A global cybersecurity and IT consultancy with over 25 years of experience underwent a structural division that resulted in two independent organizations. 

From an engineering systems perspective, this meant one of the most complex migration scenarios possible: a bidirectional separation of Azure DevOps data while preserving full traceability and dependency integrity.

Technical constraints

The migration had strict engineering requirements: 

• Split 6 Azure DevOps Services projects into two separate organizations  

• Ensure deterministic work item routing between target systems  

• Preserve complete object graph including:  Work item history, Comments, Attachments and Parent-child relationships

• Avoid duplication or orphaned dependencies  

• Complete migration within 15 days

Engineering challenge

The core complexity was not migration, but data bifurcation logic. 

Each work item had to be evaluated and mapped to the correct organization without breaking relationships or introducing inconsistencies.

Solution: OM4ADO

OpsHub Migrator for Microsoft Azure DevOps (OM4ADO) was used as the migration engine. 

Key technical capabilities leveraged: 

• Rule-based work item partitioning  

• Relationship-aware migration mapping  

• Dependency-preserving transfer engine  

• Metadata-level transformation logic

Execution outcome

• 12,700 work items migrated  

• Zero loss of relationships or metadata  

• Clean separation of organizational data sets  

• Fully preserved dependency graph integrity  

• Completed within 15-day SLA

Key takeaway

This migration demonstrates that large-scale Azure DevOps splits require more than data movement-they require intelligent partitioning of interconnected engineering systems. 

Planning a similar Azure DevOps migration case? Let’s talk