

Recruiting Command’s (NRC) RF2030 goals,

ARM provides prospecting functionality for more

than 4,000 recruiters in multi-mission recruiting

stations by providing the ability to recruit across

all mission areas anytime and anywhere.

ARM is an applicant prospecting tool that allows

recruiters to effectively manage an individual

through the Navy recruiting process, from lead to

prospect to application submission, by providing

transformational change in the areas of contact

management, application management, time

management, and Delayed Enlistment Program

(DEP) management. It interfaces to the future

Personalized Recruiting for Immediate and

Delayed Enlistment Modernization II (PRIDE

Mod II) system, which integrates active and

reserve, officer, and enlisted processing.

It is estimated that total cost avoidance to the

Navy from ARM exceeds $32 million over the

projected life cycle. ARM results in significantly

improved processes, which in turn allows

recruiters to find and recruit higher quality

applicants more efficiently. This results in more

successes and fewer losses, which improves

the efficacy and efficiency of the prospecting

processes, recruiting, and accessions overall.

Ultimately, ARM provides recruiters improved

processes together with a feature-rich tool

set that improves productivity and maximizes

recruiters’ time.

Source: PMW 240

Authoritative Data Environment (ADE): Project

Status

Functional

Resource Sponsor N1

DITPR-DON #22254

Mission AreaEIEMA–Computing Infrastructure

ADE provides a single, integrated authoritative

data source for Navy manpower, personnel,

training, and education (MPT&E) data. It provides

the foundation for a reliable, accurate, and

timely data set that is governed at an enterprise

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level and accessible to all authenticated data

customers. ADE is the authoritative source of

information for other applications and systems.

ADE consists of three major parts: data

management and governance structure,

authoritative data warehouse (ADW), and

the enterprise service bus (ESB). ADW holds

the authoritative data. ESB serves as a data

transport mechanism for MPT&E data between

systems or from ADW to other systems.

The governance structure ensures that the data

sources are proper and changes made to ADE

are appropriate and correctly accomplished.

Developers


Source: PMW 240

Career Management System – Interactive Detailing (CMS-ID): BCAT II Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #21701

Mission AreaBMA

The purpose of CMS-ID is to advertise to the

Fleet available jobs (requisitions or billets) and

assignment possibilities to all Navy enlisted

personnel (active and reserve). The system

provides sailors the capability to research and

apply for jobs that best match their individual

career desires with the Navy’s readiness and

resource needs.

CMS-ID is a core Navy career management

application used by sailors, career counselors,

and assignment and distribution personnel. The

application is part of a larger suite of IT tools that

help sailors invest in and direct their own careers,

education, and professional development.

In addition, CMS-ID is the foundation of the

Billet Based Distribution (BBD) initiative focused

on enabling the Navy to better manage force

structure and readiness by more accurately

matching sailors and their unique skill sets to

individual billets. This approach seeks to clearly

track the position an enlisted sailor is filling at a

command and account for personnel allocation,

leading to a more accurate job requisition and

distribution process.

CMS-ID enables sailors to take an active role

in their professional development and career

management. Sailors discuss their career goals

with their career counselors to receive support

and guidance. Sailors are allowed to submit

up to five online job applications per cycle.

The applications are then compiled and made

available to the prospective commands for review

and comment before detailers and assignment

coordinators evaluate applications and make

assignment selections.

CMS-ID directly supports the Navy’s distribution

line of business. It provides an integrated

web-based architecture that contains critical

functionality for the distribution and assignment

process for active and reserve component

enlisted personnel.

Developers

Peregrine Technical Solutions LLC Yorktown, VA

Source: PMW 240

Enlisted Assignment Information System (EAIS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #7367

Mission AreaBMA

EAIS supports assignment and distribution of

enlisted personnel to job billets by detailers

at Bureau of Naval Personnel (BUPERS). EAIS

provides order writing function and rapid access

to personnel data.

Developers

aVenture Technologies, LLC Vienna, VA

Source: PMW 240

Inactive Manpower and Personnel Management Information System (IMAPMIS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #7310

Mission AreaBMA

IMAPMIS is the corporate database for the Navy’s

inactive reserve, maintaining 850,000 personnel

master records for members of the Selected

Reserve, Individual Ready Reserve (IRR), standby

Reserve, Retired Reserves, and all U.S. Navy.

IMAPMIS supports IRR mobilization readiness

and personnel data. Reporting data accumulates

participation information to determine a Reserve

members’ eligibility for retirement and delivers

Annual Retirement Point Records and notices of

eligibility to members.

Developers


Source: PMW 240

Learning Content Services (LCS): Project

Status

Functional

Resource Sponsor N1

LCS are employed by thirteen specialized skill

learning centers and their training sites, three

direct report schools, and three training support

centers. LCS provides the Navy with the ability to

manage, measure, and administer all learning

activities and training processes used in support

of Navy enlisted, officer, and civilian personnel.

The LCS is an integral element of Integrated

Learning Environment.

Source: PMW 240

Learning Management System – Distance Learning (LMS-DL): BCAT II Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #20851

Mission AreaBMA

The LMS-DL, known to Fleet users as Navy

e-Learning (NeL), provides integrated delivery

of training for the Naval Education and Training

Command (NETC) in support of Manpower,

Personnel, Training and Education (MPT&E)

organizations. NeL is one of the largest distance

learning environments in the world. NeL has

a comprehensive catalog of 12,500 distance



learning course offerings and is available 24/7

to 740,000 registered users. NeL consists

of a learning management system that uses

web-enabled technology to deliver self-

paced electronic course materials. Through

NeL integrations, training is offered within

unclassified (Non-secure Internet Protocol),

classified (Secret Internet Protocol Router

Network), and on board military vessels (afloat).

The Navy’s distributed training environment is

ever-expanding with dynamic needs. NeL has

continued to keep pace with these changing

requirements. The August 2013 Deployment

of a Modernization Initiative known as the

Enterprise Training Management Delivery

Systems (ETMDS) updated existing shore-side

capabilities for training delivery and improved

workforce management and development. The

entire modernization effort, which included

subsequent phases, resulted in the current

hardware configuration (much smaller IT

footprint) and application user interface with a

more modern look and feel that is seen today.

Developers

Government off-the-shelf (GOTS) product

Source: PMW 240

Medical Readiness Reporting System (MRRS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #20087

Mission AreaBMA

The MRRS is a comprehensive mission-

critical tracking system for immunizations and

individual medical readiness (IMR) used by the

Navy, Marine Corps, and Coast Guard. MRRS is

a web-based real-time application with links to

the existing authoritative data systems of the

Navy Standard Integrated Personnel System

(NSIPS), Reserve Headquarter System (RHS),

Coast Guard Business Intelligence (CGBI), and

the Marine Corps Total Force System (MCTFS).

These system interfaces enable the Navy to

reduce data input requirements, improve data

accuracy, and track personnel.

MRRS provides leadership with command

and control (C2) visibility of force medical

readiness, at the individual, unit, command,

and headquarters level. MRRS ensures that

combat-ready personnel can rapidly respond

to emergent missions. The system gives

headquarters staff and leadership a real-time

view of immunization status and force medical

readiness. MRRS captures and maintains

medical, immunization, injury management,

and medical readiness information relating to all

Navy, Marine Corps, and Coast Guard personnel.

Features of MRRS include:

• Accurately meets Office of the Secretary of Defense (Health Affairs) (OSD(HA)) quarterly IMR reporting requirements.

• Stores historical immunization data.

• Contains pre-populated medical and dental forms.

• Reports anthrax and smallpox immunization data to the Military Vaccine Agency.

• Tracks, schedules, and documents various medical requirements including notification of required physicals, immunizations, and dental exams.

• Maintains information on medical testing (current and history).

• Meets mobilization and readiness requirements more effectively and efficiently.

• Provides full visibility on medical status of deploying forces.

• Provides Headquarters and OSD the ability to access and report at all echelon levels in real-time.

• Tracks Mental Health Assessment status, Traumatic Brain Injury, and Neurocognitive Assessment Tool.

• Maintains links with BUPERS Online (BOL) and Marine Online (MOL), which allow members to review their medical readiness status or their post-deployment health reassessment.

Developers


Source: PMW 240

Mobile App Development: Project

Status

Exploratory

Resource Sponsor N1

In response to the modern needs of DON, the

Sea Warrior Program built a process for the

rapid development and deployment of mobile

apps for the Navy. Apps allow the Navy to take

advantage of mobile devices for sailor self-

service functions. Apps increase the reach of

training and information to sailors, giving them

more options to independently manage their

careers. Apps currently deployed are designed

to run on a sailor’s personal device and

contain no sensitive or personally identifiable

information (PII).

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The first app produced by PMW 240, eDIVO,

was created as a prototype. The app was

designed using an agile development process

and was released in a seven-month time frame.

Over those months, the process was codified

into a repeatable and customizable process

with a quick timeline for future apps.

PMW 240 apps include:

• Domestic Violence Prevention (General Military Training (GMT))

• eDivo

• Final Multiple Score (FMS) Calculator

• Naval Operational Security

• Navy App Locker

• Navy College Program

• Navy COOL

• Navy Financial Literacy

• Navy Lifeskills Reachback

• Navy's Center for Language Regional Expertise and Culture (CLREC) Office Navy Global Deployer

• New to the Navy

• Operational Risk Management

• OPNAV Uniform

• PII (GMT)

• Pregnancy and Parenthood

• Records Management (GMT) U.S. Navy Ratings and Reference

• Ships and Aircraft Training

• U.S. Military Ranks and Reference

• Vice Chief of Naval Operations' (VCNOs')Standards of Conduct (SOC) Guidance

Developers

Tracen Technologies Manassas, VA

Source: PMW 240

My Navy Portal (MNP) 2a/b/c: Project

Status

Functional (Phase 2a/2b)

Exploratory (Phase 2c)

Resource Sponsor N1

DITPR-DON #22608

Mission AreaEIEMA–Core

Enterprise Services

MNP builds an integrated web portal that

consolidates the Navy’s HR portals, knowledge,

and applications into a consolidated and

simplified user experience. When completed,

MNP will provide a single point of entry for

sailors to manage and view their personnel

and career information within an intuitive

“self-service” environment. MNP will include

all sailor record and data but capabilities will be

added incrementally and rolled out with updates

every two to three months. By FY 2019, all of a

sailor’s personnel, training, education records,

and data will be available in MNP for one-stop

shop capability.

Developers

Katmai Corporation Anchorage, AK

Source: PMW 240

Navy Departmental Systems (DEPARTMENTAL): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #22135

Mission AreaBMA

DEPARTMENTAL provides Navy selection board

support, eligibility files, generation of enlisted

personnel evaluations, Navy officer fitness

reports, and medals and awards information.

The DEPARTMENTAL is comprised of eight

systems, to include Systems Navy Selection

Board support (including automated building of

officer and enlisted eligibility files), automated

generation of enlisted personnel evaluations,

and Navy officer fitness reports, medals, and

awards information for inclusion in evaluations

and fitness reports.

DEPARTMENTAL also includes an automated

method for creating, organizing, and maintaining

officer administrative eligibility files.

Developers


Source: PMW 240

Navy Enlisted System (NES): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #22134

Mission AreaBMA

NES is the Navy’s corporate database of

authoritative data on all active duty enlisted

personnel. NES generates and maintains the

official automated personnel records of all USN/

USN Reserve active duty enlisted personnel for

both current and historical purposes.

Developers


Source: PMW 240

Navy Manpower Requirements System (NMRS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #10563

Mission AreaBMA

NMRS is a decision-support information

system that provides a suite of tools to

determine manpower requirements for varying

workload volumes under differing levels of

capability and conditions of readiness as

defined by required operational capability/

projected operational environment (ROC/POE)

and/or mission statements. The Facilities

Maintenance Workload Analysis Program

(FMWAP) application and the Squadron ROC/

POE Preprocessor System (SRPPS) reside within

the NMRS system.

Developers


Source: PMW 240

Navy Military Personnel Distribution System (NMPDS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #10332

Mission AreaBMA

The NMPDS project is a collection of five

systems supporting Navy personnel distribution,

Fleet readiness, and Navy planner flexible

readiness posture. NMPDS provides the Navy

Personnel Command (NPC) the ability to assign



and distribute personnel and produce orders

based on required training and job selection

for all active, enlisted, and officer personnel.

NMPDS provides current information to the

manning control authorities, NPC, Fleet Forces

Command (FFC), and Commander Navy Reserve

Force (COMNAVRESFOR) essential for personnel

manning and readiness.

Developers


Source: PMW 240

Navy Personnel Database (NPDB): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #22136

Mission AreaBMA

NPDB consolidates Navy manpower and

personnel data of Navy members and annuitants.

Developers


Source: PMW 240

Navy Reserve Order Writing System (NROWS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #18926

Mission AreaBMA

NROWS is the single, enterprise-wide application

for putting a reservist on annual training, active

duty training, and inactive duty training travel

orders. This system produces 150,000 sets

of training orders annually and is used by

approximately 90,000 users to support every

major claimant. It is a web-based system that

incorporates the orders application process

with an automated approval workflow, Reserve

Personnel, Navy (RPN) budgeting and approval,

and the delivery of official orders and travel

itineraries. NROWS addresses significant

business process changes, eliminates legacy

systems, and reduces total cost of ownership.

Developers


Source: PMW 240

Navy Standard Integrated Personnel System (NSIPS): BCAT I Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #15705

Mission AreaBMA

NSIPS is the Navy’s single, field-entry, electronic

pay, and personnel system for all active

duty and reserve sailors. This web-enabled,

enterprise resource planning system supports

approximately 400,000 sailors worldwide.

Sailors have 24-hour access to their Electronic

Service Record (ESR), training data, and career

development records. NSIPS interfaces with

44 systems, contains 67,000 business rules,

and processes approximately 225 million

transactions per year. NSIPS has enabled the

Navy to:

• eliminate eight legacy human resources management systems.

• eliminate the need for local personnel detachments and management sites to maintain legacy hardware and/or human resources software.

• automate application updates via one web server.

• eliminate the need to send software updates to the individual personnel processing locations around the world.

Developers


Source: PMW 240

Navy Training Management and Planning System (NTMPS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #9478

Mission AreaBMA

NTMPS is an operational data store that offers

training officers, personnel managers, and

Fleet personnel with one-stop shopping for

information concerning manpower, personnel,

training, and education issues. NTMPS contains

thousands of pre-existing report formats. Data

is collected from approximately fifty sources,

integrated, and then made accessible to users.

NTMPS is the authoritative source for Fleet type

command training requirements. It serves as

a training data warehouse, a decision support

system, a source of unit training plans, and

identifies training readiness and deficiencies.

Developers

Government off-the-shelf (GOTS) product

Source: PMW 240

Information System II (OAIS II): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #7378

Mission AreaBMA

OAIS II is an order writing and decision support

system for Navy officer assignments and officer

detailers at the NPC.

Developers


Source: PMW 240

System (OPINS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #8323

Mission AreaBMA

OPINS generates and maintains the official

automated personnel records of active duty

officers and officer candidates.

Developers


Source: PMW 240

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Administrative System (OPAS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #22133

Mission AreaBMA

OPAS supports the administration of officer

promotions, scheduling of promotion boards,

and storage of officer promotions data. OPAS

provides an automated method for managing

active duty and reserve naval officer promotions

and statutory selection boards eligibility data files.

Developers


Source: PMW 240

Reserve Integrated Management System –Financial Management (RIMS-FM): BCAT III Proposed

Status

Capability Support

Resource Sponsor DNS

DITPR-DON #8109

Mission AreaBMA

The RIMS-FM is a management tool for

Commander Navy Reserves Forces Command

(COMNAVRESFORCOM) N00F and Naval School

of Health Sciences (NSHS). It supports all official

annual training, active duty for training, and

inactive duty for training travel financial records

and documents. The system allows the entry

and processing of two primary transactions:

reservation and adjustments. A reservation is the

amount set aside to fund training for reservist

orders and an adjustment changes to the

reserved amount resulting from modifications

to orders. RIMS-FM handles information that

is necessary for the conduct of day-to-day

business, but it does not materially affect support

to deployed or contingency forces in the short-

term. RIMS-FM is a mission-critical financial

management application created to manage

those funds appropriated by congress to the Navy

Reserve. RIMS-FM manages all detail documents

in order to determine when to send accounting

transactions to the Standard Accounting and

Reporting System (STARS). The system gives

management visibility of projected spending for

the fiscal year to properly and effectively manage

RPN appropriation.

Developers


Source: PMW 240

Total Force Manpower Management System (TFMMS): BCAT III Proposed

Status

Capability Support

Resource Sponsor N1

DITPR-DON #8120

Mission AreaBMA

TFMMS provides enterprise tools to produce the

Navy’s authoritative manpower products (activity

manpower documents, total force positions,

manpower resource controls, organizational

structure).

TFMMS provides the manpower change request

(MCR) process to update authoritative manpower

products and send the manpower demand signal

output to the Navy and the MPT&E processes to

assure personnel readiness.

Developers


Source: PMW 240

Total Force Manpower Management System (TFMMS) 2.0: BCAT II Proposed

Status

Acquisition, Testing and

Deployment

Resource Sponsor N1

TFMMS 2.0 will provide improved manpower

management for the Navy by streamlining

manpower business processes to increase

accuracy, reduce activity time, and resolve

shortfalls in the current approach. The system

will increase data integrity and provide a single

authoritative source for manpower management

throughout the Navy.

Developers

Alliant Across America Information

Services LLC Vista, CA

Source: PMW 240

Enterprise Systems & Services (E2S) | PMW 250


PMW 250Enterprise Systems & Services (E2S)

OverviewEnterprise Systems and Services (E2S), PMW 250, develops and implements reliable, efficient, and secure business information technology (IT) solutions. Established in January 2018, E2S supports a wide array of Navy, Marine Corps, and other DoD customers.

Programs/ProjectsDON TRACKER

DITPR/DADMS

JALIS

NJIS

NAVY 311

iNAVY

NIAPS (DS2)

RMI

Department of the Navy Tasking, Records, and Consolidated Knowledge Enterprise Repository (DON TRACKER): Project

Status

Functional

Resource Sponsor SRB

DITPR-DON #22792

Mission AreaEIEMA–Core Enterprise

Services

The Secretary of the Navy (SECNAV) directed

a single, auditable, compliant records

management (RM) and task management

(TM) process implemented uniformly across

and within all DON divisions and commands.

This process enables efficient and effective

execution of RM and TM in accordance with

applicable statute, policy, and regulation.

DON TRACKER is a single enterprise solution

to replace multiple legacy Navy and Marine

Corps TM and RM applications and processes.

Currently, DON is using more than twenty

different TM and RM systems, including five

large-scale standalone IT solutions. While this

approach may serve individual commands and

directorates, it is no longer viable for the DON

enterprise. DON’s need to reduce cost and

increase operational efficiency necessitates a

unified and scalable solution.

DON TRACKER is a single, web-based solution

comprising enterprise information services,

common business rules and processes,

consistent task and record terminology, user

training aids, and common access card (CAC)

authentication. Current multiple disconnected

systems will be replaced when DON TRACKER

is deployed in the Non-secure Internet Protocol

Router (NIPR) environment to continental United

States (CONUS) and outside the continental

United States (OCONUS) ashore commands.

DON TRACKER is a collaborative effort involving

the DON Assistant for Administration, DON

Chief Information Officer (DON CIO), Director

of the Marine Corps Staff (DMCS), Director of

Navy Staff (DNS), and the Sea Warrior Program

(PMW 240) within PEO EIS. The DON TRACKER

software employs the Alfresco Enterprise

Edition platform. The design prototype began

in May 2013 and development began in March

2014. Users provide feedback via incremental

software demonstrations called sprints. DON

TRACKER Release 1.0, the initial operational

capability (IOC), began a phased rollout in first

quarter FY 2016.

Developers

Progeny Systems Manassas, VA

Source: PMW 250

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DoD Information Technology Portfolio Repository (DITPR)/DON Applications and Database Management System (DADMS): Project

Status

Functional


DITPR-DON #DITPR: 21137

DADMS: 20874

Mission AreaEIEMA–Core Enterprise

Services

DoD DITPR-DON DADMS are the DoD and DON

IT registry systems. DITPR is used by all DoD

components to maintain a comprehensive,

consolidated inventory of unclassified, mission-

critical, and mission-essential systems

(including national security systems) and their

interfaces. DITPR supports IT investment review

and portfolio management.

DADMS is DON’s authoritative data source for

system, application, database, network, and

server information. DADMS supports IT baseline

and cost control efforts assigned to the Office

of the Chief of Naval Operations by the Vice

Chief of Naval Operations. DADMS serves as

the platform for the DITPR-DON (feeder system

to DITPR).

