complete commercial homeland security and fire technology 8 th to 10 th dec. pragati maidan new...

Complete Commercial Homeland Security and Fire Technology 8th to 10th Dec. Pragati

Maidan New Delhi

Sanjay Sahay, IPS IGP, Karnataka Dr. Raghu Rao, Computer Scientist

Homeland Security C4I and CCTNS

Sanjay Sahay, IPS IGP, Karnataka Dr. Raghu Rao, Computer Scientist

C4I AND CCTNS

Ingredients for C4I

Command and Control Communication Computers Interoperability

C4I AND CCTNS

Ingredients for C4I

C4I is a reasonably old concept by now and has seen multiple upgrades but has failed to have a widespread footprint in this country!!!

C4I AND CCTNS

Homeland Security

Events may come and go but the problems persist. A solution based think tank across all stakeholders is the need of the hour

Homeland Security

Suggestive Components

ERP Solution

Command and Control Center Interception Systems

TETRA Radio Network Video Surveillance System AVLS

Geo-Spatial Technology AWACS- Air/Naval

Homeland Security- C4I and CCTNS

Command and Control

Command Needs - Master Control Center- City Based

Master Control Center – 4.5 ++ Generation

Master Control Center - Screens, Dispatchers, Vehicle Controllers

Computers on Open source Software

Command Center software needs

Legacy Systems


Command and Control - Issues

City Based Comprehensive Command Centers

Rural Areas don’t figure in our scheme of things

Integration into a State Level c4i

Regional Integrations-7 c4i

Integration of Regional Level c4is into one National c4i- complete response to all grave situations


Control Pyramid

National c4i

State Regional c4is

Base level c4is


Vulnerability Assessment

Threats • City Based Threats • Organized Crime, Acts of Terror CITY

• White Terror • Large Amounts of Money Laundering STATE

• Destruction of Critical Infrastructure • Illegal landing of weaponry/merchandise NATIONAL

Homeland Security-C4I and CCTNS

Communications

Communication Equipment Needs

Communication National Back Bone

Communication State Back Bone

Communication National Grid

Communication State Grid

Communication in Free to Air mode


Communications- Proposed National Framework-CCTNS

Mission Mode Project under the National eGovernance Plan

Intends to connect 14,000 Police Stations and 6000 higher Police Offices across the nation

Concept of State and National Data Centers Creation

of a Core Application Software for the nation

Synchronization of Nationwide communication equipment


Communications- Proposed National Framework-CCTNS

One Standard One India

Comprehensive guide to procure and deploy hardware, connectivity and services


CCTNS- Police IT- Final Output

Front of CCTNS Project in Karnataka

Police IT is an ERP backbone for all policing requirements in the State

It has 12 modules from Crime to MIS

Deployment across all 906 Police Stations and 500 other Police Offices

Messaging is already a part of the Police IT



Its gone live across Karnataka and all functionalities of Crime Modules would be in use another month

Intends to integrate all legacy to this software on the concept of single sign in

In principle integration of TETRA is possible with this network



All components of the c4i can be seamlessly integrated to this software thus providing an integrated solution to peacetime and crisis situations through the same system, providing the ease of usage so necessary to the end user

C4I thus becomes the Command/ Control/ Response Module of the ERP Solution


ISSUES

No learning curve- institutional or individual

Undue importance to Hardware

Adhoc integration and adhoc deployment

Non-availability of near machine software

Present operability is at Layer 7.


ISSUES- C4I- Institutional Limitations

Cross connectivity- Never heard of

Solutions imposed by Vendors

Vendor and User- Unwilling to bridge the gap

Lack of understanding of user requirements and infrastructure demands

Obsolete equipments proposed for majority of RFPs


ISSUES- C4I- Institutional Limitations

Trade restrictions by Technology leaders

ITAR issues


ISSUES- C4I- Roadmap

State of art equipment

Shorter procurement cycles

Demonstrated capability of the Vendor and SI in Indian conditions

SRS/FRS/USER Requirements to be correctly mapped

Project Management Mode for all stakeholders



Integration is the key for real product and service delivery

RDBMS and finally the ERP is the final solution

All tasks for an organization emanates out of an ERP and all data is keyed in the ERP for multidimensional use.



A survey by the vendors of the AS IS in Delhi, Mumbai and Bengaluru with a roadmap of integration and proposed upgradation in a phased manner would be the initiation of a positive process in the right direction, likely to yield results sooner than later


Any questions!!!

