SMO - Service Management and Orchestration

SMO - Service Management and Orchestration

Please see new O-RAN-SC Project: Service Management and Orchestration (SMO) ...

... and consider this page as outdated.



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From O-RAN point of view, the SMO terminates O1, O2 interfaces, and the A1 interface (in the Non-RealTime RIC).

The O2 interface was out of scope of this page previously, but is considered in scope as of the July 2020 train.  (Please update, if you have publicly available information, it is assumed that all SMO software components can be deployed as docker containers. Larger SMO deployments may use kubernetes, smaller may use docker-compose)

While A1 uses REST as communication protocol, O1 uses NetConf/YANG for configuration (GET and SET) and REST/VES for asynchronous notifications from O-RAN components.

Therefore we can say that as a bare minimum an SMO for O-RAN includes:

  • A1 termination (REST Client)

  • O1 NetConf/YANG termination (NetConf-Client)

  • O1 VES termination (HTTP/REST/VES-server - also called VES collector)

All these O-RAN interface terminations on the SMO require communication between each other. In order to avoid the architectural and maintenance complexity of several point-to-point interfaces, a message bus between the SMO components is preferred. In order to view details and function, several dashboards would be beneficial and also a persistent database cluster and a certification server and logging capabilities. All the mentioned components should be dockerized for easy deployment and dynamic scaling.

SMO internal software components and its mapping to existing open-source project - proposed components for an O-RAN-SC SMO distribution highlighted.

SMO component

Protocol



Target release for deployment

O-RAN

MANO

OpenNMS

ONAP

others

SMO component

Protocol



Target release for deployment

O-RAN

MANO

OpenNMS

ONAP

others

A1 Policy Agent



mandatory

Bronze

https://lf-o-ran-sc.atlassian.net/browse/OAM-31

Non-RT-RIC









A1 REST client

REST client

mandatory

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31

Non-RT-RIC





ODL/CCSDK/SDNC (Amber)



A1 dashboard

Web application

preferred

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31

RIC dashboard

(non-rt-ric, near-rt-ric)









O1 NetConf/YANG termination

NetConf/YANG client

mandatory

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31







ODL/CCSDK/SDNC

OpenDaylight → Apache Karaf

O1 VES termination

VES server

mandatory

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31







VES collector
HV-VES collector (optional)



O1 dashboard

Web application

preferred

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31







ODLUX



Message bus



mandatory

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31



Apache Kafka

Apache Kafka

DMaaP

Apache Kafka

Persistent database

database cluster
(no-sql, sql)

mandatory

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-31



Mongo DB
mySql

ElasticSearch

ElasticSearch for FCAPS
mariaDB in general

ElasticSearch
mariaDB

Service provisioning



preferred

Cherry or later







SO



Optimization



preferred

Cherry or later







OOF



Policy



preferred

Cherry or later







Policy



Data analytics



preferred

Cherry or later







DCAE

Acumos

Inventory

REST (AAI-API)

preferred

Cherry or later







A&AI

ElasticSearch

Certification server



preferred

Cherry or later



keystore



AAF



Logging



preferred

Bronze https://lf-o-ran-sc.atlassian.net/browse/OAM-48







Elastic

ElasticSerach, Kibana

Logging dashboard

Web application

preferred

Bronzehttps://lf-o-ran-sc.atlassian.net/browse/OAM-48







Kibana