Developers

Spin Systems Falls Church, VA

Source: PMW 250

Joint Air Logistic Information System (JALIS): Project

Status

Functional


DITPR-DON #20940

Mission AreaWMA–Logistics (L)

JALIS is an information management system

used by joint warfighters to request and

schedule airlifts for high priority passengers

and cargo in support of combat or contingency

operations. JALIS also collects post-mission

data to support enterprise management

decisions. JALIS stakeholders include all unified

commands, services, air wings, and squadrons

that provide air assets in support of Operational

Support Airlift (OSA) requirements.

Developers

A. Harold and Associates Jacksonville, FL

Source: PMW 250

Naval Justice Information System (NJIS): BCAT III Proposed

Status

Acquisition, Testing

and Deployment


DITPR-DON #22541

Mission AreaBMA

The NJIS will be a web-based system that

provides access to 50,000 Navy and Marine

Corps users worldwide. NJIS will serve as DON's

end-to-end criminal justice case management

system. As a result, the following four primary

legacy systems are planned to be retired or

consolidated as part of the effort:

1. Case Management System (CMS)

2. Case Management Tracking Information System (CMTIS)

3. Consolidated Law Enforcement Operations Center (CLEOC)

4. Corrections Management Information System (CORMIS)

NJIS’ first goal is to meet the congressionally

mandated Defense Incident Based Reporting

System (DIBRS) requirements as stated in DoD

Mandate 7730.47M. This will ensure timely and

accurate reporting of all DON criminal activity,

including all Uniform Code of Military Justice

(UCMJ) violations to the Defense Management

Data Center (DMDC). DON law enforcement and

investigations incidents are projected to rise

from 35 percent (October 2012), that is current

incidents reported, to 100 percent. This includes

incidents that occur at the command with no law

enforcement and/or investigation involvement.

All DON criminal justice communities will be

able to report incident data to DIBRS using one

single system as an entry point.

The second goal provides DON with a singular

entry point for end-to-end case data. This

allows all DON criminal justice communities

complete visibility over case information,

and it will modernize DON’s criminal justice

reporting process. A single entry will also

provide enterprise and process-wide visibility

into incident and case data throughout the life

cycle of DON’s unclassified criminal justice

incidents. It will also provide DON senior

leadership visibility and improved metrics

reporting for incident and case data throughout

the case life cycle.

Developers

Micropact Herndon, VA

Source: PMW 250

NAVY 311: Project

Status

Functional

Resource Sponsor N4

NAVY 311 is a single point of customer service

entry to the shore infrastructure and network

of Fleet support providers. Through NAVY 311

(via phone, email, web, text, chat, and other

channels) the Fleet, sailors, military families,

and civilians can get on-demand information

assistance for non-emergency, non-tactical

issues. The NAVY 311 capability is modeled

after “3-1-1” non-emergency services in over

300 major cities worldwide and builds upon

the existing infrastructure that has supported

the Navy’s Global Distance Support Center

(GDSC) since 1999.

NAVY 311 is not a new service, but rather

a new name for the customer relationship

management component of the Navy’s Distance

Support (DS) Capability 1 sponsored by Chief of

Naval Operations (OPNAV) N4 and managed by

the Sea Warrior Program. As such, NAVY 311

simplifies help desk access and easily identifies

assistance from among many other important

Fleet DS services. Many forward-thinking

government organizations and municipalities

are using centralized “3-1-1” call centers to

cost effectively expand citizen services and

streamline operations. In the same manner,

NAVY 311 is focused on achieving Fleet

customer service excellence through modern

technology, timely feedback, and increased

operational efficiency.

Developers

American Systems Chantily, VA

Source: PMW 250

Enterprise Systems & Services (E2S) | PMW 250


Navy Enterprise Intranet (iNAVY): Project

Status

Functional


SSP27F0

DITPR-DON # 22298

Mission AreaEIEMA –Core Enterprise Services

iNAVY is a Navy-wide portal solution providing

a collaborative framework to enhance business

functions. As an enterprise initiative, iNAVY

empowers organizations and communities of

interest to interact through a single platform.

iNAVY empowers the organization with

automated business processing, collaborative

document exchange, robust data management

capabilities, and significant improvements in

knowledge management and information

discoverability.

The platform can be harnessed in countless

ways to improve responsiveness by the Navy

community to fulfill mission requirements.

Developers

Microsoft Corporation Reston, VA

Source: PMW 250

Navy Information Application Product Suite (Distance Support 2) (NIAPS (DS2)): Project

Status

Functional


SSP27F1

DITPR-DON # 20955

Mission AreaEIEMA –Core Enterprise Services

The NIAPS is a Navy-wide IT infrastructure

linking business applications, equipment,

people, and processes ashore and afloat.

Applications benefit from the replication and

data compression services NIAPS provides

and results in more efficient bandwidth

utilization. NIAPS is a critical enabler for the

littoral combat ship concept of operation. The

primary obstacle to internet access at sea is

limited bandwidth, which is the quantity of data

that can be transmitted during a fixed period

of time. NIAPS addresses this issue by hosting

critical applications and data locally on internal

shipboard networks. NIAPS comprises over

forty applications and databases launched from

a single distance support portal. NIAPS runs

applications specifically tailored to individual

afloat units for training, career management,

maintenance, technical drawings, logistics,

human resources, as well as morale and welfare

support, all of which are produced by over

twenty different Navy functional organizations.

Keeping these applications operationally

available is a daunting challenge that falls to

a key individual on each ship, the NIAPS System

Administrator. NIAPS is important to the Fleet

because it is faster and less expensive than

external bandwidth and satellite time. Currently

232 platforms use NIAPS on both classified and

unclassified networks.

Developers

Valkyrie Enterprise Virginia Beach, VA

Source: PMW 250

Risk Management Information (RMI): BCAT III Proposed

Status

Functional Requirements

and Acquisition Planning

Resource Sponsor DNS

DITPR-DON #22841

Mission AreaBMA

RMI is the DON strategy and endorsed by the

Assistant SECNAV for Energy, Installations

and Environment, for a single program of

record for safety to improve the quality and

accessibility of risk management information

associated with Naval safety management.

The initiative consolidates safety systems,

makes it easier to report mishaps, and

provides authoritative data to help improve

safety conditions. RMI will improve readiness

by providing personnel with an enterprise

view of information necessary to focus on

total loss prevention and control. RMI will turn

data into actionable information, enabling all

personnel to better understand the hazards

and risks associated with their operations

and processes. It will help enable informed

risk decisions as a means of preventing

losses through more efficient and effective

operations. RMI will also seamlessly link

multiple authoritative sources of data allowing

information to be shared across DON.

RMI supports missions of the Naval Safety

Center (NAVSAFECEN) and Commandant of

the Marine Corps Safety Division (CMC SD),

which are dedicated to preventing mishaps to

save lives and preserving resources.

DON’s RMI initiative creates a safer environment

for both Navy and Marine Corps personnel

by capturing and analyzing safety incident

reporting data. RMI will synthesize incident

reporting data into useful products for improving

risk and safety conditions by consolidating

existing legacy and core safety programs, risk

management systems, applications, and data.

RMI’s streamlined incident reporting will provide

a baseline of C and D1 mishaps, hazard reports,

and near misses. It will also provide the basis

for analysis and trending for all classes and

types of incidents to improve safety and risk

management. RMI will provide increased safety

reporting efficiency and reduce the amount of

time spent entering, or reentering, safety data

into the system by DON users.

Developers

Kapsuun Group Lorton, VA

Source: PMW 250

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PMS 444Navy Maritime Maintenance Enterprise Solution

– Technical Refresh (NMMES-TR)

OverviewPMS 444 was established in 2016 to acquire, deliver, and deploy an enterprise solution that integrates the shore maritime maintenance business through the interchange of information from various business process areas and related databases.

ProgramsNMMES-TR Navy Maritime Maintenance

Enterprise Solution – Technical Refresh (NMMES-TR): Pre-BCAT I Proposed

Status

Pre-Acquisition ATP


The NMMES-TR is a Pre-Acquisition Defense

Business System (DBS) Category I program.

NMMES-TR will provide a modernized

information technology (IT) enterprise solution

replacing existing maintenance, repair and

overhaul systems and applications with industry

proven commercial business processes and

capabilities hosted within a commercial cloud-

based environment.

NMMES-TR will consolidate and sunset

more than fifty systems and applications to

enable the execution of submarine, aircraft

carrier, and surface ship maintenance and

repair for the shore-based maritime depot

and intermediate level maintenance activities,

including public naval shipyards (NSYs),

intermediate maintenance facilities (IMFs),

regional maintenance centers (RMCs), and

their detachments: Trident Refit Facility (TRF)

and Ship Repair Facility (SRF).

NMMES-TR will provide:

• A robust cyber resilient infrastructure that promotes confidentiality, integrity, and availability, which will prevent unwanted access and provide data security.

• Aggregated and analytic operational capabilities in a business intelligence framework to enable historical and predictive common operational analysis.

• An enterprise solution that will apply business process controls, system controls, and business rules that are compliant with the Financial Improvement and Audit Readiness (FIAR).

• The means to conduct maintenance and modernization using integrated data environment (IDE) information from design agencies for submarines, aircraft carriers, and surface ships as well provide a means to feedback information to the IDE authoritative data sources.

• A modern IT toolset with increased reliability and supportability, leveraging commercial off-the-shelf products and services that are readily available with full vendor support.

• Enterprise mobility for secure access to information and digital data.

NMMES-TR achieved materiel development

decision in October 2016, DON Gate 2 approval

in April 2017, and DON Gate 3 approval in

December 2017. The program is scheduled

for a DON Gate 4 review in April 2018.

Source: PMS 444

Data Center & Application Optimization (DCAO) | SPAWAR DCAO


SPAWAR DCAOData Center & Application Optimization (DCAO)

OverviewAs the Navy’s designated execution agent for data center consolidation, the Data Center and Application Optimization (DCAO) office oversees the transition and sustainment of applications and systems into secure and cost effective hosting environments.

ProjectsDCAO Data Center Consolidation

and Application Optimization (DCAO): Project

StatusFunctional


SSP 27K0

The DCAO program office manages all current

and future resources for continental United

States (CONUS) data center consolidation and

application hosting services. The program

employs enterprise standards and improves

visibility of DoD’s total ownership cost of

information technology (IT) investment. DCAO

is directed by Office of Management and

Budget (OMB), DoD Chief Information Officer

(CIO), DON CIO, and Deputy Department of the

Navy Chief Information Officer (DDCIO). Data

Center Consolidation (DCC) R3B (October 2013)

directed Navy DCC efforts to be complete by the

end of FY 2018. Navy Enterprise IT Governance

Board (NEIGB) and Provider Enterprise Executive

Committee (EXCOMM) (May 2014) approved Navy

DCC end state application hosting architecture

and set current baseline for consolidation sites

(118) and servers (10,822). DCAO is leading

the Navy enterprise cloud brokerage process

development and awarded the Navy its first

production cloud contract in 2016. Navy DCC

consolidation target performance and end date

are reported in the Navy’s annual Data Center

Consolidation Plan to DoD.

Source: PEO EIS

SPAWARThe Space and Naval Warfare Systems Command's mission is to work closely with

the Fleet, systems commands, and Navy partners to deliver interoperable and secure

information warfare capability by acquiring and integrating sensors, communications,

weapons, information, and control systems for existing and future ships, aircraft,

submarines, unmanned systems, and the associated shore based support systems.

SPAWAR Fleet Readiness Directorate (FRD)

SPAWAR 1.0: Comptroller

SPAWAR 2.0: Contracts

SPAWAR 3.0: Office of Counsel

SPAWAR 4.0: Logistics

SPAWAR 5.0: Chief Engineer

SPAWAR 6.0: Acquisition and Program Management

SPAWAR 7.0: Science & Technology (S&T)

SPAWAR 8.0: Corporate Operations

SPAWAR Systems Center Atlantic (SSC LANT)

SPAWAR Systems Center Pacific (SSC PAC)


PEO C4I


SPAWAR | Space and Naval Warfare Systems Command

60

SPAWAR FRDFleet Readiness Directorate

OverviewAs the SPAWAR designated focal point to the Fleet, the Fleet Readiness Directorate (FRD) installs, supports, and modernizes the Navy’s C4I hardware and systems. Based in San Diego, with team members located around the world close to the waterfront, the FRD exists to support the Fleet’s immediate and future C4I readiness issues.

Programs/ProjectsCMS

CSEL

CDLS/CDLS-TR

Cybersecurity Baseline and Inspection

DAGR

EMUT

EPLRS-DR

FSET

GCCS-J

HF Legacy HFRG

HFSAR

INMARSAT

EMSS

JCSE

Link 11 Legacy Data Terminal Set

METOC SASC

NAVSSI AN/SSN-6(V)

NESP

AN/WRN-6(V)

Sub 2Z Cog

SHF SATCOM

TVS

TV-DTS

UHF Legacy and Mini-DAMA

WRBS

Clarinet Merlin Sustainment (CMS): Project

Status

Functional


SSP02K0

CMS is an operational ship-to-shore

communication system developed to provide

a lost or “in extremis” submarine unable to

communicate through normal means, a method

to communicate a message to the Broadcast

Control Authority (BCA) that the boat is unable

to complete its mission. CMS consists of

the Submarine Emergency Communication

Transmitter (SECT) AN/BST-1 buoy, and Clarinet

Merlin Receiving System (CMRS). The CMRS

provides for the monitoring of specific high

frequency (HF) communications and detection

of message transmissions from SECT buoys.

The SECT buoy communicates messages to

Fleet commanders from an SSBN (nuclear-

powered ballistic-missile submarine) on patrol

that has been placed in extremis and unable

to complete its mission.

Nomenclature: AN/BST-1 Buoy.

Source: SPAWAR FRD 100

Combat Survivor Evader Locator (CSEL): ACAT III

Status

O&S

Resource Sponsor USAF ACC

CSEL (AN/PRQ-7) is a joint services

communication system that provides the survivor/

evader with: precision global positioning system

(GPS) based on geoposition and navigation data,

two-way over-the-horizon (OTH) secure data

communication to a Joint Search and Rescue

Center (JSRC), OTH beacon operation, line of

sight (LOS) voice communication, and swept tone

beacon capabilities. CSEL replaces all legacy

combat search and rescue (CSAR) handheld

radios for special forces.

Developers

Air Force Life Cycle Mgmt Ctr. Hill AF Base, UT


Fleet Readiness Directorate | SPAWAR FRD


Communications Data Link System (CDLS) and CDLS Technical Refresh (TR): ACAT III

Status

O&S


SSP08Q (M)

DITPR-DON # 21812


CDL is an ultra-wideband digital secure data

link that provides configuration-controlled and

standardized communication paths between

multiple reconnaissance sensors and its users.

CDLS, which provides CDL capability,

enables real-time transmission and receipt of

intelligence, surveillance, and reconnaissance

(ISR), full motion video, and anti-submarine

warfare data between an aircraft and a vessel.

Nomenclature: AN/USQ-167.

CDLS TR enhances CDLS capabilities by adding

a second 360-degree link, connectivity to

Automated Digital Network System (ADNS), and

a functional redesign to reduce obsolescence

and cannibalization events.

Nomenclature: AN/USQ-167C(V)1/2.

Developers



Cybersecurity Baseline and Inspection


In direct support of the Cybersecurity Inspection,

SPAWAR FRD manages the cyber baseline

process, drives integration, and aligns all

networked interfacing systems to assure a

continuous, timely, and relevant cybersecurity

posture for afloat naval networks.

The SPAWAR platform baseline delivery

validates that systems meet security standards

during maintenance availability, enabling

system operational verification test (SOVT)

success. The program provides authoritative

network configurations to afloat units and

enables ship's force management of delivered

network baseline.


Defense Advanced GPS Receiver (DAGR): AAP

Status

O&S


SSP60R1

The DAGR is a lightweight, handheld, dual

frequency, Selective Availability Anti-spoofing

Module (SAASM)-based, and precise positioning

service receiver. DAGR is the replacement to a

discontinued handheld receiver, the Precision

Lightweight Global Positioning System (GPS)

Receiver (PLGR).

Nomenclature: AN/PSN-13A,B.

Developers

Rockwell Collins Cedar Rapids, IA


Enhanced Man-Pack Ultra High Frequency (UHF) Terminal (EMUT): Project

Status

Functional


SSP18M

EMUT Conical Logarithmic Spiral Mode (CLSM)

antenna provides UHF satellite communications

(SATCOM) Demand Assigned Multiple

Access (DAMA) and non-DAMA capability

supporting voice and data communications

for the embarked Marine Air-Ground Task

Force (MAGTF) on board LHA/LHD (amphibious

assault ship), LPD (amphibious transport dock

ship), and LSD (dock landing ship) class of

ships. EMUT CLSM antenna installations are

included in the budget profile as a project

under the Enhanced Position Location Reporting

System–Data Radios (EPLRS-DR) program.

Nomenclature: AN/SRC-60.

Developers



Enhanced Position Location Reporting System – Data Radios (EPLRS-DR): AAP

Status

O&S


SSP18M0

DITPR-DON # 19545


EPLRS-DR replacement provides up to 5

megabits (Mb) digital internet protocol (IP)

data path between command elements aboard

ship and Marine networks ashore. Additionally,

EPLRS-DR provides the position location

information of each radio, which is used to

track and identify unit movement within the

operational area for situational awareness.

The EPLRS-DR upgrade (AN/SRC-60 A

(V)1 and AN/SRC-60 A (V)2) will modify the

EPLRS-DR rack to accommodate two PRC-

117G radios in an operational environment to

deliver interoperability between the EPLRS-

DR and AN/PRC-117G radios connected via

the MAGTF router to meet USMC capabilities.

This capability will allow ship-to-shore data

link capabilities and high very high frequency

(VHF) capability when conducting U.S. Africa

Command (AFRICOM) missions as well as

additional UHF requirements to be supportable.

Nomenclatures: AN/SRC-60 A; AN/VRC-114.

Developers



Fleet Systems Engineering Team (FSET)

Resource Sponsor N2/N6 FP1

SSP6R01

FSET was established to meet the Fleet's

demand for system-of-systems subject-matter

experts (SMEs) and skilled command, control,

communications, computer, intelligence,


engineers. FSET provides advanced technical

skills to assist Fleet commanders with

PEO C4I



62

operation and maintenance of sophisticated

C4ISR technology. Engineers provide daily,

on-site assistance with troubleshooting,

casualty restoration and training, and serve

as senior technical advisors to numbered

Fleet, Carrier Strike Group (CSG), Destroyer

Squadron (DESRON), and Amphibious Squadron

(PHIBRON) staffs. FSEs provide SME services for

integrated combat management systems and

Ballistic Missile Defense C4I readiness, virtual

security technologies, Navy link architectures,

and speed to capability assistance for a wide

variety of missions, ranging from humanitarian

assistance and/or disaster relief to major

combat operations.


Global Command and Control Systems – Joint (GCCS-J): Project

Status

Functional


SSP50J0

GCCS-J is the DoD's C2 program of record

(POR). It is managed by Defense Information

Systems Agency (DISA) and supports joint

staff, combatant commands (COCOMs),

and subordinate commands by providing a

common C4I system, status of forces, and

support for national security decision making,

force preparation and operational planning

execution. GCCS-J has three baselines: Status

of Resources and Training System (SORTS),

Joint Operational Planning and Execution

System (JOPES), and Global. Navy only fields

GCCS-J Global, which delivers integrated

imagery and intelligence (I3) and common

operational picture (COP) capabilities.

GCCS-J service offers vital connectivity to

systems used to plan, execute, and manage

military operations for both joint and multinational

operations. GCCS-J fuses select C2 capabilities

into a comprehensive, interoperable system

by exchanging imagery, intelligence, status

of forces, and planning information. GCCS-J

is focused on meeting emerging operational

needs through sustainment and synchronization

support to operational baselines (Global and

COP I3) and SMEs to assist with critical

operation and the GCCS-J family of systems.

Nomenclature: AN/USQ-183A.

Developers



High Frequency (HF) Legacy: Project High Frequency Radio Group (HFRG): ACAT III

Status

Functional (HF Legacy),

O&S (HFRG)


SSP18F


HF Legacy provides reliable voice and data

connectivity for tactical and strategic users in

the 2 through 30 megahertz (MHz) frequency

range. HF Legacy can support LOS and beyond

line of sight (BLOS) communications. Systems

have been fielded for more than thirty years and

have no planned replacement.