We will deliver together.

Thanks for being a great listener

Framework for Safe & Secure City

ERP Solution

Historical system architectures

Historically, companies created “islands of automation”. A hodge-podge of various systems that operated or managed various divergent business processes. Sometimes these systems were integrated with each other and sometimes they weren’t. Sometimes they were loosely interfaced and sometimes they were more tightly interfaced.


ERP Solution

What is an ERP - Key Characteristics

Integration

Seamless integration of all the information flowing through a company- financial and accounting, human resource information, supply chain information, and customer information.


ERP Solution

What is an ERP - Key Characteristics Packages

Enterprise systems are not developed in-house •Information System life cycle is different

1. Mapping organizational requirements to the processes and terminology employed by the vendor and 2. Making informed choices about the parameter setting

• Organizations that purchase enterprise systems enter into long-term relationships with vendors.

• Organizations no longer control their own destiny.


ERP Solution

What is an ERP - Key Characteristics Best Practices • ERP vendors talk to many different businesses within a given

industry as well as academics to determine the best and most efficient way of accounting for various transactions and managing different processes. The result is claimed to be “industry best practices”.

• The general consensus is that business process change adds considerably to the expense and risk of an enterprise systems implementation. Some organizations rebel against the inflexibility of these imposed business practices.


ERP Solution

What is an ERP - Key Characteristics

Some Assembly Required Only the software is integrated, not the computing platform on which it runs. Most companies have great difficulty integrating their enterprise software with a package of hardware, operating systems, database management systems software, and telecommunications suited to their specific needs. • Interfaces to legacy systems • Third-party bolt-on applications • Best of Breed Strategy


ERP Solution

What is an ERP - Key

Characteristics Evolving Enterprise Systems are changing rapidly

• Architecturally: Mainframe, Client/Server, Web-enabled, Object-oriented, Componentization

• Functionally: front-office (i.e. sales management), supply chain (advanced planning and scheduling), data warehousing, specialized vertical industry solutions, etc.


ERP Solution

Why implement an ERP System?

• To support business goals

- Integrated, on-line, secure, self-service processes for business

- Eliminate costly mainframe/fragmented technologies

• Improved Integration of Systems and Processes • Lower Costs • Empower Employees • Enable Partners, Customers and Suppliers


ERP Solution

How should we implement ERP systems

Obtain the right mix of people, processes and technology!!


ERP Solution

How should we implement ERP Systems?

• People - Project Structure – Should be aligned to processes

• Process - Implementation Process (outlined in detail) - Adapt your processes to those of the ERP. • Technology

- Hardware - Software - Integrated Systems


GIS based G-CARE

INTRODUCTION TO GEOGRAPHIC INFORMATION SYSTEM:-

TH GIS SOURCES ARE GENERALLY MAPS, IMAGES, DATASETS, GPS INPUT,TEXT DATA, TABULAR DATA.

MAPS: SPATIAL DATA WHICH OCCUPIES CARTOGRAPHIC SPACE AND THAT USUALLY HAS SPECIFIC LOCATION TO SOME GEOGRAPHIC REFERENCING SYSTEM (EX:-LATTITUDE, LONGITUDE)

IMAGES: PICTURES PRODUCED BY SATELLITES (REMOTE SENSING DATA)

GPS DATA: GPS DEICES WHICH DIRECTLY GIVES THE LATTITUDE AND LONGITUDE ( THE POINT OF A LOCATION )

TEXT DATA : REPORTS IN THE FORM OF TEST DEALING WITH SPATIAL SUBJECT.

TABULAR DATA: GENERALLY NUMERIC SUCH AS CENSUS DATA AND RDBMS DATA.

GIS PLATFORM : GIS SOFTWARE : ARC GIS (ARC VIEW, MAP OBJECTS ETC.,)

OPERATING SYSTEM : WINDOWS 2003 FOR SERVER AND MAP OBJECT FOR SERVER AND WINDOWS FOR CLIENTS WITH MAP OBJECTS , ARCVIEW .

