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© 2014 Open Networking FoundationOpen Networking India Symposium, January 31 – February 1, 2016, Bangalore
SPSDN/NFVUseCases
Mike McBrideSr. Director of Innovation, Huawei
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This is the year of open source in networking
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Collision of SDO’s and open source
Standards Open Source
The New Lifecycle
Use Cases
ArchitectureStandards
Implementations
Use Cases
OSS Components
OSS Reference Platforms
Architecture
ONOS Partnership
ON.LAB SERVICE PROVIDER PARTNERS
COLLABORATORSVENDORPARTNERS
China Unicom Agile VPN Solution
Restful Java
North Bound API
Distributed core
South bound API
ONOS
VPN application(Easy setup、fast add/remove VPN Site、 bandwidth on demand)
PEPE CECE
P
P
P
P
Branch 3Branch 1
Branch 2
OF1.3Legacy Protocol
• Fast VPN Provision/De-provision
• Add/Remove a site
Easy Setup
• Service data consistency is maintained by ONOS (HA)
• Scale out when more NB APPs run and network increases in size (Scalability)
• Low latency in network state notification
ONOS Based Controller
• Time/Event based BoD• Congestion Control• VPN Path Protection
Services for VPN User
RO
ADM
(Core)
Commodity Servers, Storage, Switches, and I/O PODs
CORD – Virtualization Sliced Network
PONOLT MACs
Leaf-SpineFabric
BBUs(Multi-RATs)
ONOS (Virtualization, Slicing) + OpenStack (Multi Domain) + XOS
4GVirtual infra +
ONOS + mobile edge over multi-
RAT
5GVirtual infra +
ONOS + mobile edge over multi-
RAT
Residential Virtual infra +
ONOS + vOLT, vCPE, vBNG, vCDN
EnterpriseVirtual infra +
ONOS + VPN, TE,
vCDN
…Infra Slices
EnterpriseMetro Ethernet
Spin up PODResources &Services On Demand
CORD Roadmap
R-CORDSupport residential customers over GPONServices: standard (vOLT, vSG, vRouter) +
cloud (CDN)Access rack: OLT white box
AT&T field trial: Q1, 2016Subsequent phases: Q2, Q3,
2016Production deployment in 2016
E-CORD
Support enterprise customers over metro Ethernet
Services: standard (VPN, E-Line, E-LAN) + cloud (CDN)
Access rack: Ethernet, ROADM
POC at ONS in March 2016Hopefully a trial in Q4, 2016
Potential Collaboration with MEF
M-CORD
Support mobile customers over multiple RATs
Services: standard (mobile VNFs) + mobile edge comp
Access: vBBUs, disaggregated eNodeB
POC: ONS in March 2016Integration with disaggregated
eNodeBClosed source è Open source
Common Infrastructure: servers, fabric, ONOS, OpenStack, XOS, servicesOpen Reference Implementation, Q1, 2016
MobileEdgeProblemStatement
▪ Alltrafficsaregatheredtothecenterofmobilecore:
▪ Itisexpensivetocopewithunpredictablepeaktraffic▫ Inefficienttohavesurpluscapacityeverywheretohandlepeaktraffic▫ Deployingnewinfrastructure& services takeslongtime▫ Trafficsurgevarieswithtimeandlocation
▫ loadonbackhaul,backbonetransportandcoresystems likeSGW/PGW▫ Lackofoperator’sflexibility forlocalizedcustomeroptimization▫ DeteriorationonQoE
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M-CordPOCScenario
▫ Non-localtrafficlikewebandemailtraversetocentralcoresameasbefore▫ Localvideotrafficisservedbylocalcache▫ TrafficofLocalcommunicationorIntranet isdivertedtolocalnetwork
Mobile CORD
Internet
EnterpriseIntranet
LocalDNS
VideoCache
LocalEPC
LocalVideoTraffic
Non-LocalTraffic
LocalCommunicationTraffic
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IoT Edge Computing over VSER
• ICNAllowsPush/Pullsimultaneousmode,CacheimprovesScalability+Reliabilityofthesystem
• Hereconsumersneedtobenotifiedbasedontheirvaryingcriticality• E.g.User/First-Responder/HealthcareProvider
• Lesscriticalconsumerscanrelyoncachewhilemorecriticalconsumersrelyonnotification.
• Notificationslostcannotbereproduced,cachehelpsfromthisperspectivetoo.• IncreasestheScalability+Reliability oftheIoT system.
SensorService-x
ServiceControllerApp.
MonitoringService
User
FirstResponder
HealthcareProvider
PersonalHealthMonitoring
ICN-VSERICN-R
ICN-R
Health Service-x
Interval:~1hr
Interval:RT
Interval:30mins
[1]Li,S.,Zhang,Y.,Raychaudhuri,D.,Ravindran,R.,Zheng,Q.,Wang,GQ.,andL.Dong,"IoTMiddlewareoverInformation-CentricNetwork",GlobalCommunicationsConference(GLOBECOM)ICNWorkshop,2015.
Push:Interest{/sensor-service-x:{SensorID=0xabcdTemp=Value}}
Republished
Push
Pull
CachingCachingCaching
Sensor-App
MCORD
MEF UNITE Program
Launched to coordinate internal & external engagement with Open Source Projects, Standards Development Organizations,
Associations & to lead the industry migration to agile, assured and orchestrated services.
OTNCore EthernetAccess
NetworkOperator2(WholesaleAccessProvider)
EthernetAccess
NetworkOperator1(RetailServiceProvider)
MPLSCore
UserServiceEndpoint
UserServiceEndpoint
OperatorServiceEndpoint
ServiceProviderBusinessApplications
Infrastructure&ElementControl&Management
Infrastructure&ElementControl&Management
End-to-EndNetworkasaService
OperatorVirtualConnection OperatorVirtualConnection
Self-serviceWebPortal
LSO$Capabili+es$Fulfillment$|$Performance$|$Control$|$Assurance$
Usage$|$Analy+cs$|$Security$|$Policy$
MEF LSO: Lifecycle Service Orchestration
Third Network Pillars: LSO / SDN / NFV
POF - Reinvent Network Data Plane
action (instruction
block in POF-FIS)
match key param. pointer
dynamically loaded entry
dynamically loaded entry action (instruction
block in POF-FIS)
dynamically shared global
resource(e.g., counter,
meter, flow metadata, etc.)
Abstract IR
High Level
Language
Compile
Standard Config/Runtime interface(s)
ProgrammableChips
Runtime
l Software-based deployment
l Runtime reconfigurable
Agility
l Match-action pipeline
l Match on anything
l Customized action
Flexibility
l Same device, multiple purpose
l Upgrade on software only
l Open ecosystem
Low Cost
What POF promises
• Opensource in networking is happening now• SDOs and Opensource must collaborate• Several compelling use cases
Conclusions
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