Nomenclatures:

• HF Antenna Tilting Group (HF Tilt): OA-9242/3(V)X

• HF Legacy Antennas: AS/OE series, Light Weight Communication Antenna (LWCA),and Mass Clamp Current Probe (MCCP)

• HF Legacy Couplers: AN/SRA-49 Rx AN/SRA-56/7/8 Tx and AN/URA-38

• HF Legacy: AN/URT-23/4 Tx and R-1051/2368 Rx

• HFRG: AN/URC-109(V) and AN/URC-131(V) Tx/Rx

Developers



High Frequency Shipboard Automatic Link Establishment Radio Program (HFSAR): AAP

Status

O&S


SSP18F

DITPR-DON # 22080


HFSAR is a standalone system that provides

terrestrial ship-to-ship and ship-to-tactical

shore connectivity. It is a critical BLOS and OTH

warfighting requirement. Landing Forces relies

heavily on the HF-Automatic Link Establishment

(ALE) due to limited availability of tactical

satellite assets, channels, and bandwidth.

Nomenclature: AN/URC-146A-F.

Developers



International Maritime Satellite Program (INMARSAT): ACAT III

Status

O&S


SSP16A

INMARSAT is a commercial off-the-shelf

satellite system that provides up to 128 kilobits

per second (Kbps) diverse backup capability

via leased channels. Since 2011, INMARSAT B

functions solely as a radio telephone. INMARSAT

B is an orphaned system and services are

obsolete as of December 2016. Equipment is

in inactive equipment maintenance (IEM) status.

Ships Signal Exploitation Equipment (SSEE) Inc

F re-uses some INMARSAT B components.

Nomenclatures: INMARSAT B High Speed Data

(HSD); Nera Saturn Bm.

Developers



Iridium Enhanced Mobile Satellite Service (EMSS): Project

Status

Functional


SSP16A

Iridium EMSS is a lightweight, handheld

narrowband digital handheld system terminal

(HHST) designed to provide global secure voice,

short burst data, router-based unrestricted

digital interworking connectivity solution,



paging, and Distributed Tactical Communication

Systems (DTCS), also known as Netted Iridium).

Nomenclatures: Iridium EMSS; PCS 9505.

Developers



Joint Communications Support Element (JCSE) Modernization: Project

Status

Functional


SSP28D0

JCSE is a FRD pass-through with program

management oversight at JCSE Command

at MacDill Air Force Base. JCSE provides

personnel and equipment to establish and

maintain command, control, communications,

computers, combat systems, intelligence,

surveillance, and reconnaissance (C5ISR) to

Joint Force Headquarters for both conventional

and special operations forces and to bridge

gaps between services, DoD and non-DoD

government agencies, as well as coalition forces

as directed. JCSE innovation efforts are funded

to provide for those capabilities as mandated by

the Chairman of the Joint Chiefs of Staff (CJCS).

Resultant innovative efforts support both land

and maritime operations for both Navy and

Marine components as whole.

Developers



Link 11 Legacy Data Terminal Set: Project

Status

Functional


SSP60R1

Link 11 Legacy Data Terminal Set provides

high speed computer-to-computer exchange

of digital tactical information using radio

communications in HF and UHF bands among

tactical data system (TDS) equipped ships,

aircraft, and shore sites. Link 11 is one of many

systems that enable this capability.

Nomenclature: AN/USQ-125.


Meteorological and Oceanographic (METOC) Surface-Based Atmospheric Sensing Capabilities (SASC): Project

Status

Functional


SSP84P0

DITPR-DON # 5644-SWR


The METOC SASC mission provides aviation

safety meteorological systems and equipment

for Naval Air Stations and remote operating

locations worldwide. METOC also supports Naval

Meteorology and Oceanography Command

(NAVMETOCCOM) Resource Protection mission.

The Automated Surface Observing Systems

(ASOS) provides meteorological sensing support

to meet National Airspace System air traffic

control (ATC) requirements. ASOS is a National

Weather Service (NWS) system used by the

Federal Aviation Administration (FAA) and

Navy under a joint agency memorandum of

agreement. The Supplemental Weather Radar

(SWR) (AN/FPS-131A) provides weather radar

coverage in areas not covered by the NWS Next-

Generation Radar (NEXRAD) Doppler Weather

Radar System. The AN/UMQ-5 wind measuring

set is a legacy wind sensor in use at naval

airfields to provide additional touchdown wind

for ATC use.

Nomenclatures: AN/FPS-131A.

Developers

Enterprise Electronic Corporation (EEC) - SWR

National Weather Service (NWS) - ASOS


Navigation Sensor System Interface (NAVSSI AN/SSN-6(V)): ACAT IVT

Status

O&S


DITPR-DON #18604


The NAVSSI program's main function is

the collection, processing, integration, and

distribution of navigation data to weapon

systems, combat support systems, C4ISR

systems, and other information system users.

These systems depend on NAVSSI to provide

critical positioning, navigation, and timing (PNT)

data.

Nomenclature: AN/SSN-6A–H, J, L.

Developers



Navy Extremely High Frequency (EHF) SATCOM Program (NESP): ACAT IC

Status

O&S


SSP14B

DITPR-DON # 18631


NESP provides netted, broadcast, point-to-point

(PTP) communications required to enable anti-

access/area denial (A2AD) communication.

NESP provides critical mission bandwidth for

Missile Defense Agency (MDA), Ballistic Missile

Defense (BMD), Submarine Special Operations

Forces (SOF), Tomahawk Strike Network (TSN),

Nuclear Command and Control (NC2), and

national strategic missions.

Nomenclature: AN/USC-38(V)X.

Developers



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Satellite Signals Navigation Set ( ): AAP

Status

O&S


SSP60R1

DITPR-DON # 21655


Legacy GPS shipboard receiver provides

positioning, navigation, and timing data

for numerous C2 systems aboard ship. In

sustainment, with Other Procurement, Navy

(OPN)-funded modifications being accomplished

to address obsolescence in order to extend the

programs useful life. System modifications are

being accomplished by the depot. They are to

be accomplished through attrition (e.g., when

units returned for repair), which is estimated

to complete by FY 2013.

Nomenclature: SAS/BAS SA 2112.

Developers



Submarine 2Z Cog Equipment Restoration (Sub 2Z Cog): Project

Status

Functional


SSP60R1

The Sub 2Z Cog project provides maintenance

and repair of various submarine communication

system components. The principal equipment

is normally at the end item system level. The

submarine Fleet is provided free supported

equipment. Equipment is received from

decommissioned submarines, base closures,

canceled programs, and equipment carcass

turn-ins (depot level repairables).


Super High Frequency (SHF) SATCOM: ACAT II

Status

O&S


SSP10B

DITPR-DON # 18574


SHF SATCOM equipment provides reliable,

high-capacity, and interoperable wideband

communications to naval platforms worldwide

during all levels of conflict. SHF provides

military X/Ka-band capabilities over the


(DSCS), Wideband Global SATCOM (WGS)

Military SATCOM (MILSATCOM) systems, and

C-band capabilities over commercial SATCOM

(COMSATCOM) systems.

Nomenclature: AN/WSC-6(V)X.

Developers



Tactical Variant Switch (TVS): Project

Status

Functional


SSP23H

DITPR-DON # 17606


TVS has both red and black configurations

and provides automated analog and digital

switching and control of clear and encrypted

signals between tactical voice terminals (TVTs),

encryption devices, multiplexers, modems, radio

transmitters, and receivers. It provides switching

for narrowband and wideband signaling. TVS

is a “stand-alone” switching infrastructure that

does not depend on any outside interface to

operate.

Nomenclatures: TVS AN/USQ-155; SAS/BAS

SA 2112.

Developers



Television Direct to Sailors (TV-DTS): ACAT IVM

Status

O&S


SSP10B0

TVS has both red and black configurations

and provides automated analog and digital

switching and control of clear and encrypted

signals between TVTs, encryption devices,

multiplexers, modems, radio transmitters, and

receivers. It provides switching for narrowband

and wideband signaling. TVS is a “stand-alone”

switching infrastructure that does not depend

on any outside interface to operate.

Nomenclatures: TVS AN/USQ-155; SAS/BAS

SA 2112.

Developers



Ultra High Frequency (UHF) Legacy and Miniaturized Demand Assigned Multiple Access (Mini-DAMA): AAP

Status

O&S


SSP0BE1

DITPR-DON # 5491, 23766, 22559

Mission AreaWMA–Net Centric (NC) and Force Support (FS)

The UHF Legacy Communications Systems

Portfolio includes over 4,200 systems and

assemblies. UHF systems provide connectivity

for C2, targeting, and intelligence networks over

narrowband UHF SATCOM. The legacy program

supports the exchange of secure battle group

coordination data, organizational messaging,

tactical data, and voice over UHF SATCOM

via DAMA over 5/25 kilohertz (kHz) channels.

UHF Legacy communication LOS systems also

support A2AD by providing a redundant or

overlapping form of communication in case

U.S. satellites are targeted by threat nations.

The systems support Maritime Operational

Center System of System Engineering and are

installed on Aegis Ashore Sites.



Nomenclatures:

• UHF LOS: AN/GRC-171; AN/SRA-62; AN/URC-93; AN/USQ-122; AN/WSC-3; AS-1735/SRC; AS-2810; AS-390A/SRC; OA-9123/SRC; OA-9277A; TD-1271

• UHF SATCOM: AN/USQ-145; AN/WSC-3; Fleet Broadcast AN/SSR-1; OE-570; OE-82; SSA

• UHF LOS Mini-DAMA: AN/USC-42; AN/USC-54; TD-1271

• UHF SATCOM ARC-210: AN/SRC-27; AN/SRA-62; AN/SRC-58; AN/SRC-62; AN/SRC-64; AN/SRC-65

Developers



Wireless Reach Back System (WRBS): AAP

Status

O&S


SSP60R1

DITPR-DON # 21897


The WRBS capability, formerly known as

Expanded Maritime Interception Operations

(EMIO), provides a secure wireless transmission

system capable of transmitting EMIO specific

data from visit, board, search, and seizure

(VBSS) teams aboard the target vessel to the

on-scene command (OSC) ship, obviating the

use of the Rigid Hull Inflatable Boat (RHIB) as

a data transport medium during EMIO.

Nomenclature: AN/SSQ-131.


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SPAWAR 1.0Comptroller

OverviewSPAWAR 1.0 provides accurate, timely, and valued financial services across SPAWAR and DON by consolidating, standardizing, and establishing common financial data, definitions, procedures, and tools. All comptroller services are performed in a transparent, open-books fashion that builds understanding and trust with customers and stakeholders. Furthermore, SPAWAR 1.0 aligns, educates, mentors, and promotes the financial management community by enhancing both their professional competency and personal opportunities across the entire financial management enterprise.

Budget

Provides SPAWAR budget formulation,

justification, and execution services. Provides

guidance and direction on the principles,

policies, and procedures for preparation

and administration of SPAWAR's budget

submissions as assigned by law, instruction,

and regulations.

Business and Financial

Management

Provides business and financial management

support to acquisition and non-acquisition

programs. Promotes and manages a

common set of business and financial tools,

best business practices, and policies.

Cost Estimating and Analysis

Provides comprehensive cost analysis support

and earned value management (EVM) analyses

for all acquisition, non-acquisition Pre-

milestone A, rapid deployment capability, and

special interest programs. To achieve this level

of support, System Command (SYSCOM) cost

organizations, as the cost competency leads,

will oversee program executive office (PEO),

and program manager defined cost analysis,

estimating, and EVM analyses.

Financial Control

Provides daily top-notch accounting services

to customers by ensuring timely and accurate

support that meets financial compliance

objectives, standardization goals, and

auditability requirements. Accounting services

include payroll, travel, vendor pay, billing and

collections, foreign military sales, general

ledger analysis and financial reporting, and

financial accounting for assets.

Financial Improvement and

Audit Readiness

Provides financial audit response planning,

execution, and reporting while promoting and

sustaining financial management improvements

for SPAWARSYSCOM in coordination of

Assistant Secretary of the Navy (ASN) Financial

Management and Comptroller (FM&C).

Financial Management Policy

and Human Capital

Provides expert knowledge in financial

regulations and policies and acts as the

primary interface with ASN(FM&C) financial

management policy for all human capital topics.

Financial Management Systems

Provides technical and functional support for

financial applications, databases, and systems

used by the SPAWAR financial management

community.

Program Objective Memorandum

(POM) Coordination

Serves as SPAWAR centralized point of contact

for all programming activities with Office of the

Chief of Naval Operations (OPNAV) resource

sponsors.

Funding SourceCommand and Administration (C&A)

Source: SPAWAR 1.0

Chief Engineer | SPAWAR 5.0


SPAWAR 2.0Contracts

Overview

The SPAWAR Contracts competency provides

dedicated contracting officers and supporting

staff to perform contracting functions for

program executive offices (PEOs), program

offices, and project managers across the

organization.


Source: SPAWAR 2.0

SPAWAR 3.0Office of Counsel

Overview

The SPAWAR Legal competency consists of

the SPAWAR Headquarters Office of Counsel

as well as the counsel offices within the

SPAWAR Systems Centers Atlantic and Pacific.

The SPAWAR Office of Counsel is responsible

for providing legal services to SPAWAR in the

areas of acquisition law, including international

transactions, business and commercial law, real

and personal property law, intellectual property

law, fiscal law, civilian personnel and labor

law, environmental law, standards of conduct

and ethics, Freedom of Information Act and

Privacy Act programs, command legal advice

issues, law pertaining to cyberspace, and other

legal services as may be required to support

SPAWAR's missions. The SPAWAR Office of

Counsel falls under the cognizance of the DON

General Counsel.


Source: SPAWAR 3.0

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SPAWAR 4.0Logistics

OverviewSPAWAR 4.0 provides governance for logistics, installations, and Fleet support efforts in support of program executive offices (PEOs), program managers, business units, and other customers. 4.0 is the single process owner for all logistics, installations, Fleet support, and military construction (MILCON) command, control, communications, computer, intelligence, surveillance, and reconnaissance (C4ISR)/information technology (IT) integration policies, processes, tools, and output metrics.It is responsible for the professional development and work assignment of individuals within the competency to ensure that sound logistics and Fleet support principles are applied and practiced throughout the program life cycle.

Funded Work EffortsInitial Spares

Readiness and Logistics Support

Initial Spares


SSP79B0

The Initial Spares requirement funds all onboard

allowances, installation, check-out kits, and

depot stock to support new C4ISR system

procurements during the interim support period.

The Initial Spares include interim spares and

repair parts for recently introduced equipment.

The spares do so without adequate demand

history or using prescribed weapons utilization

rates as well original manufacturer failure rate

analysis. All spares requirements are developed

using validated and accredited sparing models.

Source: SPAWAR 4.0

Readiness and Logistics Support


SSP60R0

Readiness and Logistics Support provides

centralized integrated logistics support (policies,

processes, tools, and metrics) to PEO (C4I/EIS/

SPACE) product lines.

Readiness and Logistics Support enables:

• acquisition and sustainment logistics

• CASREP (casualty report) data management

• centralized management of technical manuals

• distance and in-service support

• Fleet training oversight

• installation management afloat and ashore

• integration of military construction (MILCON)/command center modernization activities

• supply chain management

Source: SPAWAR 4.0

Chief Engineer | SPAWAR 5.0


SPAWAR 5.0Chief Engineer

OverviewSPAWAR 5.0 serves as the Navy’s Chief Engineer and technical authority for command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR) systems. The competency provides the engineering technical leadership for innovative and interoperable solutions for warfighters.

Funded Work EffortsAUSCANNZUKUS C4

C4ISR Architecture and Integration

CHENG

CWIX

FORCEnet

Australia, Canada, New Zealand, United Kingdom, and United States (AUSCANNZUKUS) C4


SSP28A0

The AUSCANNZUKUS C4 program provides

the exchange of operational and technical

information to improve coalition interoperability

relating to maritime information warfare (MIW)

between shore, ship, air, and submarine

platforms. The program encompasses C4ISR;

electronic warfare (EW); positioning, navigation,

and timing (PNT); cyber warfare as well as the

enhancement of the U.S. Battlefield Information

Collection and Exploitation System–eXtended (US

BICES-X) technologies and their interoperability

over maritime tactical networks. In addition to

the North Atlantic Treaty Organization (NATO)

and Partnership for Peace (PfP) countries,

information is exchanged with Australia,

Canada, New Zealand, the United Kingdom, and

the United States (AUSCANNZUKUS) collectively

under the auspices of the Multilateral Master

Military Information Exchange Memorandum

of Understanding.

Source: SPAWAR 5.0

C4ISR Architecture and Integration


SSP53D0

SPAWAR Chief Engineer Research, Development,

Test, and Evaluation (RDT&E) funds for C4ISR

systems engineering in support of information

technology (IT) acquisition, decision support

(such as development of the Navy enterprise

architecture), and conduct of DoD mandated

systems engineering technical reviews (SETR).

It provides independent technical authority,

standards, and architectures. C4ISR architecture

and integration reduces risk (programmatic,

technical, cost, requirements, interoperability,

and security) and contributes to Navy Task

Force Cyber Awakening, Operation Rolling Tide

Mitigation, Data Center Consolidation, and Joint

Information Environment efforts. Chief of Naval

Operations (CNO) and Assistant Secretary of the

Navy (Research, Development, and Acquisition)

ASN(RD&A) Joint Letter dated October 9, 2012

and subsequent decisions directs SPAWAR to

implement Navy-wide IT technical authority

beginning in October 2013.

Source: SPAWAR 5.0

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Chief Engineer (CHENG)


SSP60Q0

CHENG supports systems engineering of

integrated C4ISR, space, and IT products

to the Fleet and provides multi-year Fleet

modernization planning and testing to deploying

Carrier Strike Group, Expeditionary Strike Group,

and shore facilities. CHENG supports creation of

policies, standards, and technical guidance to

coordinate and consolidate shipboard network

updates across Navy programs. CHENG ensures

interoperability and information assurance (IA)

among all products in naval, joint, and coalition

environments. It also modifies and refines naval

and DoD interoperability and IA standards

through analysis and participation in DoD and

industry standards forums.

The Chief Engineer Navy Cybersecurity

Department (NCD) supports CNO directed NCD

and Cybersecurity Safety (CYBERSAFE) tasks

for SPAWARSYSCOM.

Responsibilities include:

• supporting the increased requirements due to the implementation of Risk Management Framework (RMF)

• performing cybersecurity assessments and responses

• providing cybersecurity element certification

• providing cybersecurity platform certification

• strike group cybersecurity certification, reducing risk and result in improved warfighter operational readiness

Joint Regional Security Stack (JRSS) supports

program executive offices (PEOs) and PMWs

by providing engineering services required

to migrate excepted networks (designated

by Fleet Forces Command as networks that

cannot utilize Navy Marine Corps Intranet

(NMCI) transport or IA infrastructure) from

their current boundary protection capabilities

to those provided by JRSS.

Source: SPAWAR 5.0

Coalition Warrior Interoperability eXploration, eXperimentation, eXamination, eXercise (CWIX)


SSP53B0

CWIX supports Navy involvement in joint and

coalition interoperability trials, joint end-to-

end prototyping trials, and joint/coalition

interoperability demonstrations, assessments,

metrics, and studies.

The Navy provides funding to the general CWIX

operating budget and participates by operating

a Navy demonstration site.

Source: SPAWAR 5.0

FORCEnet


SSP03A0

FORCEnet conducts portfolio health

assessments (PHA) that evaluate system-of-

systems processes to identify warfighting gaps

and compare solutions. FORCEnet supports

PHAs of Navy mission areas and identifies

gaps in information warfare (IW) capabilities

by integrating warriors, sensors, command

and control, platforms, and weapons into

a networked distributed combat force. In

addition to supporting vignettes, technical

baselines, architecture products, and decision-

making processes, the underlying premise of

FORCEnet’s power is its exponential network

effect. CNO IW efforts focus prioritization and

organizational responsibility for information

warfare, cyber, intelligence, and sensors

resulting in increased scope of systems,

platforms, and mission areas.

Source: SPAWAR 5.0

Program Management | SPAWAR 6.0


SPAWAR 6.0Acquisition and Program Management

Overview The Acquisition and Program Management (PM) competency provides three types of products and services: 1) acquisition and PM personnel development and certification 2) direct support to programs and projects, to include providing contracted PM services and support for the PM aspects of the contracting process, and 3) Security Cooperation activities to include Foreign Military Sales support and other Security Cooperation activities.

PM Competency Development

The PM Competency Development Group

(SPAWAR 6.2) provides the SPAWAR acquisition

workforce with program/project management

training and career field development guidance

to enable timely attainment of required Defense

Acquisition Workforce Improvement Act (DAWIA)

certifications.