ALL THE ABOVE COMPONENTS CONSTITUTES A GEOGRAPHIC INFORMATION SYSTEM


GIS based G-CARE

Representation Of A Complete GIS Module

MAPS/GPS DATA TABULAR DATA IMAGERY

GIS DATABASE

MAPS/GPS DATA MAPS/GPS DATA MAPS/GPS DATA


GIS based G-CARE

Introduction to G-CARE

The State Crime Records Bureau , Karnataka State Police has entrusted the Development of Geographical Information System based Crime Analysis and Reporting Engine (GCARE) project in the year2003 to Karnataka State Remote Sensing Application Centre ( KSRSAC), a Division of Dept of IT and BT , Govt. of Karnataka, the Nodal Agency for Remote Sensing and GIS.


GIS based G-CARE

The salient features of the G-CARE software are :-

• Show the locations of Crime by time, modus operandi and other characteristics

• Determine the Crime ‘hot spots’ • Reveal patterns or trends

• Show census data and correlate the crime data • Determine the statistics in graphic mode for any Crime type (heinous and non heinous)


GIS based G-CARE

The objectives of the project is as follows:-

• Digitisation of Police Station boundary from village maps and integration with road and administrative boundaries with the latest available scale).

• Spatial database creation(Police station wise, Circle wise, Sub Division wise and District Wise

• Customization of the requirements as per SCRB and deployment of the package at the District Head Quarters. • Training of officers and the operating staff to use GCARE.


GIS based G-CARE

GCARE MODULES 1. Crime Module 2. Village Module

Crime Module For Bangalore City Latest Large Scale Map(1:2000)and Districts The Maps Of Small Scale Village Module Is Integrated Into Gcare For The Districts To Retrieve The Village Information Of Any Village Of Police Station . This Will Help In Organising The Security Arrangements During Elections/Fairs And Festivals.


GIS based G-CARE

Requirements And Inputs Provided By SCRB Karnataka

• Software requirement specification (SRS) • Crime-criminal database (CCIS) • Sketch maps of 876 Police Station jurisdictions • Latitude and longitude data of all police stations • Village information as per the requirement were

collected for the entire state


GIS based G-CARE

Roles and responsibilities of KSRSA CARE

• Design and Development of Spatial and Non-spatial database • Development of customised GIS application with querying and analysis tools

• Deployment of G-CARE at DCRB at all district HQs. • Required manpower and technical expertise during implementation.

• Training on G-CARE for districts/State(approx 60) • Technical support for a year after implementation


GIS based G-CARE

Roles and responsibilities of SCRB are

• SCRB will provide all the crime data in digital format (presently CCIS data)

• Police station location and jurisdiction limits will be provided by SCRB

• Liasioning and coordinating • Periodically review and monitor the progress of GCARE


GIS based G-CARE

Benefits of the project G-CARE

• Analyse and display the crime trends and crime patterns

• Relate crime data to socio economic and other spatial factors

• Better decision making • Strategy for Crime Prevention


GIS based G-CARE

Features Of G-CARE

• Crime Plotting

• Identify The Hot Spots Of A Given Crime • Date Range /Time Of Occurrence Of Crime For Police Station,

circle, Sub Division And District • Property Crimes

• Heinous And Non Heinous Crimes • Road Accidents • Display Village Data For Analysis


GIS based G-CARE

Output:

Generations Of Charts And Statistics Dynamically Aggregated At Various Administrative Levels(PS, Circle, District, State wise) For The Crime Heads As Per CCIS.


GIS based G-CARE

GEOGRAPHICAL ANALYSIS FOR THE FOLLOWING • Heinous Crimes

• Non Heinous Crimes • Other IPC Offences • Mob Criminals Operating In An Area

• Age, sex, profession wise Criminals / Victims Analysis Crime Pattern In Different Ps Limits Analysis For Village Data And Co-relating The Crime Data


GIS based G-CARE

GIS Application GUI

• Menu Driven And Ease Of Use • Password For Security • Pop Up Menus For Easy Retrieval

• Graphs, Charts, Pinpointed Maps, shaded Maps • Linking Of Appropriate CCIS Data

• Display Of Maps With Legend And Statistics • Good Colour Selection And Colour , Contrast Adjustment With Zoom In And Out Facility • Point Information Displayed On A Mouse Click


Command and Control Center

Single Portal Access to C4i A web-based Solution that integrates surveillance CCTV feeds, Emergency Response, AVTS, ITS, Coastal Security, TETRA & GPS Location data on GIS Map



Integrated Command Control Coordination And Communication System

Multi Vendor Video Integrated Situation Management Management


Incident Flow Command and Control Center-

ALERT

Map Data Video Data Incident Data

PCR

a Ambulance

C4i Operator Fire

Response Task Completed Procedure & Reports Activated Incident Closed



C4i Functionalities

• Incident Management • Training and Simulation • Video Management • Recording, Debriefing and

Analysis • Integrated 2D GIS • Reports • Sensor Management • Administration and Authorization • Situation at a Glance • Video Wall Management • Sounds and Announcements • Skill Set Management • Threat level Management • Work flow/Business Process • Mobility

• VOIP Integration


Interception Systems

Where Are We Looking?



