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Utilize vendors VNFs in the ONAP platform.


TIC Location

VNFsCode / Vendor

Intended VNF Provider

Edge

vSBC

Huawei

vPCSCF

Huawei

vSPGW

ZTE/Huawei

vePDG?

Core





vPCRF

Huawei

VI/SCSCF

Huawei

vTAS

Huawei

VHSS

Huawei

vMME

ZTE/Huawei

Note: The above captures the currently committed VNF providers, we are open to adding more VNF providers.

Note: The committed VNF providers will be responsible for providing support for licensing and technical assistance for VNF interowrking issues, while the core ONAP usecase testing team will be focused on platform validation. 

NFVI+VIM:

Utilize vendors NFVI+VIMs in the ONAP platform.


TIC Location

NFVI+VIMs

Code / VendorIntended VIM Provider

Edge

Titanium Cloud (OpenStack based)

Wind River

VMware Integrated OpenStack

VMware

Core

Titanium Cloud (OpenStack based)

Wind River

VMware Integrated OpenStack

VMware


Note: The above captures the currently committed VIM providers, we are open to adding more VIM providers.

Note: The committed VIM providers will be responsible for providing support for licensing and technical assistance for VIM integration issues, while the core ONAP usecase testing team will be focused on platform validation. 


Network equipment? (TBA)

Network equipment vendors.

...

Network equipment intended provider
DC gateway
WAN/SPTN PE router

Note: The above captures the currently committed HW providers, we are open to adding more HW providers.

Note: The committed HW providers will be responsible for providing support for licensing and technical assistance for HW integration issues, while the core ONAP usecase testing team will be focused on platform validation. 

Topology Diagram:


Work Flows:

Customer ordering

...

                



Controll Automation:

Open Loop

  • Auto ticket creation based on the policy (stretch goal)

Closed Loop

  • Auto-scaling (stretch goal)

When a large-scale event, like concert, contest, is coming, the service traffic may increase continuously, the monitoring data of service may grow higher, or other similar things make the virtual resources located in TIC edge become resource-constrained. ONAP should automatically trigger VNF actions to horizontal scale out to add more virtual resource on data plane to cope with the traffic. On the contrary, when the event is done, which means the traffic goes down, ONAP should trigger VNF actions to scale in to reduce resource.

...

After the fault detected and its root correlated, ONAP should do the auto-healing action as specified by a given policy to make the system back to normal.

Open Loop

  • Auto ticket creation based on the policy

Closed Loop

  • Horizontal scaling to support add or remove machines into the pool of resources
  • Vertical scaling to support add or remove resources (ex. CPU, Memory, Storage) from existing virtual machines ?Stretch goal?
    • comment: Vertical Scaling seems to be explicitly discouraged by the VNF Guidelines.  Is Vertical Scaling a valid use case requirement?

Configuration flows (Stretch goal)

  • Create (or onboard vendor provided) application configuration Gold standard (files) in Chef/Ansible server
  • Create Chef cookbook or Ansible playbook (or onboard vendor provided artifacts) to audit and optionally update configuration on the VNF VM(s)
  • Install the Chef client on the VM (Ansible doesn’t requires)
  • After every upgrade or once application misconfiguration is detected, trigger auditing with update option to update configuration based on the Gold Standards
  • Post-audit update, re-run audit, run healthcheck to verify application is running as expected
  • Provide configuration change alert to Operation via control loop dashboard

...

  • SDC
    Add logic to use the new modeling when designing the service, and then distribute the resulting artifacts
  • SO
    Add logic to understand the new artifacts; orchestrate/manage changes according to it
  • SDNCSDN-C/SDN Agent
    Add logic to support to provision the underlay and overlay connection service between clouds, including 3rd party commercial SDN controllers. 
  • DCAE
    Support statistics collection on the VoLTE case and receipt of events as per the new model
  • VNF
    Support to integrate with S-VNFM/S-EMS to fulfill the NS lifecycle management and configuration.
  • VFC VF-C and DCAE
    Support more complex control Support the above control loops
  • SO/SDNCSDN-C/SDN Agent/VFCVF-C
    Monitor the service to verify the all NSs/VNFs have been executed, and update A&AI. 
  • A&AI
    Support the new data model
  • Policy
    Support new policy related to the scaling and healing in VoLTE use case
  • Multi-VIM
    Support multiple VIMs 

...

Functional Platform RequirementVoLTEPriority

basic/stretch goal

default basic goal

VNF onboarding12
Service Design11
Service Composition11
Network Provisioning11
Deployment automation11
Termination automation11
Policy driven/optimal VNF placement13stretch
Performance monitoring and analysis12
Resource dedication1?
Controll Loops 12
Capacity based scaling13stretch
Triggered Healthcheck12
Health  monitoring and analysis12
Data collection12
Data analysis12
Policy driven scaling13stretch
Policy based healing12
Configuration audit13stretch
Multi Cloud Support12
Framework for integration with OSS/BSS13stretch
Framework for integration with vendor provided VNFM(if needed) 11
Framework for integration with external controller11
Non-functional Platform RequirementVoLTE

Provide Tools for Vendor Self-Service VNF Certification (VNF SDK)1NANA
ONAP platform  Fault Recovery1NANA
Security1NANA
Reliability1NANA
Dister Recovery1NANA
ONAP Change Management/Upgrade Control/Automation 1NANA

Work Commitment:

< identify who is committing to work on this use case and on which part>

Work Item

ONAP Member Committed to work on VoLTE

Modeling

CMCC, Huawei, ZTE, BOCO

SDC

CMCC, ZTE

SO

CMCC, Huawei, ZTESDNC

SDN-C/SDN-Agent

CMCC, Huawei

DCAE/Homles/CLAMP

CMCC, ZTE, BOCO, Huawei, Jio

VFCVF-C

CMCC, HUAWEI, ZTE, BOCO, Nokia, Jio

A&AI

HUAWEI, ZTE, BOCO

Policy

ZTE

SDN-Agent

Huawei

Multi-VIM

VMWare, Wind River

 PortalCMCC