SPAWAR 6.2 oversees the PM career field

certification process to ensure consistency

among approval authorities and also functions

as the head recorder for SPAWAR slates.

Acquisition and PM Personnel

and Support

The Acquisition and PM Personnel and

Support Group (SPAWAR 6.3) provides a

common acquisition and program/project

management framework for SPAWAR and its

associated Program Executive Offices (PEOs),

program of records, and projects. Products

and services include acquisition and PM

policy, guidance, common tools, processes,

and services. Acquisition and scheduling service

offerings provide subject-matter experts to

design, guide, and implement practices and

tools best suited to the need, as well as

embedding experienced practitioners to supply

the necessary resources to perform these

functions. In addition, no cost assessments of

current program(s) schedules and practices are

provided. Acquisition references and templates

(with examples) are provided via the Acquisition

Program Structure Guide (APSG) milSuite site

(https://www.milsuite.mil/book/groups/aps).

SPAWAR 6.3 is also leading the development

of the SPAWAR Cybersecurity Master Plan,

which provides strategic awareness of critical

cyber-specific architectural, developmental,

acquisition, evaluation, and support initiatives

at SPAWAR.

Contractual Support

Additional Program Support is provided by the

Contractual Services Group (SPAWAR 6.1),

which focuses on the contracting officer’s

representative’s management of its existing

executive and PM Support Services contract,

fulfillment of the contractual services manager

(CSM) role and associated responsibilities for

Commander SPAWAR, assistance with new

acquisitions of contracted services throughout

the pre-award life cycle, and support with

services acquisition processes and tools.

This support is provided to programs and

competencies and includes developing and

providing standard performance work statement

language, standard Sections L and M language,

coordination of Deputy Assistant Secretary of

the Navy for Acquisition and Procurement

(DASN (AP)) contractual services guidance

for review and implementation, and services

acquisition training.

Security Cooperation

The Systems Command (SYSCOM) Security

Cooperation Office (SSCO) (SPAWAR 6.4)

serves as the SPAWAR point of contact for

common tools, processes, and services to

support international SPAWAR engagements.

The SSCO is the SPAWAR contact for exploring

cooperative options and building agreements

providing policy, financial, and personnel

development advocacy and oversight. It is U.S.

policy to facilitate the common defense by

entering into international arrangements that

further cooperative exchange of data, research,

development, production, procurement, and

logistics. SSCO provides support for a wide-

range of Security Cooperation efforts such as

foreign military sales, international training,

exploratory discussions, military student

exchanges, and more.

Funding SourceCommand and Administration (C&A), Foreign Military

Sales (FMS) Administrative

Source: SPAWAR 6.0

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SPAWAR 7.0Science & Technology (S&T)

OverviewThe Science and Technology (S&T)competency features scientists, engineers, and managers focused on discovery, invention, advanced development, experimentation, and technology transition. Competency employees possess the skill sets critical to developing and transitioning technology to solve naval, joint, interagency, and coalition science and technology gaps. SPAWAR 7.0 forges external partnerships with S&T and advanced-development communities in industry, academia, and government, as well as participates in S&T and advanced development forums and collaborates with external S&T organizations.

Research AreasAssured Communications

Autonomous Systems

Cyber Warfare

Data Science and Analytics

Electromagnetic Spectrum Effects

Embedded Systems

Human System Interface

Improved and Persistent Sensing and Awareness

Mobility

Position, Navigation, and Timing

Power and Energy Efficiency for C4ISR

Assured Communications

The Assured Communications Research

Area addresses the increasing demand for

voice, multimedia, and data transmission

through wired and wireless communications

systems, often in challenging environments.

This area of interest focuses on technologies

that explore transmission methods and

datalinks, enabling greater information

bandwidth, increased security, range, power

and efficiency. This focus area includes

networking technologies that promote stable

and efficient networks. Networking techniques

such as application awareness, resilient routing,

and attack tolerance are included as a part

of this technology focus. This focus area

also includes research into alternatives to

traditional satellite communications such as

nanosatellites, unmanned vehicles, and optical

communications.

Research being conducted:

• Develop and demonstrate reduced hardware footprint payloads.

• Develop antenna architecture to allow for more compact and cost effective antennas.

• Significantly improve the performance of devices and technology that utilize high temperature superconducting materials.

• Improved capability for in-house fabrication of prototype electronic, photonics, and microelectromechanical systems (MEMS) devices.

• Provide software-defined radio training and experience with an in-depth overview of Universal Software Radio Peripheral (USRP)/GNU Radio and other software packages with which it interfaces.

• Research the effectiveness of mechanical modulation techniques in antennas.

• Demonstrate an advanced technology to transmit and receive order wire messages between operational sites.

• Investigate non-foster matching circuit technology to enhance antenna design. Develop a scheduling system to allow small satellites to provide persistent communications.

• Research utility of quasi-static magnetic fields around a transmitting coil to create a magnetic field that resonates within the near field.

• Create software-defined radio (SDR) waveform that extends the radio frequency (RF) network using media access control algorithms and mobile ad hoc network (MANET) routing for tactical wireless communications.

• Modify an SDR to enable more cost-effective radio platforms. The solution is to utilize commercial off-the-shelf (COTS) hardware products, government

Science & Technology (S&T) | SPAWAR 7.0


off-the-shelf (GOTS) software, and open-source software wherever possible. The Low Cost Reference Radio will run Joint Tactical Radio System (JTRS) waveform applications.

• Demonstrate Broadband Meshable Data Link (BMDL) in an operationally relevant exercise to outperform conventional networks’ “best-effort” data delivery modality through patented algorithms and protocols, resulting in higher aggregate bandwidth, low latency, high throughput, autonomous adaptation, and sustained link/network health.

Autonomous Systems

The Autonomous Systems Research Area covers

the techniques that can be applied to systems,

enabling them to adapt their actions to changes

in their mission and operating environment

without the intervention of a human operator.

Autonomous systems typically use embedded

sensors and onboard processing to survey

the environment and make course changes

or changes to their initial objective based

on the situation they encounter. Autonomy

can also extend to managing sensor and

communications systems and processing

collected sensor data. This area can also include

the planning and mission management systems

used to control autonomous systems as well

as the algorithm and control mechanisms that

support of swarming and other cooperative

autonomous behavior.


• Demonstrate the proof of concept of using a mounted microphone to track the position of nearby autonomous air vehicles.

• Add autonomous capability to the USMC assault amphibious vehicle (AAV); working with Naval Surface Warfare Center Panama City Division (NSWC PCD) to develop a prototype AAV.

• Test a novel natural language processing (NLP) approach in programming a quadcopter’s operation.

• Demonstrate a solar-powered quadcopter with autonomous capability.

• Develop improved algorithms to address motion detection for unmanned

vehicle applications and intelligence, surveillance, and reconnaissance (ISR) systems.

• Develop an advanced tether management system for use with small tethered unmanned aerial vehicles (UAVs).

• Utilize answer set programming (ASP) and develop the structure required to gain quick access to a significantly larger amount of data during the planning process and find a solution for resource allocation problems.

• Research and build epistemic logic problem solvers that can solve problems currently unsolvable.

• Utilize in house designed software code software to convert sensor data into a common language and “visualize” the sensor outputs.

• Investigate the ability to integrate unmanned vehicles running a GOTS developed autonomous pathing algorithm, to interoperate several vehicles at the same time.

Cyber Warfare

The Cyber Warfare Research Area is perhaps

the most broadly defined and includes the

subcategories of information technology in

a security context: design, development,

validation, assessment/testing, deployment, and

operations. There are a wealth of technologies

and capabilities that are used in this domain.

Examples include the protection of information

on single and multilevel systems, identity

management, and forensics.


• Provide inference tools to automatically make decisions concerning rapid response cyber defense situations.

• Train center engineers and scientists from multiple competencies in the use of network forensics and analysis, and incident response to enhance their security system engineering skills.

• Continue to develop the capability to characterize the risk to systems posed by malicious mobile applications.

• Explore the potential of quantum devices and systems to enhance security.

• Design, build, and test a superconducting cavity clock.

• Characterization of network traffic using deep belief neural network techniques to process real time network data.

• Researching the capabilities of the software-defined networking tools to provide a less-expensive alternative to building up a private, secure networking infrastructure while enhancing reliability of communications between sites.

• Facilitate a cyber defense competition between South Carolina high schools and South Carolina universities by training teams to operate a small network while protecting the network infrastructure from red team attacks.

• Established cybersecurity summer camps for students and teachers to understand cyber activities ranging from computer network defense, engineering and robotics, digital forensics, and cyber programming.

• Participate in a Collegiate Cyber Defense Competition exposing undergraduate and graduate student teams to a live network in which they must operate and defend while being capable of conducting safe, contained, and controlled, offensive cyber mission operations in an isolated network environment.

Data Science and Analytics/

The Data Science/Analytics /AI Research Area

includes technologies that enable access and

management of large quantities of data in

structured and unstructured forms. The data

includes access to real time, near real time,

and stored information to derive value. This

technology area includes innovative forms of

information processing and analytics to provide

insight into a data-driven complex solution

space. Technologies also include approaches

for data storage, proliferation, retrieval, and

replication. Data sciences/analytics involve

data and metadata structures, algorithms,

and behavior, which store, process, access,

and communicate information. This research

area also includes the application of artificial

intelligence techniques (algorithmic, heuristic,

and machine/deep learning).

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• Develop and analyze state of the art agent-based planning algorithms using assumption relaxation techniques.

• Continue development of AI resource allocation tool for applications to Navy operations planning.

• Research opportunities in data analytics focusing on intelligence analysis, big data fusion and processing, complex networks and graphs, machine learning, artificial intelligence, unstructured text and natural language analysis, socio-cultural behavior analysis, biometrics, image and video understanding, business, and predictive analytics.

• Researching open-source analytics algorithms employing a user-centered design strategy, which produced social network analysis, entity extraction, sentiment and stability analysis, geographic visualization, and a recommendation engine.

Electromagnetic Spectrum Effects

The Electromagnetic Spectrum Effects Research

Area pursues objectives that are critical for

operations in the full range of contested

environments, including the electromagnetic,

space, and undersea domains. Enabling the

rapid and effective development, evaluation,

and execution of effects that span multiple

domains research challenges include providing

agile electromagnetic spectrum operations, LVC

testing of interoperability, sharing data across

networks, understanding network effects of

electromagnetic maneuver warfare.


• “Orthorhombic boron nitride” (o-BN) is potentially a superior material replacement for gallium nitride (GaN) for application towards high-power and high-frequency electronics and radar systems currently used in a variety of U.S. Navy platforms.

• Continue to mature, via live virtual construction (LVC) environment experiments, the model for geographically dispersed sensor

systems to share data for cooperative engagement.

• Advance the accuracy of U.S. Navy models for atmospheric propagation.

Embedded Systems

The Embedded Systems Research Area

encompasses computer systems that perform

a particular function within a larger system

without direct human interactions. Operation of

these systems is often in real time. Due to this

demanding, small form factor implementation,

processor throughput, memory management,

and power-efficient software implementation

are critical. A specialized understanding is

required in the use of field-programmable

gate arrays, digital signal processors, and

Advanced Reduced Instruction Set Computer

(RISC) Machines, either individually or in

conjunction with each other or with general-

purpose processors. Efficient memory use

and programming practices will require the

ability to develop application code often tailored

to reduce the number of processor cycles.

Embedded systems are robust and must often

perform their functions in forward-deployed,

remote and energy-sparse locations. As a result,

energy generation and harvesting are often part

of the integrated system as well as onboard

advanced sensor packages.


• Develop formal methods techniques applicable to problems presented in domain specific languages to reduce the inherent difficulty associated with working with formal reasoning tools; such that subject-matter experts can leverage the power of these tools with minimal assistance from formal methods experts.

• Applied commercial software-defined radio technology in order to meet size, weight and performance constraints of air payloads.

Human System Interface

The Human System Interface Research Area

seeks to improve warfighter performance,

effectiveness, and efficiency in operational

situations. Specific research challenges include

executing user-centered design processes,

human-systems integration, and development

of model-based simulation technologies

especially using live, virtual, or constructive

elements.


• Understand cognitive workflow during integrated fires scenarios and develop decision support tools to improve human-machine performance for integrated fires battle management activities.

• Measure critical behavioral factors to characterize the human ability to interact with current cyber tools and perform in-network defense operations. Metrics will be created and recorded to enable a scientific basis for future user-centered design for cyber human operator situation awareness.

• Research has examined bio-engineered systems to exploit understanding of neurocognitive processes to enhance combat system design. Improving situational awareness has been researched by identifying novel biomarkers useful for measuring cognitive load of a warfighter.

• Research conducted to incorporate the human element into design and control of autonomous and robotic systems.

• Multi-touch audiovisual control systems have also been developed for command and operations centers that have significantly advanced control system interfaces to take full advantage of their state-of-the-art hardware with the latest in multi-touch user interface research.



Improved and Persistent Sensing and Awareness of the Battlespace

Improved and Persistent Sensing and

Awareness of the Battlespace develops and

leverages technologies to increase capability

and capacity in sensor collection and processing

performance across multiple spectral bands in

all operational domains.


• Provide capability to accurately model electro-optical systems in highly scattering environments (e.g., fog and haze).

• Improve Navy capabilities for characterizing optical channels through the atmosphere.

• Examine options for enhanced underwater communications. Evaluate the production and application of novel materials for application to new sensor systems.

• Provide a practical study and overview of the latest challenges associated with emerging areas in the rapid prototyping of microsensors in various domains.

• Reduce operator manpower needs, increase operational capability, and offer identification of critical features in rapidly-changing sensory inputs.

• Apply the mathematics of geometry and topology to characterizing data.

Mobility

The Mobility Research Area focuses on

providing solutions that provide a dynamic

mobile environment anytime and anyplace. This

research area includes the wireless technology

and infrastructure to connect and authenticate

to the enterprise while enforcing enterprise

specific security policies on mobile devices

to access enterprise data. Interest areas are

composed of the following: communication

infrastructure (3G, 4G LTE, 5G, 802.11x, etc.),

network infrastructure (routers, switches,

firewalls, etc.), mobile devices (smart phones,

tablets, laptops, etc.), mobile device managers,

identity management, network access and

authentication, software development (e.g.,

Android, iOS), device security, localization, and

power systems/sources.


• Create a process to add a mobile device and application into a mobile device manager service. Attach the device to a management system and deploy a secure mobile application to the device that is able to access data sources.

• Utilize next generation over-the-air (OTA) provisioning techniques, which mitigate issues in current commercially adopted OTA provisioning protocol known as Simple Certificate Enrollment Protocol (SCEP).

Position, Navigation, and Timing

The Position, Navigation and Timing Research

Area seeks to develop techniques to provide

global positioning system (GPS)-independent

positioning, navigation, and timing (PNT)

solutions, which maintain fully functional

communications and networks.

Inertial sensors, navigation aids, and algorithms

are being researched.


• Develop a gyroscope based on MEMS technology.

for C4ISR

Energy is essential for every Navy and USMC

system and platform. Reducing energy demand

saves money, is good for the environment, and

enables increased mission duration with less

need for refueling and the risk associated with

those activities.

Focus areas include increasing the power

efficiency of command, control, communications,

computers, intelligence, surveillance, and

reconnaissance (C4ISR) gear, reducing the

weight of tactical equipment, developing

diverse methods of power generation and

energy harvesting and developing reliable and

durable power sources for unmanned systems.


• Foster the transition of microbial fuel cell technology to operational applications.

• Develop a polymer electrolyte membrane fuel cell for naval applications.

Source: SPAWAR 7.0

PEO C4I



76

SPAWAR 8.0Corporate Operations

OverviewSPAWAR 8.0 is service-based and provides support to operate Team SPAWAR through sub-competencies to ensure overall success of day-to-day business operations across all SPAWAR business units: Total Force Management, Information Technology Management, Command Operations/Support, Corporate Strategy, Corporate Communications, Public Affairs, Human Resources, and Equal Employment Opportunity Program.

Funded Work EffortsSPAWAR Command and Administration Support

SPAWAR Salaries

SPAWAR Command and Administration Support


SSP60K0

Command and Administration funds the

SPAWAR HQ core business and management

operations by providing a wide range of

capabilities and resources from which to

conduct business. Key core elements include

financial and comptroller, contracts, counsel

(legal), and corporate operations competencies

(public affairs, congressional liaison, total force

manpower, corporate information technology,

human resources, and command staff and

support). This does not include HQ or Program

Executive Office Military Personnel (MILPERS)

or Civillian Personnel (CIVPERS) salaries.

Source: SPAWAR 8.0

SPAWAR Salaries (HQ/PEOs)


SSP60L0

SPAWAR Salaries supports government

civilians and MILPERS (Military Personnel,

Navy (MPN) and Reserve Personnel, Navy

(RPN)) who execute program responsibilities

within SPAWAR and hosted program executive

offices (PEOs). Positions include contracting

officers, comptroller, counsel, engineering,

logistics, program managers, assistant program

managers, and other positions (does not include

Navy Working Capital Funded CIVPERS and

MILPERS).

Programs will absorb 20 percent HQ reduction

and are undergoing phased downsizing

throughout FY 2019 to meet requirements.

Source: SPAWAR 8.0



SSC LANTSPAWAR Systems Center Atlantic

Overview

SSC LANT delivers information warfare

capabilities, technologically advanced, and

cutting edge information technology systems

and solutions to fulfill Fleet needs and defeat

modern day threats.

SSC Atlantic leads the DON in the acquisition,

development, and rapid delivery of command,

control, communications, computer, intelligence,


information warfare solutions, advanced

cyber capabilities, and business systems for

the warfighter.

SSC LANT's work is shaped by requirements

that demand research and engineering with

the goal of delivering the operational advantage

gained from fully integrating naval information

functions, capabilities, and resources to

optimize decision making and maximize

warfighting effects. SSC LANT delivers the

products and solutions that help customers

accomplish their missions today and into the

future, and most importantly, enable warfighters

to secure America and promote global freedom.

Source: SSC Atlantic

PEO C4I



78

SSC PACSPAWAR Systems Center Pacific

OverviewSSC Pacific provides the U.S. Navy and military with essential capabilities in the areas of command and control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR), cyber, and space.

Funded Work EffortsCode 535, Interoperability/

Information Systems Code 535, Interoperability/Information Systems


SSP59A0

SSC PAC, Code 535 provides:

• U.S. Navy with the Link 16 Network Design Facility that designs, builds, and distributes Link 16 Networks to the Fleet and Operation Iraqi Freedom/Operation Enduring Freedom.

• Navy representation for Joint Staffs Joint Network Design Team.

• Navy Standards Manager for Tactical Data Links (Link 16/11/4), Variable Message Format (VMF) (primary close air support data link), and over-the-horizon targeting (OTH-T) (Global Command and Control System–Maritime (GCCS-M)).

• Interoperability certification testing for Navy systems.

• Fleet end-to-end validation/grooming of tactical data links prior to deployment.

Source: SSC Pacific

PROGRAMS SUPPORTED BY

SPAWARThe following programs and funded work efforts are being supported by SPAWAR.


U.S. Fleet Cyber Command (FCC)/U.S. Tenth Fleet (C10F)

Fleet Sensitive Compartmented Information (SCI)

Information Technology (IT)


Naval Network Warfare Command (NNWC)

PEO for Tactical Aircraft Programs (T)



PEO C4I


Programs Supported By SPAWAR

80


OverviewThe Coast Guard is the principal federal agency responsible for maritime safety, security, and environmental stewardship in U.S. ports and waterways. The Coast Guard is a member of the intelligence community and is a law enforcement and regulatory agency with legal authorities associated with maritime transportation, hazardous materiels, shipping, bridge administration, oil spill response, pilotage, and vessel construction and operation.

Funded Work EffortsCoast Guard C4I

Coast Guard Command, Control, Communications, Computers, and Intelligence (C4I)


SSP66C1

The USCG offshore patrol cutter (OPC) will

replace USCG’s 210’ and 270’ cutters, and

will execute DoD/Navy assigned missions, (i.e.,

Maritime Interception Operations (MIO), Port

Operations Security and Defense (POSD), and

Surface Warfare (SUW)).

Funding procures Navy-type, Navy-owned

(NTNO) C4 systems, which ensures the OPC

is interoperable with the Navy, and is capable of

executing DoD assigned missions and mission

critical capabilities when USCG vessels come

under U.S. Navy operational command.

Source: U.S. Coast Guard




81

OverviewFCC serves as a central operational authority for networks, cryptologic/signals intelligence, information operations, cyber, electronic warfare, and space capabilities in support of forces afloat and ashore.

