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Container Network Function Test Platform (CNTP)

Key Contacts - Former user (Deleted)

Executive Summary - In ONAP, as part of Container Network Function (CNF) support, its mandatory to add enable the following testing/validation to make sure the given CNF is as per the need.

  1. Design Time validation: When Operator on-board CNF as VSP in SDC, Operator  wants to check the given CNF is confromance to their Operator Specific compliance such as security policies

  2. Run time  validation: Once CNF is provisioned in ONAP,  it needs to be validated for sanity check and required functioanlity check.
  3. Support LFN OVP 2.0 to support CNF conformance and CNF on-boarding vadlidations. (pre-on-boarding time)

More Details: OVP 2.0 CNF support in ONAP

Business Impact - Enables Vendors to perform the OVP tasks and helps to levrage to same to Operator to enhance the ONAP production with required additional validation of CNF and its service

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R7 PNF PLUG & PLAY BUILDING BLOCK / WORK-FLOW MANAGEMENT

Key Contacts - Benjamin Cheung  damian.nowak

EXECUTIVE SUMMARY This requirement will augment the work-flow to building block management within SO for Plug and Play operation. The continues the work started in R6. The description of the "base" work which will be enhanced is shown in the wiki: PNF PLUG and PLAY in R6 Frankfurt

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R7 ONAP SECURITY - CMPv2 SERVER/CLIENT INTEGRATION

Key Contacts - Benjamin Cheung  Pawel Baniewski

EXECUTIVE SUMMARY This requirement improves ONAP Security with CMPv2. CMP is used by multiple operations including Plug and Play, and NetConf operation. In R6 CMPv2 Certificate Service and basic development was implemented. Integration with server & client to the certificate service will be completed. There are also two ONAP boardering clients to integrate with the certificate service with interfaces to SDN-C and DCAE. DCAE interoperation with CMPv2.

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R7 PNF PRE-ONBOARDING VNF-SDK VALIDATION

Key Contacts - Benjamin Cheung  damian.nowak Zu Qiang

EXECUTIVE SUMMARY This requirement enhances the PNF Onboarding / Pre-onboarding use case. This requirement introduces package security Option2 improvements on Signature per artifact on the Vendor delivered package as defined in ETSI NFV SOL004v2.7.1.  The validation of onboarded PM dictionary data based on schema information will be done.

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R7 5G PNF SERVICE MODEL INTRODUCTION

Key Contacts - Benjamin Cheung  

EXECUTIVE SUMMARY This requirement introduces platform information model enhancements to document new ISOMII experimental classes from 3GPP TS28.541, the 5G Network Resource Model (NRM).

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R7 HARMONIZATION:  ONAP/3GPP & O-RAN ALIGNMENT–STANDARDS DEFINED NOTIFICATIONS OVER VES

Key Contacts - marge.hillis Vimal Begwani

EXECUTIVE SUMMARY -

-This contribution introduces a new domain in VES, stndDefined, which indicates that the event contains data that conforms to format/schema defined by a separate standards organization1.  In addition we propose one new field in the VES Common Header to enable further classification of such events, e g to support routing of these events to appropriate DMaaP topics.  An optional second stage validation is proposed in DCAE prior to acknowledging the event to enhance trouble shooting.

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1) Standards organization is intended to be interpreted in a broader sense than SDO as defined by ITU, to cover also e g joint ventures like 3GPP and open industry fora like the O-RAN Alliance.


Intent-based Network

Key Contacts - Huang ZongHe

EXECUTIVE SUMMARY

The Intent-based Network (IBN) is available to bridge the gap between the business department and IT department. It is able to capture the intents of business sensitively, and then reconfigure the end-to-end network according to the intents momentarily. Normally, the operation of underlay network and related systems are involved when opening or reconfiguring a network service. It needs professionals of different roles to perform a series of complex operations, which also takes a long time. The target of IBN is to establish an extensible framework to identify the users' network requirements based on natural language, allocate appropriate resources with the help of preset business knowledge or self-learning intelligent engine, and then convert them into the operations of network equipment and interface automatically, so as to simplify the operations.

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