What Do We Intercept?

Voice Fax

SMS Data


Interception Systems Mass Interception Architecture

Mobile ILD Fixed Sat IP

Networks

VerbaPSV Mediation Storage & Archival

Processing - Demod & Speech

WS 1 WS 2 WS 3 WS 4 WS 5 WS 6 WS 7 WS 8



Advantages Of Mass Interception Systems • Completely passive

• Undetectable by GSM/CDMA/PSTN Subscriber • Undetectable by Network Operator • Same system can be configured to work with GSM

CDMA Fixed Line

• Accurate acquisition of network data • Can be used with Speaker ID systems • No interaction with network equipment • Small size, complete system can be mounted in a small truck/van



What Can The Verbacentre Do? • Connects to multiple service providers • Intercepts Voice, Fax and SMS • Records all CRI/IRI • Processes and correlates Call Content and CRI data • Demodulates Fax • Decodes SMS • Reconstructs GPRS/EDGE and 1xRTT Sessions • Provides Location Cell ID • Provides IMSI, IMEI etc..



User Interface



GSM Identity Interrogator And Geo-locator




Harrier- Applications Key Applications • Identification of Targets’ unknown mobile • Detecting Targets’ Presence • Direction Finding to locate Target

Other Applications

• Detection GSM Activity in a secure zone • Profiling Targets • Denial of Service



How It Works

GSM Network

Harrier

• Mobiles monitor up to 6 BTSs • Harrier clones neighbour BTS • Entices mobile to register, captures mobile identity IMSI, IMEI and TMSI etc.



Geo-locating A Target • Harrier team deployed to this cell location

• Once located Target is locked to 1 Harrier and Silent Call initiated. •

Target’s phone begins transmitting 2 and DF teams move in to track and

locate phone 3 • Multiple DF can be deployed for

rapid target location. Covert Handheld & Body-worn DF available



ReveaLinx

Exposes the invisible links hidden in your data



What is ReveaLinx

Link and Network Analysis

• Create nodes and links from source data – “bottom up” - disparate sources

• Visualize

- for analyst to interpret and communicate

- harness the human mind • Unique analytical methods

- Relationships - Patterns - Networks



Source Data

You see data today in the form of records, tables, graphs, reports

Ref# Name Address Phone ID# XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890 YYY202 SAM SMITH 888 OAK STREET 888-999-0000 111-11-1234



Nodes

ReveaLinks breaks these records into the smallest relevant elements - “Nodes”

Ref# Name Address Phone ID# XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890 YYY202 SAM SMITH 888 OAK STREET 888-999-0000 111-11-1234

BILL JONES 999 WEST 4TH ST

999-666-8888

234-56-7890

XXX101



Links

Then shows how these individual elements of data are connected to each other - “Links” Ref# Name Address Phone ID# XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890 YYY202 SAM SMITH 888 OAK STREET 888-999-0000 111-11-1234

BILL JONES 999 WEST 4TH ST

999-666-8888

234-56-7890

XXX101


Interception Systems - Relationships

Using both nodes and links, complex indirect relationships can be ‘discovered’ in large volumes of data

BILL JONES 999 WEST 4TH ST PHIL CLARK 848-090-9904

999-666-8888 JOE PAGE

234-56-7890 459-89-9986

XXX101 ROB JONES



Nodes


Interception Systems - Attributes

Address Node Attributes Vehicle Node Attributes Dwelling Type: Unit Make: Mazda Year built: 1964 Model: Astina Bedrooms: 2 Year: 1998 Title: Torrens Engine Size: 1800 Total Occupants: 1

Person / Address Link Attributes Years at Address: 5 Status: Owner Joint Ownership: No Other Occupants: No Total Occupants: 1