C10F's mission is to serve as the numbered Fleet for FCC and exercise operational control of assigned naval forces and to coordinate with other naval, coalition, and joint task forces (JTFs) to execute the full spectrum of cyber, electronic warfare, information operations, and signal intelligence capabilities and missions across the cyber, electromagnetic and space domains.

Funded Work EffortsCorporate Manpower

Corporate Manpower


SSP11C0

The Corporate Manpower Program contains

Military Intelligence Program (MIP) and non-

MIP funding, it resources military manpower

(active and reserve) to conduct Defense

Reconnaissance Support at the SPAWAR Space

Field Activity. These personnel help SPAWAR

field technological capabilities for cryptologic

and intelligence related organizations under the

auspices of the Director of Naval Intelligence

(DNI), Defense Intelligence Agency (DIA), the

National Security Agency (NSA), and other

groups. Fields of support include administration,

logistics, personnel administration, and service

as well as base and procurement operations.

Source: OPNAV N2/N6


PEO C4I



82

Fleet Sensitive Compartmented Information (SCI) Information Technology (IT)

Fleet SCI IT


SSP09J0

Fleet SCI IT enables Navy maritime intelligence

operations in a joint, collaborative environment

by delivering and sustaining Intelligence

Community Information Technology Enterprise

(IC ITE) compatible sensitive compartmented

information (SCI) IT network access (e.g., Joint

Worldwide Intelligence Communications System

(JWICS), Stone Ghost), infrastructure (e.g.,

cable plant, network, PC, voice over internet

protocol (IP), video teleconference (VTC)),

and core enterprise services (e.g., domain,

email, storage, information assurance (IA)/

computer network defense (CND) execution and

continuous monitoring) to Fleet forces ashore,

providing gateway interfaces between Defense

Intelligence Agency (DIA) DoD Intelligence

Information System (DoDIIS) and Navy tactical

enclaves (e.g., JWICS VTC), and providing

limited Navy intel mission application capability

to Fleet units (e.g., intel digital camera, SCI

coalition networks), aligned to information

dominance type command intelligence

readiness priorities. SCI IT enables the Navy

SCI Information Assurance Risk Management

Framework (RMF) to support the ability to issue

authority to operate (ATO) for any Navy system

that process SCI and supports an inventory of

over 1,000 Navy systems and over 700 Navy

sensitive compartmented information facilities

(SCIFs). Success of this program directly impacts

Navy Federal Information Security Management

Act (FISMA) compliance percentage scores.

Navy is required by Director National Intelligence

to stand up an SCI computer network defense

service provider (CNDSP) to enable active

monitoring and defense of Navy managed and

operated SCI Networks.

Source: Hopper Information Services Center, Office

of Naval Intelligence



83


OverviewJTNC provides coordinated wireless communications expert technical support to Under Secretary of Defense for Acquisition, Technology and Logistics (USD(AT&L)) and DoD Chief Information Officer (CIO)—related policy initiatives and governance processes aimed at ensuring interoperable, secure, and affordable waveform and wireless communications domains.

Funded Work EffortsJTNC

JTNC


SSP18P0

As part of the DoD, the JTNC supports

interoperable, secure, and cost-efficient

waveforms and wireless communication

products. JTNC manages and maintains

the DoD Waveform Information Repository

(IR), recommends standards, and conducts

compliance and certification analyses.

JTNC concurrently supports the USD(AT&L),

DoD CIO, and service initiatives by providing

technical expertise for waveform exportability

and to facilitate standardization of key waveform

interfaces. The intent is to minimize duplication

of waveform developments, increase wireless

communications software reuse, promote

effective information sharing, and integrate

command and control capabilities.

JTNC operates a cyber-hardened DoD-wide

Waveform IR that provides software code and

relevant documentation for reuse based on

legal agreements between the government

and software developers.

The DoD Waveform IR maintains an online

interface accessible for DoD Waveform IR

users (www.dodir.mil). The DoD Waveform IR

user website elements include the product

catalog, service and support, user registration,

and contact information. The site is common

access card (CAC) protected and requires

users to register with the DoD Waveform

IR. The JTNC performs technical analyses of

candidate DoD Waveform IR products that result

in preliminary characterization of these products

and as to whether they meet DoD standards

and policies for interoperable and secure joint

tactical networking. Analysis of the waveforms

is in alignment with DoD Instruction 4630.09,

Communication Waveform Management and

Standardization, dated July 15, 2015, and it

is intended to provide DoD program managers

and DoD leaders with necessary information for

deployment and reuse on new radio platforms.

The JTNC provides a validated open architecture

framework (e.g., software communications

architecture (SCA)) that identifies standard

non-proprietary interfaces that separate the

waveform/network manager software from

the radio set, permitting common waveforms

and network managers to be deployed across

multiple radio sets and vendors. The JTNC

consults all branch services and DoD agencies,

as well as the private sector, toward the

development or revision of technical standards.

Additionally, the JTNC supports various DoD

agencies overseeing the protection of critical

technologies of wireless communications

exported under commercial and/or foreign

military sales (FMS) and licenses.

Source: JTNC


PEO C4I



84

Naval Network Warfare Command (NNWC)

OverviewNNWC executes tactical-level command and control to direct, operate, maintain, and secure Navy communications and network systems for DoD Information Networks (DoDIN). NNWC assures the delivery of Navy communications and network systems DoDIN—Navy capability to naval forces globally and provides interoperable communication services that are operationally responsive, agile, and tailored to meet warfighting needs.

Funded Work EffortsSpace Manpower

Space Manpower


SSP82A1

Military billets providing Navy engineering/

acquisition expertise in support of naval space

acquisitions by SPAWAR Space Field Activity

(SSFA), PEO SS, and PEO C4I.

Source: OPNAV N2/N6


PEO For Tactical Aircraft Programs (T)

85

PEO for Tactical Aircraft Programs (T)

OverviewPMA/PMW 101 MIDS is a Navy Acquisition Category (ACAT) IC program aligned to SPAWAR and the PEO for Tactical Aircraft Programs (PEO (T)). The program’s mission is to develop, field, and support interoperable, affordable, and secure Link 16, Advanced Tactical Data Link (ATDL), and programmable networking technologies and capabilities for joint, coalition, and international warfighters.

ProgramsMIDS

PMA/PMW 101Multifunctional Information Distribution

System (MIDS)

Multifunctional Information Distribution System (MIDS): ACAT IC

Status

O&S


SSP59C0

DITPR-DON # 7800


MIDS is the most widely-fielded family of Link

16 radio terminals in the world. MIDS products

support airborne, maritime, and fixed-station

platforms with a multi-band, multi-mode,

networkable, software-definable radio system

satisfying existing and future requirements DoD

joint interoperability. The primary products are

the MIDS-Low Volume Terminal (MIDS-LVT),

MIDS Joint Tactical Radio System (MIDS JTRS),

ATDL products, and Link 16 Waveform.

The MIDS-LVT was designed to be smaller

and lighter than Joint Tactical Information

Distribution System (JTIDS) Class 2 terminals

while remaining interoperable with all JTIDS

radios. MIDS-LVT is managed by the MIDS

International Program Office (IPO). The IPO is

governed by a steering committee with a five-

nation program memorandum of understanding

(PMOU) signed by France, Germany, Italy, Spain,

and the United States and has a history of over

twenty-five years of international cooperation.

Over 10,000 MIDS-LVTs are in use by the U.S.

and over forty of its allies. MIDS-LVT has proven

to be a versatile radio, with variants that provide

Link 16 and tactical air navigation (TACAN)

capabilities to small fighter aircraft, wide-body

aircraft, ships, and ground stations on diverse

systems all over the world. Block Upgrade 2

(BU2) to MIDS-LVT, planned for completion in

2018, will add three major features through

retrofits to existing terminals.

First, BU2 will include a Link 16 enhanced

throughput (LET) mode that will increase data

rates available to platforms that are three to ten

times the existing waveform capacity. Second,

the built-in cryptography is being modernized

(Crypto Modernization (CM)) to implement next-

generation National Security Agency (NSA)

security features, including field-upgradability

of crypto logic. Third, BU2 will implement

frequency remapping (FR) to satisfy a DoD

and Department of Transportation agreement

to more easily share part of Link 16’s frequency

spectrum with planned civil aviation systems by

2025. The maturity of the MIDS architecture

makes it possible to implement these features

without requiring changes to host platform

interfaces and while maintaining interoperability

with other Link 16 radios.

The MIDS JTRS terminal was built as a multi-

channel software-defined variant of MIDS-LVT.


PEO C4I



86

The MIDS JTRS core terminal with LET, FR, and

CM is now fielded on some U.S. platforms. MIDS

JTRS improves upon the architecture of MIDS-

LVT by adding capacity for three waveforms in

addition to Link 16. Although today, it is solely

used as a Link 16/TACAN terminal. The more

modular design of MIDS JTRS has facilitated

the rapid incorporation of new technology, such

as four net concurrent multi-netting (CMN-

4) with concurrent contention receive (CCR).

CMN-4 consists of two capabilities, CMN and

CCR, both of which dramatically expand the

number of platforms and network-enabled

systems that can be reliably included in a Link

16 network. These enhancements allow a single

MIDS JTRS terminal to simultaneously receive

messages on up to four nets (compared with

just one today) within a single Link 16 time

slot, allowing a user to “hear” messages from

up to three additional sources at once. CMN-4

allows more messages to be broadcast at the

same time, instead of being assigned additional

timeslots, or to be rebroadcast less frequently,

as the recipient will miss fewer messages.

Seeing the advantage of this capability, the

Air Force announced in 2015 that all of its

fighters would also upgrade to CMN-4. Further

enhancements to MIDS JTRS are underway to

increase the robustness of Link 16.

Per the Under the Secretary of Defense

(Acquisition, Technology, and Logistics)

Acquisition Decision Memorandum (ADM) of

January 20, 2014, the Navy was designated

to sustain and manage the Link 16 Waveform.

MIDS, on behalf of the Navy, took control of

the Link 16 Software-Defined Radio (SDR)

Waveform from Joint Tactical Networks (JTN)

Program Management Office in June 2015.

MIDS will sustain the Link 16 SDR Waveform

using existing MIDS and Joint Tactical

Networking Center (JTNC) infrastructure

and utilize the DoD Waveform Information

Repository to store Link 16 documentation

and software. All program of record Link 16

SDR terminals will use a common waveform

software baseline, ensuring interoperability

and security. MIDS took on several support

activities for Link 16 Waveform management,

including Joint Networks Design Aid (JNDA),

Link 16 Communications Security (COMSEC)

Authority, and Spectrum Deconfliction Server

Sustainment.

Joint and coalition tactical communications,

made possible by the MIDS family of radios,

provide critical situational awareness, shorten

decision-making cycles across the battlespace,

increase force effectiveness, and minimize

friendly fire incidents. The Link 16 capability

that these radios provide is the backbone of

tactical command and control and will be

for decades to come. The future of joint and

coalition tactics will depend on the continued

evolution of Link 16, ATDL, and other data links

incorporated into the MIDS family of radios.

Source: PMA/PMW 101–MIDS



87


Fleet Experimentation (FLEX)


SSP 28F0

FLEX is a USFF/U.S. Commander, Pacific Fleet

(CPF) collaborative process, managed by Navy

Warfare Development Command (NWDC), and

coordinated with numbered Fleet commands.

Funding supports experimentation planning,

execution, data collection, analysis, and

reporting. FLEX addresses Fleet-prioritized

warfighting gaps, concept of operations,

doctrine, tactics, and training development.

Trident Warrior C4ISR experiments are a subset

of FLEX managed by SPAWAR.

Source: OPNAV N2/N6

OverviewUSFF trains, certifies, and provides combat-ready Navy forces to combatant commanders that are capable of conducting prompt, sustained naval, joint, and combined operations in support of U.S. national interests.

Funded Work EffortsFLEX


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ati

on

AT

CS

GP

S M

od

ern

iza

tio

nS

MT

HF

OR

CE

JA

LN

-MT

DM

A T

IPN

SL

C-A

PR

P

MN

P 2

cM

ob

ile

Ap

p D

eve

lop

me

nt

AD

EM

NP

2a

/2b

LC

S

DO

N E

SL

BL

II O

NE

-Ne

t

Sh

ore

to

Sh

ipX

EN

GA

dvH

DR

SC

BS

CA

P C

EP

NA

OC

2A

DS

IM

FO

MN

ILE

Na

vy P

KI

Cyb

erse

curi

ty C

oo

rdin

ati

on

NC

3 D

CO

Na

vy C

ryp

tog

rap

hy

an

d

Key

Ma

na

gem

ent

C2

OIX

IW C

SE

xp

ed

itio

na

ry C

4I

DM

SM

OC

Sh

ore

Me

ssa

gin

g M

od

ern

iza

tio

nTe

lep

ho

ny

Tele

po

rt S

PA

US

NO

Pre

cis

e T

ime

an

d A

stro

me

tric

Ne

two

rk

ME

TO

C S

AS

CS

ub

2Z

Co

gT

VS

RS

CD

Cla

ssic

Re

ac

hC

CO

P L

eg

acy

Su

bsy

ste

ms

PO

PS

-OIS

MIB

S/J

TT-

M

AN

/BR

R-6

/6B

UA

C2

SU

BO

PA

UT

H

SPAWAR

iNA

VY

JA

LIS

DO

N T

RA

CK

ER

DIT

PR

/DA

DM

SN

IAP

S (

DS

2)

NA

VY

31

1

DC

AO

Lin

k 1

1 L

eg

acy

EM

SS

EM

UT

CM

SG

CC

S-J

JC

SE

HF

Le

ga

cy

PEO EISPEO C4I

Expl

orat

ory

Func

tiona

l

PM

W 1

20

PM

W 1

30

PM

W 1

50

PM

W/A

170

PM

W 7

70

PM

W 7

90

PM

M 1

72.4

PM

W 2

05

PM

W 2

40

PM

W 2

50

SPA

WA

R

DC

AO

FRD

Ap

pen

dix

III

: P

roje

ct S

tatu

s (6

3 p

roje

cts)


A2AD

AAP

AAV

ACAS

ACAT

ACC

ADAP

ADE

ADM

ADNS

ADSI

AdvHDR

ADW

AEHF

AFRICOM

AI

Air NAVWAR

AIS

ALE

APEX

APSG

ARM

ASN(FM&C)

ASN(RD&A)

ASOS

ASP

ATC

ATCS

ATDL

ATO

ATP

AUSCANNZUKUS

AUV

BA

BBD

BCA

BCAC

BCAT

BCO

BFT

BFTN

BICES-X

BLII

BLOS

BMA

BMD

BMDL

BOL

BP

BSO

BTS

BU2

BUPERS

C2

C2AOS

C2BMC

C2IS

C2OIX

C2P

C3

C4

C4I

C4ISR

C5ISR

CAC

CANES

CASREP

CBRN

CBSP

CCOP

CCOW

CCR

CD

CDL

CDLMS

CDLS

CENTRIXS-M

CEP

CG

CGBI

CHENG

CIO

CIVPERS

CJCS

CJCSI

CKT

CLEOC

CLREC

CLSM

CM

CMC

CMN

CMN-4

CMPO

CMRS

CMS

CMS-ID

CMTIS

Anti-Access/Area Denial

Abbreviated Acquisition Program

Assault Amphibious Vehicle

Assured Compliance Assessment Solution

Acquisition Category

Air Combat Command

Advanced Digital Antenna Production

Authoritative Data Environment

Acquisition Decision Memorandum

Automated Digital Network System

Air Defense System Integrator

Advanced High Data Rate Antenna

Authoritative Data Warehouse

Advanced Extremely High Frequency

United States Africa Command

Artificial Intelligence

Air Navigation Warfare

Automatic Identification System

Automatic Link Establishment

Adaptive Planning and Execution

Acquisition Program Structure Guide

Application Relationship Management

Assistant Secretary of the Navy (Financial

Management and Comptroller)

Assistant Secretary of the Navy (Research,

Development, and Acquisition)

Automated Surface Observing Systems

Answer Set Programming

Air Traffic Control

Amphibious Tactical Communications System

Advanced Tactical Data Link

Authority to Operate

Authority to Proceed

Australia, Canada, New Zealand, United

Kingdom, and United States

Autonomous Undersea Vehicle

Battlespace Awareness

Billet Based Distribution

Broadcast Control Authority

Business Capability Acquisition Cycle

Business System Category

Base Communications Office

Blue Force Tracking

Battle Force Tactical Network

United States Battlefield Information Collection and

Exploitation System–Extended

Base Level Information Infrastructure

Beyond Line of Sight

Business Mission Area

Ballistic Missile Defense

Broadband Meshable Data Link

Bureau of Naval Personnel (BUPERS) Online

Building Partnerships

Budget Submitting Office

Broadcast Transmitter Station

Block Upgrade 2

Bureau of Naval Personnel

Command and Control

Command and Control Air Operations Suite

Command and Control Battle Management

Communication

Command and Control Information Services

Command and Control Official Information

eXchange

Command and Control Processor

Command, Control, and Communications

Command, Control, Communications, and

Computers

Command, Control, Communications,

Computers, and Intelligence


Computers, Intelligence, Surveillance, and

Reconnaissance


Computers, Combat Systems, Intelligence,

Surveillance, and Reconnaissance

Common Access Card

Consolidated Afloat Networks and Enterprise

Services

Casualty Report

Chemical, Biological, Radiological, and

Nuclear

Commercial Broadband Satellite Program

Cryptological Carry-On Program

Channel Control Order Wire

Concurrent Contention Receive

Capability Drop

Common Data Link

Common Data Link Management System

Communications Data Link System


Exchange System–Maritime

Continuing Evaluation Program

Guided-Missile Cruiser

Coast Guard Business Intelligence

Chief Engineer

Chief Information Office

Civilian Personnel

Chairman of the Joint Chiefs of Staff

Chairman of the Joint Chiefs of Staff

Instruction

Cyber Key Terrain

Consolidated Law Enforcement Operations Center

Center for Language Regional Expertise and

Culture

Conical Logarithmic Spiral Mode

Crypto Modernization

Commandant of the Marine Corps

Concurrent Multi-Netting

Four Net Concurrent Multi-Netting

Cryptographic Modernization Program Office

Clarinet Merlin Receiving System

Case Management System

Career Management System–Interactive

Detailing

Case Management Tracking Information

System

Acronym List


Acronym List


CNA

CND

CNDSP

CNE

CNO

COCOM

COMNAVRESFOR

COMNAVRESFORCOM

COMPACFLT

COMPOSE

COMSATCOM

COMSEC

COMSPAWAR

CONUS

COOP

COP

CORMIS

COTS

CPF

CRPA

CS

CSAR

CSEL

CSG

CSM

CSRR

CTO

CVN

CWIX

CWS

CWSP

CYBERSAFE

D&D

DADMS

DAGR

DAMA

DASA

DASN AP

DAWIA

DBS

DCAO

DCC

DCGS-N

DCO

DCPS

DDCIO

DDG

DECKPLATE

DEP

DEPARTMENTAL

DEPSECDEF

DESRON

DIA

DIBRS

DIFMS

DIMA

DISA

DISN

DITPR-DON

DJC2

DMCS

DMDC

DMR

DMS

DMSMS

DNI

DNS

DO

DoDIIS

DoDIN

DON

DON TRACKER

DRO

DRRS

DRT

DS

DS2

DSCA

DSCS

DSN

DTCS

DWTS

E2E

E2S

EAIS

EAM

EBS

ECP

ECRNOC

ECU

ECU

EHF

EIE

EIEMA

EIS

EMD

EMI

EMIO

EMSS

EMUT

Commander, United States Naval Forces Africa

Computer Network Defense

Computer Network Defense Service Provider

Commander, United States Naval Forces Europe

Chief of Naval Operations

Combatant Command

Commander Navy Reserve Force

Commander Navy Reserves Forces Command

Commander Pacific Fleet

Common Personal Computer Operating System

Environment

Commercial Satellite Communications

Communications Security

Commander, Space and Naval Warfare Systems

Command

Continental United States

Continuity of Operations

Common Operational Picture

Corrections Management Information System

Commercial Off-the-Shelf

Commander, Pacific Fleet

Controlled Reception Pattern Antenna

Control System

Combat Search and Rescue

Combat Survivor Evader Locator

Carrier Strike Group

Contractual Services Manager

Common Submarine Radio Room

Communications Tasking Order

Nuclear-Powered Aircraft Carrier

Coalition Warrior Interoperability eXploration,

eXperimentation, eXamination, eXercise

Contract Writing System

Commercial Wideband Satellite Program

Cybersecurity Safety

Development and Deployment

Department of the Navy (DON) Applications and

Database Management System

Defense Advanced Global Positioning System

(GPS) Receiver

Demand Assigned Multiple Access

Demand Assigned Single Access

Deputy Assistant Secretary of the Navy for

Acquisition and Procurement

Defense Acquisition Workforce Improvement Act

Defense Business System

Data Center and Application Optimization

Data Center Consolidation

Distributed Common Ground System–Navy

Defense Cyber Operations

Defense Civilian Pay System

Deputy Department of the Navy (DON) Chief

Information Officer

Guided-Missile Destroyer

Decision Knowledge Programming for

Logistics Analysis and Technical Evaluation

Delayed Enlistment Program

Navy Departmental Systems

Deputy Secretary of Defense

Destroyer Squadron

Defense Intelligence Agency

Defense Incident Based Reporting System

Defense Industrial Financial Management System

Department of Defense (DoD) Portion of

Intelligence Mission Area

Defense Information Systems Agency

Defense Information Systems Network

Department of Defense (DoD) Information

Technology Portfolio Repository–Department of

the Navy

Deployable Joint Command and Control

Director of the Marine Corps Staff

Defense Management Data Center

Digital Modular Radio

Defense Message System

Diminishing Manufacturing Sources and Materiel

Shortages

Director of Naval Intelligence

Director of Navy Staff

Distributed Operations

Department of Defense Intelligence Information

System

Department of Defense Information Network

Department of the Navy

Department of the Navy Tasking, Records, and

Consolidated Knowledge Enterprise Repository

Digital Readout

Defense Readiness Reporting System

Digital Receiver Technology

Distance Support

Distance Support 2

Defense Security Cooperation Agency


Defense Switched Network

Distributed Tactical Communication Systems

Digital Wideband Transmission System

End-to-End

Enterprise Systems and Services

Enlisted Assignment Information System

Emergency Action Message

Enterprise Business Solutions

Engineering Change Proposal

European Central Region Network Operations

Center

Early Combatant Command Use

Electronic Control Unit

Extremely High Frequency

Enterprise Information Environment

Enterprise Information Environment Mission Area

Enterprise Information Systems

Engineering and Manufacturing Development

Electromagnetic Interference

Expanded Maritime Interception Operations

Enhanced Mobile Satellite Services

Enhanced Man-Pack Ultra High Frequency (UHF)

