No-code integration platform for rich bi-directional sync
Zero downtime migration to tool of your choice
Keep Historical Data, Without Slowing Down Your Tools
Migrate or restructure Azure DevOps Instances
Real-time, context-rich data lake for AI or analytics
By Role
Accelerate delivery with clear insights
Transform smarter with a connected digital thread
Confident transitions for every enterprise change
By Initiative
Modernize and move to cloud without disruption
Modernize legacy systems for a connected enterprise
Build a compliant digital thread for complex environments
Build the foundation for smarter AI
By Domain
No-code integration across teams & systems
Enable collaboration between IT, support & business teams
Connect PLM & engineering teams for smarter products
Ensure regulatory compliance from start to release
Explore the latest in technology and best practices
Success stories from the field
Actionable insights for your business challenges.
See solutions in action
Learn, plan, and execute with confidence
Official announcements and updates
Join discussions that drive results
Stay ahead with curated insights
Evaluate before you buy
Explore the latest in technology and best practices
Success stories from the field
Actionable insights for your business challenges.
See solutions in action
Learn, plan, and execute with confidence
Official announcements and updates
Join discussions that drive results
Stay ahead with curated insights
This guide explains how to maintain data integrity during Jira Cloud migrations, and Jira migration in general, using Jira Cloud Migration Assistant (JCMA) with OpsHub Migration Manager (OMM). It covers what moves, where integrity breaks, the checks that keep data accurate, and how the two tools work together.
Migrating Azure DevOps to a new tenant or another organization? OM4ADO moves work items, pipelines, users, test artifacts, and full revision history while your teams keep working.
ADO and VSTS accounts are org-specific. Moving between tenants means every user must be remapped, or ownership fields break in the target.
Pipelines rely on service connections tied to the source org. Moving without fixing these breaks CI/CD silently in the new org
Work items link across projects in the same org. Those links break when projects move to a new tenant unless remapped.
Access rules are org-specific and do not move between tenants automatically. Rebuilding them manually risks granting wrong access after cutover.
ADO and VSTS have no native cross-org migration with complete data. Microsoft's option only supports single-collection moves, not enterprise migrations.
Teams cannot pause sprints during migration. Any approach that forces a full stop disrupts delivery and leads to rushed, error-prone cutovers.
OpsHub Migrator for Microsoft Azure DevOps (OM4ADO) executes cloud to cloud migration as a structured, zero-risk transition.
Users and groups are mapped carefully to maintain traceability, ownership, and access control across environments.
OM4ADO migrates both Build and Release pipeline configurations across ADO or VSTS orgs. Teams can review pipelines in the target environment before go-live to validate settings and catch broken connections early.
OM4ADO keeps cross-project links intact during migration. Work item relationships, test cases, and dependencies transfer correctly to the new org.
Execute migrations in controlled waves. Move selected projects, validate, then proceed, reducing big-bang risk and aligning timelines with business priorities.
Move data seamlessly across Azure DevOps or VSTS versions and platforms while preserving integrity, history, and traceability throughout the migration process.
OM4ADO runs in the background while teams keep working. Changes sync to the target throughout, so cutover is short and fully controlled.
Get a free 30-minute live demo with our migration experts and see the tool in action on your exact scenario.
Trusted by leaders in technology, aerospace, defence, and healthcare
Case study Software solutions OpsHub Migrator for Microsoft Azure DevOps Skipping a Decade of Version Upgrades: Direct Migration from TFS 2013 to Azure DevOps Services
Case Study Use Case: As part of a strategic restructuring, Vistrue underwent a pivotal transformation—splitting into two independent entities, Transcendent and Vistrue. This significant organizational
These are the questions we hear most often from teams planning Azure DevOps migration.
Microsoft does not offer a built-in tool for full cross-organization migration. The native option supports only single-collection moves and does not cover pipelines, permissions, test entities, or cross-project links. OM4ADO fills this gap with a purpose-built migration engine that handles the full scope of ADO and VSTS data.
Yes. OM4ADO can migrate a project to another organization even when the source and target use different process templates, such as Agile to Scrum. During setup it validates the differences between the source and target templates and flags any mismatches, then maps work item types and fields so data lands in the right place. This means you can standardize on the target organization’s template during the move instead of forcing an exact copy.
Consolidating several Azure DevOps or TFS project collections usually involves moving projects, preserving their history, and ensuring identities and metadata remain intact. Basic tools or scripts often handle only work items and may not support full project structures, test assets, or TFVC history, which can lead to gaps after consolidation.
For organizations that need a complete, accurate merge of multiple environments, OM4ADO supports full instance consolidation, including work items, test entities, TFVC/Git history, dashboards, queries, and area/iteration paths. This ensures all projects from different sources are merged with complete context, continuity and no Visual Studio scripting.
Both. OM4ADO supports moving an entire Azure DevOps organization to another organization, as well as migrating only selected projects between organizations or tenants. You choose the scope, run the migration in phased waves, and validate each wave before cutover to reduce risk on larger moves.