Interception Systems ReveaLinx Architecture

Data Servers Data Modelling and Analysis Investigation Presentation Analyst 1 Case A

DB1

Workstation Deploy Applications Presenter Analyst 2

Develop Applications DB2 Case Delivery

Workstation Case B

Results Analyst 3 Direct connection to Delivery systems to retrieve data Data

Files ReveaLinks Presenter

Workstation


TETRA

• Radio systems are still the backbone in a modern public

safety and security network, because the field operations

rely entirely on its functionality and reliability. • TETRA =

TErrestrial Trunked RAdio

• Mobile Telephony : GSM : : Radio Communication: TETRA


TETRA

TETRA Is Purpose-built Technology For Mission Critical Communication

Specialized group communication High availability • one-to-many communication • Redundancy • Push-to-talk, instant call • Priorities

connection in less than 0.5 sec • Direct Mode Operation • Base station fallback

Uncompromising security Advanced data services • Authentication • Status and text messaging • Air interface encryption • IP packet data • End-to-end encryption • High speed data - TEDS • Disabling of stolen radios


TETRA

In The Past Agencies Used To Have Their Own Private, Isolated Radio Communication Systems

Rescue Fire dept.

Public Traffic police transport

ation

Power generation & distribution Crime unit

Ambulance


TETRA

TETRA Enables Sharing Of A Common Infrastructure Between All Mission Critical Users

Fire Dept.

Rescue Traffic Police

Power Generation Public Transportation & Distribution

TETRA Crime Unit Ambulance


TETRA

TETRA enabling services

• No technical communication barriers between organizations

• Enables efficient co-operation between authorities especially in large incidents

• Seamless communication readiness everywhere, while VPNs retain inter-agency privacy

• Connecting independent networks together


TETRA

TETRA enabling services…

Enables new data-intensive applications: high quality images

multimedia video clips access to intra/internet field command systems

Sharing a common TETRA infrastructure by all authorities improves inter-agency cooperation in large incidents


Components Video Surveillance System -

Managing Transmitting Securing Access Video Video

Capture Video

Wireless Transmission for Cameras Firewall

View and Store Video

Control WAN Solution transmission Intrusion to NOC Detection

Response


Video Management Video Surveillance System -


Response Management Video Surveillance System - Enables Communications Between Multiple Devices

VHF PSTN RADIO

IPICS Mgmt. Softwar e

UHF PTT over RADIO Cellular

Cell VoIP PTT IP Phone


Secure Access Video Surveillance System -

System Management Protect the core applications from Policy—Reputation—Identity

attack

Application Security Protect the video

content from Content Security misuse and

abuse

Network Security Ensure no attacks or

Endpoint Security malfunction in the network

Self-Defending Network: Ensure end

Best of Breed Security in a users cannot abuse the Systems Approach

system


Video Surveillance System

Features Of Proposed Architecture • Hierarchical Architecture Video endpoints/Police stations and

Control rooms

• Easily Scalable : Add more video Surveillance points/Police stations and Control rooms

• Redundancy: In an emergency, control and monitoring can be easily transferred to any other point on the network • Secured IP based Network enables Anywhere, Anytime, Any Device, access

• Easy to Manage: Management/Administration and Configuration through Web clients

• Third party Integration: Integration of 3rd party Video Analytics, Storage .. etc


Video Surveillance System

Next Steps

• Determine the Type of Camera’s required at each video Surveillance points

• Determine the bandwidth required at each video Surveillance points

• Conduct the feasibility study to determine the Type of Connectivity media ( Ethernet/Leased line/Wireless) required between video Surveillance points to Police stations and to Control room and DGP office and work closely with service providers.

• Finalize on 3rd party application Integration • Finalize the Architecture


AVLS

Technology Position In Adoption Cycle

Fleet Management Solution Online Vehicle Tracking

In Vehicle Display Terminals OCC Systems

Offline Vehicle Tracking Navigation Systems

I Innovators Estimated Time of Arrival Systems

Passenger Identification Systems EA Early Adopters

Occupancy Monitoring System EM Pragmatists Early Majority

Driver Identification System

Mobile Application LM Pragmatists Late Majority C T Traditionalists Live Video Streaming h

In Vehicle Computers a Driver Assistance System s I EA EM LM T

m


GPS Technology AVLS -

Server

Geostationary Satellite

Mobile Service Provider Network

GPS/GPRS Module Reports

Over Private APN

Security Team

Mobile Tower


AVLS

Technology & Benefits


Key Functionalities AVLS -

Locating Closest First Responder On An Incident Report Using Fleetcheck

Once an incident information is received at the control room, then can navigate in the map to that report and identify the closest police officer to that location. This can closely integrate with Dial 100 solution aswell.