Terminal

Acronym List


EMW

ENMS

ENTTR

EPLRS-DR

EPS

ePS

ERP

ESB

ESG

ESL

ESR

ESRP

ET&A

ETMDS

EUCOM

EVM

EW

EXCOMM

FAA

FAK

FCC

FCR

FDR

FFC

FFG

FIAR

FIP

FISMA

FLEX

FLTNOC

FLV

FM

FMS

FMS

FMWAP

FNMOC

FR

FRD

FS

FSBS

FSET

FVEY

FY

G-TSCMIS

GaN

GAS-1

GBS

GBSP

GCCS

GCCS-J

GCCS-M

GDSC

GEN

GENSER

GHz

GIG

GMT

GOTS

GPNTS

GPS

GRF

HBSS

HF

HFDAG

HFIP

HFORCE

HFRG

HFSAR

HHST

HMMWV

HQ

HQMC

HR

HSD

HSPD

HTTPS

HWDDC

I3

IA

IC

IC ITE

ICOP

IDE

IEM

IF

IMAPMIS

IMF

IMR

INC

INFOSEC

INMARSAT

IO

IOC

IORNOC

IOT&E

IP

IPCL

IPO

IR

IRR

ISDS

ISEA

ISNS

ISR

ISSA

IT

IT-21

Electromagnetic Maneuver Warfare

Enterprise Network Management System

Enterprise Time Tracking and Reporting

Enhanced Position Location Reporting System–

Data Radios

Enhanced Polar System

Electronic Procurement System

Enterprise Resource Planning

Enterprise Service Bus

Expeditionary Strike Group

Enterprise Software Licensing

Electronic Service Record

Environmental Satellite Receiver Processors

Education, Training and Awareness

Enterprise Training Management Delivery Systems

United States European Command

Earned Value Management

Electronic Warfare

Executive Committee

Federal Aviation Administration

Fly-Away Kit

Fleet Cyber Command

Fleet Capability Release

Fielding Decision Review

Fleet Forces Command

Guided-Missile Frigate

Financial Improvement and Audit Readiness

Financial Improvement Program

Federal Information Security Management Act

Fleet Experimentation

Fleet Network Operations Center

Force Level Variant

Financial Management

Foreign Military Sales

Final Multiple Score

Facilities Maintenance Workload Analysis Program

Fleet Numerical Meteorology and Oceanography

Center

Frequency Remapping

Fleet Readiness Directorate

Force Support

Fixed Submarine Broadcast System

Fleet Systems Engineering Team

"Five Eyes"

Fiscal Year

Global–Theater Security Cooperation Management

Information System

Gallium Nitride

Global Positioning System (GPS) Antenna System

Global Broadcast Service

Global Biosurveillance Portal

Global Command and Control Systems

Global Command and Control Systems–Joint

Global Command and Control System–Maritime

Global Distance Support Center

Generation

General Service

Gigahertz

Global Information Grid

General Military Training

Government Off-the-Shelf

Global Positioning System (GPS) Positioning,

Navigation, and Timing Services

Global Positioning System

Global Response Force

Host Based Security System

High Frequency

High Frequency Distribution Amplifier Group

High Frequency Improvement Program

High Frequency Over-the-Horizon Robust

Communications Enterprise

High Frequency Radio Group

High Frequency Shipboard Automatic Link

Establishment Radio Program

Handheld System Terminal

High Mobility Multipurpose Wheeled Vehicle

Headquarters

Headquarters Marine Corps

Human Resource

High Speed Data

Homeland Security Presidential Directive

Hyper Text Transfer Protocol Secure

Hazardous Weather Detection and Display

Capability

Integrated Imagery and Intelligence

Information Assurance

Intelligence Community

Intelligence Community Information Technology

Enterprise

Intelligence Carry-On Program

Integrated Data Environment

Inactive Equipment Maintenance

Integrated Fires

Inactive Manpower and Personnel Management

Information System

Intermediate Maintenance Facility

Individual Medical Readiness

Increment

Information Security

International Maritime Satellite Program

Information Operations

Initial Operational Capability

Indian Ocean Region Naval Operations Center

Initial Operational Testing and Evaluation

Internet Protocol

Integrated Priority Capabilities List

International Program Office

Information Repository

Individual Ready Reserve

Information Screening and Delivery Subsystem

In-Service Engineering Agent

Integrated Shipboard Network System

Intelligence, Surveillance, and Reconnaissance

Integrated Space Situational Awareness

Information Technology

Information Technology for the 21st Century

Acronym List


ITAC

IW

IW

IW CS

IWS

JADOCS

JALIS

JALN-M

JC2

JCRM

JCSE

JELA

JEM

JFACC

JICO

JMINI CS

JMS

JNDA

JOPES

JPEO

JRE

JREAP

JRSS

JSRC

JTF

JTF-GNO

JTIDS

JTIMS

JTN

JTNC

JTRS

JTT-M

JWARN

JWICS

Kbps

kHz

LAN

LANT

LBS

LBS-AUV

LBS-G

LBS-UUV

LBUCS

LCC

LCS

LCS

LCU

LET

LF

LHA

LHD

LMMT

LMS-DL

LNSC

LOB

LOS

LPD

LSD

LVC

LVT

LWCA

M-code

MACO

MAGTF

MALS

MANET

Mbps

MCCP

MCR

MCTFS

MDA

MDA

MDA

MDD

MDR

MEMS

MET

METMF

METOC

MFOM

MHz

MIBS

MIDS

MIDS JTRS

MIDS-LVT

MILCON

MILPERS

MILSATCOM

MILSTAR

MIO

MIP

MIS

MITM

MIW

MNP

MOC

MOL

MOS

MPN

MPRA

MPRF

MPT&E

MRRS

MSA

MTC2

MTOC

MTOC

Information Security (INFOSEC) Technical

Assistance Center

Integrated Waveform

Information Warfare

Integrated Waveform Control System

Integrated Warfare System

Joint Automated Deep Operations Coordination

System

Joint Air Logistic Information System

Joint Aerial Layer Network–Maritime

Joint Command and Control

Joint Capability Requirements Manager

Joint Communications Support Element

Joint Enterprise Level Agreement

Joint Effects Model

Joint Force Air and Space Component Commander

Joint Interface Control Officer

Joint Military Satellite Communications

(MILSATCOM) Network Integrated Control

System

Java Message Service

Joint Networks Design Aid

Joint Operational Planning and Execution System

Joint Program Executive Office

Joint Range Extension

Joint Range Extension Applications Protocol

Joint Regional Security Stack

Joint Search and Rescue Center

Joint Task Force

Joint Task Force–Global Network Operations

Joint Tactical Information Distribution System

Joint Training Information Management System

Joint Tactical Networks

Joint Tactical Networking Center

Joint Tactical Radio System

Joint Tactical Terminal–Maritime

Joint Warning and Reporting Network

Joint Worldwide Intelligence Communications

System

Kilobit Per Second

Kilohertz

Local-Area Network

Atlantic

Littoral Battlespace Sensing

Littoral Battlespace Sensing–Autonomous

Undersea Vehicle

Littoral Battlespace Sensing–Glider

Littoral Battlespace Sensing–Unmanned Undersea

Vehicle

Low Band Universal Communications System

Amphibious Command Ship

Learning Content Services

Littoral Combat Ship

Landing Craft Utility

Link 16 Enhanced Throughput

Low Frequency

Amphibious Assault Ship

Amphibious Assault Ship

Link Monitoring Management Tool

Learning Management System–Distance Learning

Local Network Service Center

Line-of-Bearing

Line of Sight

Amphibious Transport Dock Ship

Dock Landing Ship

Live, Virtual, and Constructive

Low Volume Terminal

Light Weight Communication Antenna

Military Code

Maritime Accelerated Capability Office

Marine Air-Ground Task Force

Marine Aviation Logistics Squadron

Mobile Ad Hoc Network

Megabit Per Second

Mass Clamp Current Probe

Manpower Change Request

Marine Corps Total Force System

Milestone Decision Authority

Missile Defense Agency

Maritime Domain Awareness

Materiel Development Decision

Medium Data Rate

Microelectromechanical Systems

Mission Essential Task

Meteorological Mobile Facility

Meteorological and Oceanographic

Maintenance Figure of Merit

Megahertz

Maritime Integrated Broadcast Service

Multifunctional Information Distribution System

Multifunctional Information Distribution System (MIDS)

Joint Tactical Radio System

Multifunctional Information Distribution

System (MIDS)–Low Volume Terminal

Military Construction

Military Personnel

Military Satellite Communications

Military Strategic, Tactical, and Relay

Maritime Interception Operations

Military Intelligence Program

Management Information System

Maritime Operations Center In the Middle

Maritime Information Warfare

My Navy Portal

Maritime Operations Center

Marine Online

Multifunctional Information Distribution System

(MIDS) On Ship

Military Personnel, Navy

Maritime Patrol and Reconnaissance Aircraft

Maritime Patrol and Reconnaissance Force

Manpower, Personnel, Training, and Education

Medical Readiness Reporting System

Materiel Solution Analysis

Maritime Tactical Command and Control

Mobile Tactical Operations Center

Meteorological and Oceanographic

Acronym List


Multi-INT

MUOS

NALCOMIS OOMA

NAMP

NAMS

NAOC2

NAS

NATO

NAVAIR

NAVCENT

NAVEBS

NAVEUR

NAVIFOR

NAVMACS

NAVMETOCCOM

NAVMPS

NAVO

NAVSAFECEN

NAVSEA

NAVSOC

NAVSSI

NAVSUP

NAVWAR

NC

NC2

NC3

NC3-N

NCD

NCDOC

NCSA

NCTAMS

NCTS

NDAA

NDSF

NECC

NEIGB

NeL

NEN

NES

NESP

NETC

NEXGEN

NEXRAD

NGEN

NGEN-R

NIAPS

NILE

NIPR

NIPRNET

NIXT

NJIS

NLP

nm

NMCI

NMHS

NMMES-TR

NMP

NMPDS

NMRS

NMT

NNE

NNWC

NOC

NOME

NOSS

NPC

NPDB

NRC

NROWS

NSA

NSC

NSHS

NSIPS

NSLC-A

NSWC

NSY

NTCDL

NTCSS

NTIA

NTMPS

NTNO

NWDC

NWS

o-BN

O&S

OAIS

OCOMMS

OCOMMS PA

OCONUS

OIMA

OIS

OLW

OMB

OMN

ONE-Net

OPAS

OPC

OPINS

OPN

OPNAV

OSA

OSC

OSD

OSD(AT&L)

OSD(HA)

OTA

Multi-Intelligence

Mobile User Objective System

Naval Aviation Logistics Command Management

Information System Optimized Organizational

Maintenance Activity

Naval Aviation Maintenance Program

Naval Aviation Maintenance System

Navy Air Operations Command and Control

Naval Air Station

North Atlantic Treaty Organization

Naval Air Systems Command

Naval Forces Central Command

Navy Enterprise Business Solutions

Naval Forces Europe

Naval Information Forces

Navy Modular Automated Communications System

Naval Meteorology and Oceanography Command

Naval Mission Planning System

Naval Oceanographic Office

Naval Safety Center

Naval Sea Systems

Naval Satellite Operations Center

Navigation Sensor System Interface

Naval Supply Systems Command

Navigation Warfare

Net Centric

Nuclear Command and Control

Nuclear Command, Control, and Communications

Nuclear Command, Control, and Communications–

Navy

Navy Cybersecurity Department

Navy Cyber Defense Operations Command

Navy Cyber Situational Awareness

Naval Computer and Telecommunications Area

Master Station

Naval Computer and Telecommunications Station

National Defense Authorization Act

National Defense Sealift Fund

Navy Expeditionary Combat Command

Navy Enterprise Information Technology (IT)

Governance Board

Navy e-Learning

Naval Enterprise Networks

Navy Enlisted System

Navy Extremely High Frequency Satellite

Communications (SATCOM) Program

Naval Education and Training Command

Next Generation

Next-Generation Radar

Next Generation Enterprise Network

Next Generation Enterprise Network (NGEN) Re-

Compete

Navy Information Application Product Suite

North Atlantic Treaty Organization (NATO) Improved

Link Eleven

Non-Secure Internet Protocol Router

Non-Secure Internet Protocol Router Network

Nova Information Exchange Terminal

Naval Justice Information System

Natural Language Processing

Nautical Mile

Navy Marine Corps Intranet

Navy Modernized Hybrid Solution

Navy Maritime Maintenance Enterprise Solution–

Technical Refresh

Navy Modernization Process

Navy Military Personnel Distribution System

Navy Manpower Requirements System

Navy Multiband Terminal

Naval Networking Environment

Naval Network Warfare Command

Network Operations Center

Naval Operational Maintenance Environment

Naval Operational Supply System

Navy Personnel Command

Navy Personnel Database

Navy Recruiting Command

Navy Reserve Order Writing System

National Security Agency

National Security Cutter

Naval School of Health Sciences

Navy Standard Integrated Personnel System

Naval Senior Leadership Communications–Aircraft

Naval Surface Warfare Center

Naval Shipyard

Network Tactical Common Data Link

Naval Tactical Command Support System

National Telecommunications and Information

Administration

Navy Training Management and Planning System

Navy-Type, Navy-Owned

Navy Warfare Development Command

National Weather Service

Orthorhombic Boron Nitride

Operations and Sustainment

Officer Assignment Information System

Optical Communications

Optical Communications Project Arrangement

Outside Continental United States

Optimized Intermediate Maintenance Activity

Oceanographic Information System

Operational Level of War

Office of Management and Budget

Operations and Maintenance

OCONUS Navy Enterprise Network

Officer Promotion Administrative System

Offshore Patrol Cutter

Officer Personnel Information System

Other Procurement, Navy

Office of the Chief of Naval Operations

Operational Support Airlift

On-Scene Command

Office of the Secretary of Defense

Office of the Secretary of Defense, Acquisition,

Technology, and Logistics

Office of the Secretary of Defense Health Affairs

Over-the-Air

Acronym List


OTH

OTH-T

P&D

PAC

PAO

PB

PCD

PDD

PEO

PfP

PHA

PHIBRON

PII

PKI

PLGR

PM

PMA

PMM

PMO

PMOU

PMS

PMW

PMW/A

PNT

POE

POM

POPS

POPS-OIS

POR

POSD

PRIDE

PRNOC

PRP

PTA

PTP

RADMERC

RDC

RDT&E

RF

RFP

RHIB

RHS

RIMPAC

RIMS-FM

RISC

RM

RMC

RMF

RMI

ROC

RPN

RSCD

S&T

SAASM

SABI

SAGE

SAMS

SASC

SATCOM

SC

SC

SCA

SCAP

SCB

SCEP

SCI

SCN

SDR

SEA 21

Sea NAVWAR

SECNAV

SECNAVINST

SECT

SETR

SEW

SFE

SHF

SIGINT

SINCGARS

SIPR

SIPRNET

SKED

SLDCADA

SME

SMT

SOC

SOF

SOI

SORTS

SoS

SOUTHCOM

SOVT

SPA

SPAWAR

SPAWARSYSCOM

SPCS

SRF

SRF

SRPPS

SSBN

SSC

SSCO

SSEE

SSFA

Over-the-Horizon

Over-the-Horizon Targeting

Production and Deployment

Pacific

Public Affairs Office

President's Budget

Panama City Division

Presidential Decision Directive

Program Executive Office

Partnership for Peace

Portfolio Health Assessment

Amphibious Squadron

Personally Identifiable Information

Public Key Infrastructure

Precision Lightweight Global Positioning System

(GPS) Receiver

Program Management

Program Manager, Air

Program Manager, Marine

Program Management Office

Program Memorandum of Understanding

Program Manager, Ships

Program Manager, Warfare

Program Manager, Warfare/Air

Positioning, Navigation, and Timing

Projected Operational Environment

Program Objective Memorandum

Primary Oceanographic Prediction System

Primary Oceanographic Prediction System

Oceanographic Information System

Program of Record

Port Operations Security and Defense

Personalized Recruiting for Immediate and Delayed

Enlistment

Pacific Region Network Operations Center

Portable Radios Project

Precise Time and Astrometric

Point-to-Point

Radiant Mercury

Rapid Deployment Capability

Research, Development, Test and Evaluation

Radio Frequency

Request for Proposal

Rigid Hull Inflatable Boat

Reserve Headquarter System

Rim of the Pacific

Reserve Integrated Management System–Financial

Management

Reduced Instruction Set Computer

Records Management

Regional Maintenance Center

Risk Management Framework

Risk Management Information

Required Operational Capability

Reserve Personnel, Navy

Remote Sensing Capability Development

Science and Technology

Selective Availability Anti-Spoofing Module

Secret and Below Interoperability

Submarine Anti-Jam Global Positioning System

(GPS) Enhancement

Submarine Antenna Modifications and

Sustainment

Surface-Based Atmospheric Sensing Capabilities

Satellite Communications

Steering Committee

Security Cooperation

Software Communications Architecture

Strategic Communications Continuing Assessment

Program

Submarine Communications Buoy

Simple Certificate Enrollment Protocol

Sensitive Compartmented Information

Shipbuilding and Conversion, Navy

Software-Defined Radio

Deputy Commander for Surface Warfare

Sea Navigation Warfare

Secretary of the Navy

Secretary of the Navy Instructions

Submarine Emergency Communication Transmitter

Systems Engineering Technical Review

Space and Electronic Warfare

Special Fit Equipment

Super High Frequency

Signal Intelligence

Single Channel Ground and Airborne Radio System

Secret Internet Protocol Router

Secret Internet Protocol Router Network

PMS Scheduling

Standard Labor Data Collection and Distribution

Application

Subject-Matter Expert

Spectrum Monitoring and Transition

Standards of Conduct

Special Operations Forces

Signals of Interest

Status of Resources and Training System

System of Systems

United States Southern Command

System Operational Verification Test

Service Procurement Agent

Space and Naval Warfare

Space and Naval Warfare Systems Command

Special Purpose Carry-On Subsystems

Ship Repair Facility

Spectrum Relocation Fund

Squadron Required Operational Capability (ROC)/

Projected Operational Environment (POE)

