BSS/OSS Academy
πŸ”„Module 3

Order Management (COM/SOM/ROM)

The Order Orchestration Chain

How commercial orders decompose into service orders and resource orders, with orchestration at every layer.

Sections

3.1

Order Management Overview

What order management means in telco and why the three-layer model (COM/SOM/ROM) exists.

12 min
3.2

Commercial Order Management (COM)

How commercial orders are captured, validated, and managed from CPQ through to fulfilment.

15 min
3.3

Service Order Management (SOM)

How commercial orders decompose into service orders at the CFS level.

15 min
3.4

Resource Order Management (ROM)

How service orders decompose into resource orders for network activation.

12 min
3.5

Order Orchestration & Decomposition

End-to-end orchestration across COM, SOM, and ROM with dependency management.

15 min
3.6

Worked Example: Broadband B2C

A complete worked example showing a residential broadband order flowing through all three layers β€” from CPQ to activation.

15 min
3.7

Worked Example: Fixed B2B

Enterprise fibre to 5 branches β€” multi-site ordering, SLA selection, feasibility per site, approval workflows, and phased rollout through COM/SOM/ROM.

18 min
3.8

Worked Example: Mobile 4G B2C

A 4G postpaid activation with port-in — order lifecycle focus showing the COM→SOM→ROM chain for mobile, cross-referencing Module 4 for activation-layer depth.

15 min
3.9

Worked Example: SD-WAN B2B

An 8-site managed SD-WAN hub-spoke deployment β€” the most complex example, with underlay circuit activation, overlay configuration, and hub-spoke dependency management.

20 min
3.10

Worked Example: Mobile 5G B2B

Enterprise 5G fleet with network slicing and eSIM bulk provisioning β€” dedicated URLLC and eMBB slices for a 500-vehicle logistics fleet.

20 min
3.11

Activation Integration: What ROM Actually Talks To

Six technology domain examples β€” Fixed/Broadband, Fixed B2B (Ethernet/MPLS), Mobile/4G, Mobile/5G, Satellite, and Cloud MSP β€” showing the specific vendor systems and protocols ROM uses at the activation layer.

25 min