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General
1. Security
  1. RM Ch 07: Defined composite set of security requirements (link)
  2. RA-1 Ch 02/06 (link) and RA-2 Ch 02/05 (link): Defined how to meet these security requirements in RM Ch 07
RM
1. Scope. Clear definition of CNTT scope
  1. Functional capabilities of the cloud infrastructure and the infrastructure management
  2. Functional interfaces between infrastructure and infrastructure management
  3. Functional interfaces between workloads and workload management
  4. Link: https://github.com/cntt-n/CNTT/blob/master/doc/common/chapter00.md#functional-scope
2. Modeling. Completely revamped content to abstract infrastructure support for virtual and containerized workloads.
  1. New section on sample model realization: https://github.com/cntt-n/CNTT/blob/master/doc/ref_model/chapters/chapter03.md#37-sample-reference-model-realization
  2. Section Link: https://github.com/cntt-n/CNTT/blob/master/doc/ref_model/chapters/chapter03.md
3. Misc (to be categorized)
  1. Technology agnostic to cover both VM-based virtualization as well as containerization of network functions.
  2. Enable co-existence of different Cloud Infrastructure deployments in line with the evolving technology.
  3. To enable the co-existence, a new important element was added to RM: Hardware Infrastructure Manager (HIM) which can allow different virtual infrastructure implementations simultaneously using the same share hardware infrastructure.
  4. CNTT started a collaboration with ODIM on the definition of HIM (possibly using RedFish)
  5. Expanded network and storage discussion, clarifying distinction between the virtual and hardware layers within networking and storage.
  6. RM (Baraque version) will be handed over to GSMA Networking Group (NG), where it is planned to be published as a GSMA NG PRD (Permanent Reference Document).
  7. The on-going maintenance of this PRD and hence the collaboration with the CNTT RM will be a responsibility of a newly formed subgroup under GSMA NG called OITF (Open Infrastructure Task Force). In the course of this collaboration, several CNTT RM contributors registered as the members of OITF.
Edge Computing and Networking
1. TBD + LinkStarted to defined the requirements for multiple edge architecture based on Openstack, to be added into the RA01 documentation
2. Define some capabilities that fit Edge use cases like FPGA for OpenRAN "https://github.com/cntt-n/CNTT/blob/master/doc/ref_model/chapters/chapter04.md#425-cloud-infrastructure-profile-capabilities-mapping"
3. Worked on the issue for how to incorporate proprietary hardware needed for Edge deployments that needs to be resolved.
4. Started collaboration efforts with other Edge communities including, Akraino, OpenStack Edge WG, KubeEdge and GSMA Edge
RA-1
1. Upgrade documentation in support of OpenStack Train release
  1. See chapters 3, 4 and 5
2. Align Networking sections with RM Network modeling changes
RI-1
1. TBD + Link
RC-1
1. TBD + Link
RA-2
1. RA2 Requirements are relatively stable
2. RA2 Specification is now in a state where it can be used by RI/RC/VI
RI-2
1. TBD + Link
RC-2
1. Initial release of RI2 launched with introduction, lab requirements and operational runbook
  1. See chapters 1, 3 and 4
2. Kuberef project has launched within OPNFV to manage integrations into OPNFV labs
RC-2
1. A common Reference Conformance (RC) Test Case Integration was defined https://cntt-n.github.io/CNTT/doc/ref_cert/ and an introduction was written https://cntt-n.github.io/CNTT/doc/ref_cert/RC2/chapters/chapter01.html
2. The first Kubernetes test cases have been integrated https://cntt-n.github.io/CNTT/doc/ref_cert/RC2/chapters/chapter03.html and a cookbook has been defined https://cntt-n.github.io/CNTT/doc/ref_cert/RC2/chapters/chapter04.html

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