Preprocessor System

Nuclear-Powered Ballistic-Missile Submarine

Space and Naval Warfare (SPAWAR) Systems

Center

Systems Command (SYSCOM) Security

Cooperation Office

Ships Signal Exploitation Equipment

Space and Naval Warfare (SPAWAR) Space Field

Activity

Acronym List


SSGN

SSN

SSP

SSV

STACC

STARS

STARS-FL

STARS-HQ

STUAS

SubHDR

SUBOPAUTH

SUW

SWP

SWR

SYSCOM

T-AGOS

T-AKE

T-AO

T-EPF

TACAMO

TACAN

TADIL J

TBMCS

TCP

TCPED

TDL

TDMA

TDS

TFCC

TFDS

TFMMS

TGC-M

TIH

TIP

TKL

TM&RR

TNOSC

TOC

TOTIM

TR

TRANSCOM

TRF

TS

TSABI

TSCMIS

TSN

TT&C

TTE

TTWCS

TV-DTS

TVS

TVT

Nuclear-Powered Guided-Missile Submarine

Nuclear-Powered Submarine

Sub-Sponsor Program

Mine Countermeasure Ships

Shore Tactical Assured Command and Control

Standard Accounting and Reporting System

Standard Accounting and Reporting System–Field

Level

Standard Accounting and Reporting System–

Headquarters

Small Tactical Unmanned Aircraft Systems

Submarine High Data Rate Antenna

Submarine Operating Authority

Surface Warfare

Sea Warrior Program

Supplemental Weather Radar

System Command

Tactical Auxiliary General Ocean Surveillance

Dry Cargo Ship

Fleet Replenishment Oiler

Expeditionary Fast Transport

Take Charge and Move Out

Tactical Air Navigation

Tactical Digital Information Link–Joint

Theater Battle Management Core System

Transmission Control Protocol

Tasking, Collection, Processing, Exploitation,

Dissemination

Tactical Data Link

Time Division Multiple Access

Tactical Data System

Tactical Flag Command Center

Time and Frequency Distribution System

Total Force Manpower Management System

Take Charge and Move Out (TACAMO) Ground

Communications–Mobile

Toxic Industrial Hazard

Time Division Multiple Access (TDMA) Interface

Processor

Tactical Key Loader

Technology Maturation and Risk Reduction

Theater Network Operations and Security Centers

Tactical Operations Center

Tactically Oriented Technology Insertion Mast

Technical Refresh

Transportation Command

Trident Refit Facility

Top Secret

Top Secret/Sensitive Compartmented Information

(SCI) and Below Interoperability

Theater Security Cooperation Management

Information System

Tomahawk Strike Network

Telemetry, Tracking, and Command

Technical Training Equipment

Tactical Tomahawk Weapons Control System

Television Direct to Sailors

Tactical Variant Switch

Tactical Voice Terminal

Type Command

Undersea Assured Command and Control

Unified Atlantic Region Network Operations

Centers

Unified Communications

Unified Cross Domain Solution Management Office

Unmanned Carrier-Launched Airborne Surveillance

and Strike

Uniform Code of Military Justice

User Datagram Protocol

Ultra-High Frequency Follow-On

Ultra High Frequency

Unit Level Variant

United States Battlefield Information Collection and

Exploitation System–Extended

United States Air Force

United States Coast Guard

Under Secretary of Defense for Acquisition,

Technology and Logistics

United States Fleet Forces Command

United States Marine Corps

United States Navy

United States Naval Observatory

United States Pacific Command

Universal Software Radio Peripheral

United States Ship

Undersea Warfare Decision Support System

Visit, Board, Search, and Seizure

Very High Frequency

Very Low Frequency

Variable Message Format

Virtual Private Network

Virtual Secure Enclave

Video Teleconference

Wide-Area Network

Wideband Code Division Multiple Access

Wideband Global Satellite Communications

Warfighting Mission Area

Wireless Reach Back System

Windows Server Update Services

Worldwide Take Charge and Move Out (TACAMO)

Transition Engineering

TYCOM

UAC2

UARNOC

UC

UCDSMO

UCLASS

UCMJ

UDP

UFO

UHF

ULV

US BICES-X

USAF

USCG

USD(AT&L)

USFF

USMC

USN

USNO

USPACOM

USRP

USS

USW-DSS

VBSS

VHF

VLF

VMF

VPN

VSE

VTC

WAN

WCDMA

WGS

WMA

WRBS

WSUS

WTAC

XENG


ACAT I (13 programs)

ACAT IAC (7 programs)

Consolidated Afloat Networks and Enterprise Services (CANES), P&D, PMW 160, 16

Deployable Joint Command and Control (DJC2), O&S, PMW 790, 33

Distributed Common Ground System – Navy Increment 1 (DCGS-N Inc 1), P&D, PMW 120, 3

Distributed Common Ground System – Navy Increment 2 (DCGS-N Inc 2), EMD, PMW 120, 3

Global Command and Control System – Maritime (GCCS-M), O&S, PMW 150, 10

Naval Tactical Command Support System (NTCSS), O&S, PMW 150, 13

Next Generation Enterprise Network (NGEN), O&S, PMW 205, 43

ACAT IAM (1 program)

Teleport, O&S, PMW 790, 36

ACAT IC (5 programs)

Mobile User Objective System (MUOS), P&D, O&S, PMW 146, 38

Multifunctional Information Distribution System (MIDS), O&S, PEO (T)/PMA/PMW 101, 85

Navy Extremely High Frequency SATCOM Program (NESP), O&S, SPAWAR FRD, 63

Navy Multiband Terminal (NMT), P&D, PMW/A 170, 22

Ultra-High Frequency Follow-On (UFO), O&S, PMW 146, 39

ACAT II (8 programs)

Automated Digital Network System (ADNS), P&D, PMW 160, 15

Command & Control Processor/Common Data Link Management System (C2P/CDLMS), P&D, PMW 150, 9

Common Submarine Radio Room (CSRR), P&D, PMW 770, 28

Integrated Shipboard Network System (ISNS), O&S, PMW 160, 17

Link 16 Network, O&S, PMW 150, 11

Ships Signal Exploitation Equipment Increment F (SSEE Inc F), P&D, PMW 120, 5

Super High Frequency (SHF) SATCOM, O&S, SPAWAR FRD, 64

Pre-ACAT II Proposed (1 program)

Spectral, TM&RR, PMW 120, 5

Programs/projects indexed by ACAT, BCAT, and Project. Entries include entry name, status, program office, page number.

Index: Designation

ACAT III (33 programs)

Air Navigation Warfare (Air NAVWAR), P&D, PMW/A 170, 18

Battle Force Tactical Network (BFTN), P&D, PMW/A 170, 19

Combat Survivor Evader Locator (CSEL), O&S, SPAWAR FRD, 60

Combined Enterprise Regional Information Exchange System – Maritime (CENTRIXS-M), O&S, PMW 160, 16

Commercial Broadband Satellite Program (CBSP), P&D, PMW/A 170, 19

Commercial Wideband Satellite Program (CWSP), O&S, PMW/A 170, 20

Communications Data Link System (CDLS) and CDLS Technical Refresh (TR), O&S, SPAWAR FRD, 61

Digital Modular Radio (DMR), P&D, PMW/A 170, 20

Global Biosurveillance Portal (GBSP), P&D, PMW 150, 10

Global Broadcast Service (GBS) Shipboard Antenna System, P&D, PMW/A 170, 20

Global-Theater Security Cooperation Management Information System (G-TSCMIS), P&D, PMW 150, 10

GPS Positioning, Navigation, and Timing Services (GPNTS), P&D, PMW/A 170, 21

High Frequency Radio Group (HFRG), O&S, SPAWAR FRD, 62

Intelligence Carry-On Program (ICOP), P&D, PMW 120, 3

International Maritime Satellite Program (INMARSAT), O&S, SPAWAR FRD, 62

Link Monitoring Management Tool (LMMT) R1, P&D, PMW 150, 12

Link Monitoring Management Tool (LMMT) R2, EMD, PMW 150, 12

Maritime Tactical Command & Control (MTC2), TM&RR, PMW 150, 12

Multi-Function Mast Antenna (OE-538 Inc 1), O&S, PMW 770, 29

Multi-Function Mast Antenna (OE-538A Inc 2), P&D, PMW 770, 29

Multi-Function Mast Antenna (OE-538B Inc 1), EMD, PMW 770, 29

Naval Integrated Tactical Environmental System – Next Generation (NITES-Next), P&D, PMW 120, 4

Network Tactical Common Data Link (NTCDL), EMD, PMW/A 170, 22

Sea Navigation Warfare (Sea NAVWAR), P&D, PMW/A 170, 23

Sensitive Compartmented Information Networks (SCI Networks), O&S, PMW 160, 17

Ships Signal Exploitation Equipment Increment E (SSEE Inc E), O&S, PMW 120, 5

Ships Signal Exploitation Equipment (SSEE) Modifications, P&D, PMW 120, 5

Submarine High Data Rate Antenna (SubHDR), O&S, PMW 770, 30

Submarine Local Area Network (SubLAN), O&S, PMW 160, 17

Tactical Mobile (TacMobile) Inc 2.1, O&S, PMW 750, 25

Tactical Mobile (TacMobile) Inc 3, EMD, PMW 750, 25

ACAT III (Army) (2 programs)

Joint Effects Model (JEM), P&D, PMW 150, 11

Joint Warning and Reporting Network (JWARN), P&D, PMW 150, 11

ACAT IV (12 programs)

ACAT IVM (4 programs)

Computer Network Defense (CND), O&S, PMW 130, 6

Littoral Battlespace Sensing – Unmanned Undersea Vehicles (LBS UUV), P&D, PMW 120, 3

Shore Tactical Assured Command and Control (STACC), P&D, PMW 790, 35

Television Direct to Sailors (TV-DTS), O&S, SPAWAR FRD, 64

ACAT IVT (8 programs)

AN/SMQ-11 (F) Environmental Satellite Receiver Processor (ESRP) Program, O&S, PMW/A 170, 19

Automatic Identification System (AIS), P&D, PMW 120, 2

Joint MILSATCOM Network Integrated Control System (JMINI CS), O&S, PMW 790, 34

Low Band Universal Communications System (LBUCS) Receive, EMD, PMW 770, 29

Low Band Universal Communications System (LBUCS) Transmit, P&D, PMW 770, 29

Meteorological Mobile Facility (Replacement) Next Generation (MetMF(R) NEXGEN), O&S, PMW 120, 4

Navigation Sensor System Interface (NAVSSI AN/SSN-6(V)), O&S, SPAWAR FRD, 63

Nuclear Command, Control and Communications (NC3) Navy Modernized Hybrid Solution (NMHS), P&D, PMW

790, 34

Designation | Index


AAP (17 programs)

AN/FMQ-17 Environmental Satellite Receiver Processors (ESRP), O&S, PMW/A 170, 19

Cryptological Carry-On Program (CCOP) Digital Receiver Technology (DRT), P&D, PMW 120, 2

Cryptological Carry-On Program (CCOP) Special Fit Equipment (SFE), P&D, PMW 120, 2

Defense Advanced GPS Receiver (DAGR), O&S, SPAWAR FRD, 61

Enhanced Position Location Reporting System – Data Radios (EPLRS-DR), O&S, SPAWAR FRD, 61

Fixed Submarine Broadcast System (FSBS) High Power, O&S, PMW 770, 29

Hazardous Weather Detection and Display Capability (HWDDC), P&D, PMW 120, 3

High Frequency Shipboard Automatic Link Establishment Radio Program (HFSAR), O&S, SPAWAR FRD, 62

KGV-11M, TM&RR, PMW 130, 7

Personalized Recruiting for Immediate & Delayed Enlistment (PRIDE), O&S, PMW 240, 51

Radiant Mercury (RADMERC), O&S, PMW 130, 8

Satellite Signals Navigation Set (AN/WRN-6(V)), O&S, SPAWAR FRD, 64

Submarine Antenna Modifications and Sustainment (SAMS), O&S, PMW 770, 30

Tactical Key Loader (TKL), O&S, PMW 130, 8

Take Charge and Move Out (TACAMO) Ground Communications – Mobile (TGC-M), O&S, PMW 770, 30

Ultra High Frequency (UHF) Legacy and Miniaturized Demand Assigned Multiple Access (Mini-DAMA), O&S, SPAWAR FRD, 64

Wireless Reach Back System (WRBS), O&S, SPAWAR FRD, 65

BCAT I Proposed (3 programs)

Navy Enterprise Resource Planning (Navy ERP), Capability Support, PMW 220, 46

Navy Standard Integrated Personnel System (NSIPS), Capability Support, PMW 240, 51

Pre-BCAT I Proposed (1 program)

Navy Maritime Maintenance Enterprise Solution – Technology Refresh (NMMES-TR), Pre-Acquisition ATP, PMS 444, 56

BCAT II Proposed (7 programs)Career Management System – Interactive

Detailing (CMS-ID), Capability Support, PMW 240, 48

Learning Management System – Distance Learning (LMS-DL), Capability Support, PMW 240, 48

Naval Aviation Maintenance System (NAMS), Capability Need Identification, PMW 150, 12

Naval Operational Maintenance Environment (NOME), Capability Need Identification, PMW 150, 13

Naval Operational Supply System (NOSS), Capability Need Identification, PMW 150, 13

Navy Electronic Procurement System (Navy ePS), Acquisition, Testing and Deployment, PMW 220, 45

Total Force Manpower Management System (TFMMS) 2.0, Acquisition, Testing and

Deployment, PMW 240, 52

BCAT III Proposed (19 programs)

Application Relationship Management (ARM), Functional Requirements and Acquisition Planning, PMW 240, 47

Enlisted Assignment Information System (EAIS), Capability Support, PMW 240, 48

Enterprise Time Tracking and Reporting (ENTTR) (formerly SLDCADA), Capability Support, PMW 220, 45

Inactive Manpower and Personnel Management Information System (IMAPMIS), Capability Support, PMW 240, 48

Medical Readiness Reporting System (MRRS), Capability Support, PMW 240, 49

Naval Justice Information System (NJIS), Acquisition, Testing and Deployment, PMW 250, 54

Navy Departmental Systems (DEPARTMENTAL), Capability Support, PMW 240, 50

Navy Enlisted System (NES), Capability Support, PMW 240, 50

Navy Manpower Requirements System (NMRS), Capability Support, PMW 240, 50

Navy Military Personnel Distribution System (NMPDS), Functional, PMW 240, 51

Navy Personnel Database (NPDB), Capability Support, PMW 240, 51

Navy Reserve Order Writing System (NROWS), Capability Support, PMW 240, 51

Navy Training Management and Planning System (NTMPS), Capability Support, PMW 240, 51

Officer Assignment Information System II (OAIS II), Capability Support, PMW 240, 51

Officer Personnel Information System (OPINS), Capability Support, PMW 240, 52

Officer Promotion Administrative System (OPAS), Capability Support, PMW 240, 52

Reserve Integrated Management System – Financial Management (RIMS-FM), Capability Support, PMW 240, 52

Risk Management Information (RMI), Functional Requirements and Acquisition Planning, PMW 250, 55

Total Force Manpower Management System (TFMMS), Capability Support, PMW 240, 52

Project (63 projects)Advanced High Data Rate Antenna (AdvHDR),

Exploratory, PMW 770, 28

Air Defense System Integrator (ADSI), Functional, PMW 150, 9

Air Navigation, Exploratory, PMW/A 170, 18

Amphibious Tactical Communications System (ATCS), Exploratory, PMW/A 170, 18

Authoritative Data Environment (ADE), Functional, PMW 240, 47

Base Level Information Infrastructure (BLII)/OCONUS Navy Enterprise Network (ONE-NET), Functional, PMW 205, 43

Clarinet Merlin Sustainment (CMS), Functional, SPAWAR FRD, 60

Classic Reach, Functional, PMW 120, 2

Command and Control Official Information eXchange (C2OIX), Functional, PMW 790, 32

Cryptological Carry-On Program (CCOP) Legacy Subsystems, Functional, PMW 120, 3

Cybersecurity Coordination, Functional, PMW 130, 6

Data Center Consolidation and Application Optimization (DCAO), Functional, SPAWAR DCAO, 57

Defense Messaging Systems (DMS), Functional, PMW 790, 32

Department of the Navy Enterprise Software Licensing (DON ESL), Functional, PMM 172.4, 42

Department of the Navy Tasking, Records, and Consolidated Knowledge Enterprise Repository (DON TRACKER), Functional, PMW 250, 53

DoD Information Technology Portfolio Repository (DITPR)/DON Applications and Database Management System (DADMS), Functional, PMW 250, 54

Enhanced Man-pack UHF Terminal (EMUT), Functional, SPAWAR FRD, 61

Expeditionary Command, Control, Communications, Computers, and Intelligence (C4I), Functional, PMW 790, 33

Index | Designation


Global Command and Control Systems – Joint (GCCS-J), Functional, SPAWAR FRD, 62

GPS Modernization, Exploratory, PMW/A 170, 21

High Frequency Over-the-Horizon Robust Communications Enterprise (HFORCE), Exploratory, PMW/A 170, 21

High Frequency (HF) Legacy, Functional, SPAWAR FRD, 62

Integrated Waveform Control System (IW CS), Functional, PMW 790, 34

Iridium Enhanced Mobile Satellite Service (EMSS), Functional, SPAWAR FRD, 62

Joint Aerial Layer Network – Maritime (JALN-M), Functional, PMW/A 170, 21

Joint Air Logistic Information System (JALIS), Functional, PMW 250, 54

Joint Communications Support Element (JCSE) Modernization, Functional, SPAWAR FRD, 63

Learning Content Services (LCS), Functional, PMW 240, 48

Link 11 Legacy Data Terminal Set, Functional, SPAWAR FRD, 63

Maintenance Figure of Merit (MFOM) System, Functional, PMW 150, 12

Maritime Integrated Broadcast Service/Joint Tactical Terminal – Maritime (MIBS/JTT-M), Functional, PMW 120, 4

Maritime Operations Center (MOC), Functional, PMW 790, 34

Meteorological and Oceanographic (METOC) Surface-Based Atmospheric Sensing Capabilities (SASC), Functional, SPAWAR FRD, 63

Mobile App Development, Exploratory, PMW 240, 49

My Navy Portal (MNP) 2a/b, Functional, PMW 240, 50

My Navy Portal (MNP) 2c, Exploratory, PMW 240, 50

Naval Senior Leadership Communications – Aircraft (NSLC-A), Functional, PMW/A 170, 22

NAVY 311, Functional, PMW 250, 54

Navy Air Operations Command & Control (NAOC2), Functional, PMW 150, 14

Navy Cryptography and Key Management, Functional, PMW 130, 7

Navy Enterprise Intranet (iNAVY), Functional, PMW 250, 55

Navy Information Application Product Suite (Distance Support 2) (NIAPS (DS2)), Functional, PMW 250, 55

Navy Public Key Infrastructure (PKI), Functional, PMW 130, 7

North Atlantic Treaty Organization (NATO) Improved Link Eleven (NILE), Functional, PMW 150, 14

Nuclear Command, Control and Communications – Navy (NC3-N) Defense Cyber Operations (DCO), Functional, PMW 130, 7

Portable Radios Project (PRP), Functional, PMW/A 170, 23

Primary Oceanographic Prediction System (POPS) – Oceanographic Information System (OIS), Functional, PMW 120, 5

Remote Sensing Capability Development (RSCD), Exploratory, PMW 120, 5

Shore Messaging Modernization, Functional, PMW 790, 34

Shore to Ship Communications Systems, Exploratory, PMW 770, 29

Spectrum Monitoring and Transition (SMT), Exploratory, PMW/A 170, 23

Strategic Communications Continuing Assessment Program (SCAP) Continuing Evaluation Program (CEP), Exploratory, PMW 770, 29

Submarine 2Z Cog Equipment Restoration (Sub 2Z Cog), Functional, SPAWAR FRD, 64

Submarine Communications Buoy (SCB), Exploratory, PMW 770, 30

Submarine Operating Authority (SUBOPAUTH), Functional, PMW 770, 30

Tactical Variant Switch (TVS), Functional, SPAWAR FRD, 64

Telephony, Functional, PMW 790, 35

Teleport Service Procurement Agent (SPA), Functional, PMW 790, 36

Time Division Multiple Access (TDMA) Interface Processor (TIP), Functional, PMW/A 170, 23

Towed Buoy Antenna (AN/BRR-6/6B), Functional, PMW 770, 30

Transition Engineering (XENG), Exploratory, PMW 770, 31

Undersea Assured Command and Control (UAC2), Functional, PMW 770, 31

U.S. Naval Observatory (USNO) Precise Time and Astrometric (PTA) Network, Functional, PMW 790, 36

RDC (2 projects)

Navy Cyber Situational Awareness (NCSA), D&D, PMW 130, 7

SHARKCAGE, D&D, PMW 130, 8


A

Advanced High Data Rate Antenna (AdvHDR), Exploratory, Project, PMW 770, 28

Air Defense System Integrator (ADSI), Functional, Project, PMW 150, 9

Air Navigation, Exploratory, Project, PMW/A 170, 18

Air Navigation Warfare (Air NAVWAR), P&D, ACAT III, PMW/A 170, 18

Amphibious Tactical Communications System (ATCS), Exploratory, Project, PMW/A 170, 18

AN/FMQ-17 Environmental Satellite Receiver Processors (ESRP), O&S, AAP, PMW/A 170, 19

AN/SMQ-11 (F) Environmental Satellite Receiver Processor (ESRP) Program, O&S, ACAT IVT, PMW/A 170, 19

Application Relationship Management (ARM), Functional Requirements and Acquisition Planning, BCAT III Proposed, PMW 240, 47

AUSCANNZUKUS C4, SPAWAR 5.0, 69

Authoritative Data Environment (ADE), Functional, Project, PMW 240, 47

Automated Digital Network System (ADNS), P&D, ACAT II, PMW 160, 15

Automatic Identification System (AIS), P&D, ACAT IVT, PMW 120, 2

B

Base Level Information Infrastructure (BLII)/OCONUS Navy Enterprise Network (ONE-NET), Functional, Project, PMW 205, 43

Battle Force Tactical Network (BFTN), P&D, ACAT III, PMW/A 170, 19

C

C4ISR Architecture and Integration, SPAWAR 5.0, 69

Career Management System – Interactive Detailing (CMS-ID), Capability Support, BCAT II Proposed, PMW 240, 48

Chief Engineer (CHENG), SPAWAR 5.0, 70

Clarinet Merlin Sustainment (CMS), Functional, Project, SPAWAR FRD, 60

Classic Reach, Functional, Project, PMW 120, 2

Coalition Warrior Interoperability eXploration, eXperimentation, eXamination, eXercise (CWIX), SPAWAR 5.0, 70

Coast Guard Command, Control, Communications, Computers, and Intelligence (C4I), U.S. Coast Guard (USCG), 80

Code 535, Interoperability/Information Systems, SPAWAR Systems Center Pacific, 78

Combat Survivor Evader Locator (CSEL), O&S, ACAT III, SPAWAR FRD, 60

Programs/projects/funded work efforts indexed alphabetically.