AVLS

Key Functionalities

Directing The Officer To The Right Incident Spot

When a police officer has to be sent to a particular location, the control room staff can advice on the directions to be taken by the vehicle using the live vehicle movement data on the maps.


AVLS

Key Functionalities

Automated Trip Sheet Generation

The man power spent on report generation and maintenance can be reduced with the help of automated trip sheet generation. Data includes vehicle on nightly basis, with starting location and all the other locations covered by the vehicle.


Key Functionalities

Efficient Fuel Disbursement

Fuel level can be monitored live across vehicles and the usage can be monitored and controlled efficiently.


AVLS

Key Functionalities

Feature to provide vehicle service alerts at every programmed km interval

The vehicle maintenance schedules can be fed to the system to generate alerts at periodic intervals.


AVLS

Key Functionalities

Creating Active Geofences To Track Critical Vehicle Movement

If a particular police vehicle is on a predetermined trip such as moving prisoners, etc, a virtual fence may be created which can be used to detect any violations to the prescribed route.


AVLS

Key Functionalities

Capability To Track All Idling Locations, Idling Durations

All the locations where the vehicle was stopped including for traffic lights will be tracked and will be available in the control room.


AVLS

Key Functionalities

Ability To Look At The Path Traveled By The Vehicle For Any Given Timeframe

From one location, i.e. the control room, the tracking members can identify the trace of route or path taken by the vehicle in any given timeframe. The coverage of the patrol to various points can be tracked using the system.


AVLS

GPS Enabled Departments

GPS Enabled Departments Bangalore police had adopted GPS for about 750 four wheelers which is monitored from central command and control center. Now the Bangalore police is expanding to two wheeler tracking as well.

Delhi police had adopted GPS technology for about 640 two and four wheelers, which are monitored and operated from central command and control center.


AVLS

Key Functionalities

• Live tracking of the first responder vehicles • State of the art control room for monitoring the operations • Dial 100, emergency call handling system

• Officer & Team identification and coordination • Estimated time of arrival to the destination • Alert and Communicate with the officers on the move • Log of exact activity by individual officers. • Control over unauthorized and unscheduled stoppages. • Faster response time by better coordination with traffic department


AVLS

Live View Screenshot

Geo-Spatial Technology

Geo-Spatial Technology DHS Mission Statement

According to the National Strategy for Homeland Security and DHS’S mission statement,

homeland security covers prevention, protection, response, and recovery.

Geospatial products and intelligence play a key role in departments’ preparation for disasters and its response to them and support incident management

R E Q Sun Synchronous Imaging Satellites U I R E M E T Spectral Bands S

Swath

Ortho Pan

Geo-Spatial Technology

Geo-Spatial Technology Geospatial Information Stages

Geo Techno- Specialty

Core Data logies Fields

Ideas

Geospatial Technology Some applications in Homeland Security

Geospatial Technologyprovides enhanced geospatial understanding of a facilities vulnerabilities and speed up detection and response time in the event of a security breach

Rapid access to extensive data, displayed in a geospatial medium helps protect critical assets and infrastructure and ensures public safety

Geo-Spatial Technology DHS Spatial Data Infrastructure

DHS Spatial Data Infrastructure(SDI),a subset of Enterprise Architecture, consists of geographic system software and hardware, geospatial applications, data, standards, policies, programs, and the human resources necessary to acquire, process, analyze, store, maintain, distribute, and otherwise use geospatial data as a strategic asset for the DHS and the nation

Geo-Spatial Technology Geospatial Preparedness

The Final Destination

Means the level of overall capability and capacity necessary to enable all levels of the Dept to use geospatial data, geographic information systems software and hardware, and geospatial applications to perform essential functions such as prevention, detection, planning, mitigation, response, and recovery in order to minimize loss of life and property from weapons of mass destruction, terrorist threats, major threats, major man made accidents, and natural disasters

We owe it to every INDIAN

You guys have been good to me

Thank You

complete commercial homeland security and fire technology 8 th to 10 th dec. pragati maidan new...

Documents

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