For programs and projects, entries include program/project name, status, designation, program office, page number.

For funded work efforts, entries include funded work effort name, program office, page number.

Combined Enterprise Regional Information Exchange System – Maritime (CENTRIXS-M), O&S, ACAT III, PMW 160, 16

Command and Control Official Information eXchange (C2OIX), Functional, Project, PMW 790, 32

Command & Control Processor/Common Data Link Management System (C2P/CDLMS), P&D, ACAT II, PMW 150, 9

Commercial Broadband Satellite Program (CBSP), P&D, ACAT III, PMW/A 170, 19

Commercial Wideband Satellite Program (CWSP), O&S, ACAT III, PMW/A 170, 20

Common Submarine Radio Room (CSRR), P&D, ACAT II, PMW 770, 28

Communications Data Link System (CDLS) and CDLS Technical Refresh (TR), O&S, ACAT III, SPAWAR FRD, 61

Computer Network Defense (CND), O&S, ACAT IVM, PMW 130, 6

Consolidated Afloat Networks and Enterprise Services (CANES), P&D, ACAT IAC, PMW 160, 16

Corporate Manpower, U.S. Fleet Cyber Command (FCC)/U.S. Tenth Fleet (C10F), 81

Cryptological Carry-On Program (CCOP) Digital Receiver Technology (DRT), P&D, AAP, PMW 120, 2

Cryptological Carry-On Program (CCOP) Legacy Subsystems, Functional, Project, PMW 120, 3

Cryptological Carry-On Program (CCOP) Special Fit Equipment (SFE), P&D, AAP, PMW 120, 2

Cybersecurity Baseline and Inspection, SPAWAR FRD, 61

Cybersecurity Coordination, Functional, Project, PMW 130, 6

D

Data Center Consolidation and Application Optimization (DCAO), Functional, Project, SPAWAR DCAO, 57

Defense Advanced GPS Receiver (DAGR), O&S, AAP, SPAWAR FRD, 61

Defense Messaging Systems (DMS), Functional, Project, PMW 790, 32

Department of the Navy Enterprise Software Licensing (DON ESL), Functional, Project, PMM 172.4, 42

Department of the Navy Tasking, Records, and Consolidated Knowledge Enterprise Repository (DON TRACKER), Functional, Project, PMW 250, 53

Deployable Joint Command and Control (DJC2), O&S, ACAT IAC, PMW 790, 33

Digital Modular Radio (DMR), P&D, ACAT III, PMW/A 170, 20

Distributed Common Ground System – Navy Increment 1 (DCGS-N Inc 1), P&D, ACAT IAC, PMW 120, 3

Distributed Common Ground System – Navy Increment 2 (DCGS-N Inc 2), EMD, ACAT IAC, PMW 120, 3

DoD Information Technology Portfolio Repository (DITPR)/DON Applications and Database Management System (DADMS), Functional, Project, PMW 250, 54

E

Electronic Procurement System (ePS), MSA, Pre-ACAT IAM Proposed, PMW 220, 45

Enhanced Man-pack UHF Terminal (EMUT), Functional, Project, SPAWAR FRD, 61

Enhanced Position Location Reporting System – Data Radios (EPLRS-DR), O&S, AAP, SPAWAR FRD, 61

Enlisted Assignment Information System (EAIS), Capability Support, BCAT III Proposed, PMW 240, 48

Enterprise Time Tracking and Reporting (ENTTR) (formerly SLDCADA), Capability Support, BCAT III Proposed, PMW 220, 45

Expeditionary Command, Control, Communications, Computers, and Intelligence (C4I), Functional, Project, PMW 790, 33

F

Fixed Submarine Broadcast System (FSBS) High Power, O&S, AAP, PMW 770, 29

Fleet Experimentation (FLEX), USFF, 87

Fleet Sensitive Compartmented Information (SCI) Information Technology (IT), Fleet SCI IT, 82

Fleet Systems Engineering Team (FSET), SPAWAR FRD, 61

FORCEnet, SPAWAR 5.0, 70

G

Global Biosurveillance Portal (GBSP), P&D, ACAT III, PMW 150, 10

Global Broadcast Service (GBS) Shipboard Antenna System, P&D, ACAT III, PMW/A 170, 20

Global Command and Control System – Maritime (GCCS-M), O&S, ACAT IAC, PMW 150, 10

Global Command and Control Systems – Joint (GCCS-J), Functional, Project, SPAWAR FRD, 62

Global-Theater Security Cooperation Management Information System (G-TSCMIS), P&D, ACAT III, PMW 150, 10

Index: Alphabetical


Index | Alphabetical


GPS Modernization, Exploratory, Project, PMW/A 170, 21

GPS Positioning, Navigation, and Timing Services (GPNTS), P&D, ACAT III, PMW/A 170, 21

H

Hazardous Weather Detection and Display Capability (HWDDC), P&D, AAP, PMW 120, 3

High Frequency (HF) Legacy, Functional, Project, SPAWAR FRD, 62

High Frequency Over-the-Horizon Robust Communications Enterprise (HFORCE), Exploratory, Project, PMW/A 170, 21

High Frequency Radio Group (HFRG), O&S, ACAT III, SPAWAR FRD, 62

High Frequency Shipboard Automatic Link Establishment Radio Program (HFSAR), O&S, AAP, SPAWAR FRD, 62

I

Inactive Manpower and Personnel Management Information System (IMAPMIS), Capability Support, BCAT III Proposed, PMW 240, 48

Initial Spares, SPAWAR 4.0, 68

Integrated Shipboard Network System (ISNS), O&S, ACAT II, PMW 160, 17

Integrated Waveform Control System (IW CS), Functional, Project, PMW 790, 34

Intelligence Carry-On Program (ICOP), P&D, ACAT III, PMW 120, 3

International Maritime Satellite Program (INMARSAT), O&S, ACAT III, SPAWAR FRD, 62

Iridium Enhanced Mobile Satellite Service (EMSS), Functional, Project, SPAWAR FRD, 62

J

Joint Aerial Layer Network-Maritime (JALN-M), Functional, Project, PMW/A 170, 21

Joint Air Logistic Information System (JALIS), Functional, Project, PMW 250, 54

Joint Communications Support Element (JCSE) Modernization, Functional, Project, SPAWAR FRD, 63

Joint Effects Model (JEM), P&D, ACAT III (Army), PMW 150, 11

Joint MILSATCOM Network Integrated Control System (JMINI CS), O&S, ACAT IVT, PMW 790, 34

Joint Tactical Networking Center (JTNC), Joint Tactical Networking Center (JTNC), 83

Joint Warning and Reporting Network (JWARN), P&D, ACAT III (Army), PMW 150, 11

K

KGV-11M, TM&RR, AAP, PMW 130, 7

L

Learning Content Services (LCS), Functional, Project, PMW 240, 48

Learning Management System – Distance Learning (LMS-DL), Capability Support, BCAT II Proposed, PMW 240, 48

Link 11 Legacy Data Terminal Set, Functional, Project, SPAWAR FRD, 63

Link 16 Network, O&S, ACAT II, PMW 150, 11

Link Monitoring Management Tool (LMMT) R1, P&D, ACAT III, PMW 150, 12

Link Monitoring Management Tool (LMMT) R2, EMD, ACAT III, PMW 150, 12

Littoral Battlespace Sensing – Unmanned Undersea Vehicles (LBS UUV), P&D, ACAT IVM, PMW 120, 3

Low Band Universal Communications System (LBUCS) Receive, EMD, ACAT IVT, PMW 770, 29

Low Band Universal Communications System (LBUCS) Transmit, P&D, ACAT IVT, PMW 770, 29

M

Maintenance Figure of Merit (MFOM) System, Functional, Project, PMW 150, 12

Maritime Integrated Broadcast Service/Joint Tactical Terminal – Maritime (MIBS/JTT-M), Functional, Project, PMW 120, 4

Maritime Operations Center (MOC), Functional, Project, PMW 790, 34

Maritime Tactical Command & Control (MTC2), TM&RR, ACAT III, PMW 150, 12

Medical Readiness Reporting System (MRRS), Capability Support, BCAT III Proposed, PMW 240, 49

Meteorological and Oceanographic (METOC) Surface-Based Atmospheric Sensing Capabilities (SASC), Functional, Project, SPAWAR FRD, 63

Meteorological Mobile Facility (Replacement) Next Generation (MetMF(R) NEXGEN), O&S, ACAT IVT, PMW 120, 4

Mobile App Development, Exploratory, Project, PMW 240, 49

Mobile User Objective System (MUOS), P&D, O&S, ACAT IC, PMW 146, 38

Multi-Function Mast Antenna (OE-538 Inc 1), O&S, ACAT III, PMW 770, 29

Multi-Function Mast Antenna (OE-538A Inc 2), P&D, ACAT III, PMW 770, 29

Multi-Function Mast Antenna (OE-538B), EMD, ACAT III, PMW 770, 29

Multifunctional Information Distribution System (MIDS), O&S, ACAT IC, PEO (T)/PMA/PMW 101, 85

My Navy Portal (MNP) 2a/b/c, Functional, Exploratory, Project, PMW 240, 50

N

Naval Aviation Maintenance System (NAMS), Capability Need Identification, BCAT II Proposed, PMW 150, 12

Naval Integrated Tactical Environmental System – Next Generation (NITES-Next), P&D, ACAT III, PMW 120, 4

Naval Justice Information System (NJIS), Acquisition, Testing and Deployment, BCAT III Proposed, PMW 250, 54

Naval Operational Maintenance Environment (NOME), Capability Need Identification, BCAT II Proposed, PMW 150, 13

Naval Operational Supply System (NOSS), Capability Need Identification, BCAT II Proposed, PMW 150, 13

Naval Senior Leadership Communications – Aircraft (NSLC-A), Functional, Project, PMW/A 170, 22

Naval Tactical Command Support System (NTCSS), O&S, ACAT IAC, PMW 150, 13

Navigation Sensor System Interface (NAVSSI AN/SSN-6(V)), O&S, ACAT IVT, SPAWAR FRD, 63

NAVY 311, Functional, Project, PMW 250, 54

Navy Air Operations Command & Control (NAOC2), Functional, Project, PMW 150, 14

Navy Cryptography and Key Management, Functional, Project, PMW 130, 7

Navy Cyber Situational Awareness (NCSA), D&D, RDC, PMW 130, 7

Navy Departmental Systems (DEPARTMENTAL), Capability Support, BCAT III Proposed, PMW 240, 50

Navy Electronic Procurement System (Navy ePS), Acquisition, Testing and Deployment, BCAT II Proposed, PMW 220, 45

Navy Enlisted System (NES), Capability Support, BCAT III Proposed, PMW 240, 50

Navy Enterprise Intranet (iNAVY), Functional, Project, PMW 250, 55

Navy Enterprise Resource Planning (Navy ERP), Capability Support, BCAT I Proposed, PMW 220, 46

Navy Extremely High Frequency SATCOM Program (NESP), O&S, ACAT IC, SPAWAR FRD, 63

Navy Information Application Product Suite (Distance Support 2) (NIAPS (DS2)), Functional, Project, PMW 250, 55

Navy Manpower Requirements System (NMRS), Capability Support, BCAT III Proposed, PMW 240, 50

Navy Maritime Maintenance Enterprise Solution – Technology Refresh (NMMES-TR), Pre-Acquisition ATP, Pre-BCAT I Proposed, PMS 444, 56

Navy Military Personnel Distribution System (NMPDS), Functional, BCAT III Proposed, PMW 240, 51

Navy Multiband Terminal (NMT), P&D, ACAT IC, PMW/A 170, 22

Alphabetical | Index


Navy Personnel Database (NPDB), Capability Support, BCAT III Proposed, PMW 240, 51

Navy Public Key Infrastructure (PKI), Functional, Project, PMW 130, 7

Navy Reserve Order Writing System (NROWS), Capability Support, BCAT III Proposed, PMW 240, 51

Navy Standard Integrated Personnel System (NSIPS), Capability Support, BCAT I Proposed, PMW 240, 51

Navy Training Management and Planning System (NTMPS), Capability Support, BCAT III Proposed, PMW 240, 51

Network Tactical Common Data Link (NTCDL), EMD, ACAT III, PMW/A 170, 22

Next Generation Enterprise Network (NGEN), O&S, ACAT IAC, PMW 205, 43

North Atlantic Treaty Organization (NATO) Improved Link Eleven (NILE), Functional, Project, PMW 150, 14

Nuclear Command, Control and Communications – Navy (NC3-N) Defense Cyber Operations (DCO), Functional, Project, PMW 130, 7

Nuclear Command, Control and Communications (NC3) Navy Modernized Hybrid Solution (NMHS), P&D, ACAT IVT, PMW 790, 34

O

Officer Assignment Information System II (OAIS II), Capability Support, BCAT III Proposed, PMW 240, 51

Officer Personnel Information System (OPINS), Capability Support, BCAT III Proposed, PMW 240, 52

Officer Promotion Administrative System (OPAS), Capability Support, BCAT III Proposed, PMW 240, 52

P

Personalized Recruiting for Immediate & Delayed Enlistment (PRIDE), O&S, AAP, PMW 240, 51

Portable Radios Project (PRP), Functional, Project, PMW/A 170, 23

Primary Oceanographic Prediction System (POPS) – Oceanographic Information System (OIS), Functional, Project, PMW 120, 5

R

Radiant Mercury (RADMERC), O&S, AAP, PMW 130, 8

Readiness and Logistics Support, SPAWAR 4.0, 68

Remote Sensing Capability Development (RSCD), Exploratory, Project, PMW 120, 5

Reserve Integrated Management System – Financial Management (RIMS-FM), Capability Support, BCAT III Proposed, PMW 240, 52

Risk Management Information (RMI), Functional Requirements and Acquisition Planning, BCAT III Proposed, PMW 250, 55

S

Satellite Signals Navigation Set (AN/WRN-6(V)), O&S, AAP, SPAWAR FRD, 64

Sea Navigation Warfare (Sea NAVWAR), P&D, ACAT III, PMW/A 170, 23

Sensitive Compartmented Information Networks (SCI Networks), O&S, ACAT III, PMW 160, 17

SHARKCAGE, D&D, RDC, PMW 130, 8

Ships Signal Exploitation Equipment Increment E (SSEE Inc E), O&S, ACAT III, PMW 120, 5

Ships Signal Exploitation Equipment Increment F (SSEE Inc F), P&D, ACAT II, PMW 120, 5

Ships Signal Exploitation Equipment (SSEE) Modifications, P&D, ACAT III, PMW 120, 5

Shore Messaging Modernization, Functional, Project, PMW 790, 34

Shore Tactical Assured Command and Control (STACC), P&D, ACAT IVM, PMW 790, 35

Shore to Ship Communications Systems, Exploratory, Project, PMW 770, 29

Space Manpower, Programs Supported by SPAWAR, 84

SPAWAR 1.0 Comptroller, 66

SPAWAR 2.0 Contracts, 67

SPAWAR 3.0 Office of Counsel, 67

SPAWAR 4.0 Logistics, 68

SPAWAR 5.0 Chief Engineer, 69

SPAWAR 6.0 Acquisition and Program Management, 71

SPAWAR 7.0 Science & Technology (S&T), 72

SPAWAR 8.0 Corporate Operations, 76

SPAWAR Command and Administration Support, SPAWAR 8.0, 76

SPAWAR Salaries (HQ/PEOs), SPAWAR 8.0, 76

SPAWAR Systems Center Atlantic, 77

SPAWAR Systems Center Pacific, 78

Spectral, TM&RR, Pre-ACAT II Proposed, PMW 120, 5

Spectrum Monitoring and Transition (SMT), Exploratory, Project, PMW/A 170, 23

Strategic Communications Continuing Assessment Program (SCAP) Continuing Evaluation Program (CEP), Exploratory, Project, PMW 770, 29

Submarine 2Z Cog Equipment Restoration (Sub 2Z Cog), Functional, Project, SPAWAR FRD, 64

Submarine Antenna Modifications and Sustainment (SAMS), O&S, AAP, PMW 770, 30

Submarine Communications Buoy (SCB), Exploratory, Project, PMW 770, 30

Submarine High Data Rate Antenna (SubHDR), O&S, ACAT III, PMW 770, 30

Submarine Local Area Network (SubLAN), O&S, ACAT III, PMW 160, 17

Submarine Operating Authority (SUBOPAUTH), Functional, Project, PMW 770, 30

Super High Frequency (SHF) SATCOM, O&S, ACAT II, SPAWAR FRD, 64

T

Tactical Key Loader (TKL), O&S, AAP, PMW 130, 8

Tactical Mobile (TacMobile), O&S, EMD, ACAT III, PMW 750, 25

Tactical Variant Switch (TVS), Functional, Project, SPAWAR FRD, 64

Take Charge and Move Out (TACAMO) Ground Communications – Mobile (TGC-M), O&S, AAP, PMW 770, 30

Telephony, Functional, Project, PMW 790, 35

Teleport, O&S, ACAT IAM, PMW 790, 35

Teleport Service Procurement Agent (SPA), Functional, Project, PMW 790, 36

Television Direct to Sailors (TV-DTS), O&S, ACAT IVM, SPAWAR FRD, 64

Time Division Multiple Access (TDMA) Interface Processor (TIP), Functional, Project, PMW/A 170, 23

Total Force Manpower Management System (TFMMS), Capability Support, BCAT III Proposed, PMW 240, 52

Total Force Manpower Management System (TFMMS) 2.0, Acquisition, Testing and Deployment, BCAT II Proposed, PMW 240, 52

Towed Buoy Antenna (AN/BRR-6/6B), Functional, Project, PMW 770, 30

Transition Engineering (XENG), Exploratory, Project, PMW 770, 31

U

Ultra-High Frequency Follow-On (UFO), O&S, ACAT IC, PMW 146, 39

Ultra High Frequency (UHF) Legacy and Miniaturized Demand Assigned Multiple Access (Mini-DAMA), O&S, AAP, SPAWAR FRD, 64

Undersea Assured Command and Control (UAC2), Functional, Project, PMW 770, 31

U.S. Naval Observatory (USNO) Precise Time and Astrometric (PTA) Network, Functional, Project, PMW 790, 36

W

Wireless Reach Back System (WRBS), O&S, AAP, SPAWAR FRD, 65

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