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Salesforce captures customer-facing activities while Jira manages engineering execution. Integrating the systems reduces manual handoffs and improves transparency across teams. This guide covers architectural considerations, mapping strategies, and integration best practices.
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An Azure DevOps migration checklist helps teams complete the activities required to move projects and related assets accurately. The checklist covers:
A structured checklist reduces missed dependencies, keeps responsibilities clear and provides evidence that each migration activity has been completed.
Planning establishes the migration scope, requirements and approach. Complete these steps before preparing the environments.
Start by documenting why the migration is required and what the migration must achieve.
Consider questions such as:
Define the migration scope clearly. Document:
Create measurable success criteria before migration begins. Examples include successful migration of all approved projects, preservation of work item history, availability of repositories and successful access validation.
Create a complete inventory of the source environment. This inventory provides the basis for migration planning, effort estimation and validation.
Record the following items:
Projects
Work items
Test management assets
Source control
Pipelines
Collaboration and reporting assets
The inventory should identify the quantity, owner, business purpose and migration priority of each asset.
Migration is the right time to remove data that no longer serves a business purpose.
Review each project and classify it as:
Consider archiving:
Keep a record of excluded and archived items. The record helps users find information after migration and supports future audit requirements.
Document the technical and business requirements that affect the migration.
Review:
This step connects the migration goal with the activities required to complete it.
Select the migration approach according to the source environment, target environment, project structure and acceptable downtime.
| Migration Approach | When It Fits |
|---|---|
| Big-bang migration | When all approved data can move during one planned cutover |
| Phased migration | When projects can be moved in separate groups |
| Pilot migration | When the migration approach needs testing before production |
| Live migration | When teams need to continue working while source and target data remain synchronized |
Select the migration approach according to the source environment, target environment, project structure and acceptable downtime.
Preparation confirms that the source and target environments, data and dependencies are ready for migration.
Confirm that both environments are accessible and configured correctly.
Review:
The target environment should have the required configuration before migration data is loaded.
Azure DevOps projects commonly contain custom work item types, fields, workflows and rules. Document these configurations before migration.
Review:
Create a mapping document that explains how each source configuration maps to the target environment.
How OM4ADO helps
OM4ADO provides configurable field mapping and transformation capabilities. These capabilities help map source fields, work item types and relationships to the target Azure DevOps environment.
Users need correct access and ownership after migration. Create a user mapping plan before moving data.
Review:
Validate:
A complete mapping prevents missing ownership, permission failures and incorrect notifications after migration.
How OM4ADO helps
OM4ADO supports user mapping for migration scenarios. The mapping can be imported or exported in supported migration configurations.
Document every system connected to Azure DevOps.
Review integrations with:
For every integration, record:
Plan whether each integration will continue, be replaced or be retired.
Review source data and resolve issues before migration.
Check for:
Cleaning data reduces validation effort and improves the quality of the target environment.
Create a backup of all data required for recovery and validation.
Depending on the environment, include:
Verify that the backup can be restored or accessed according to the recovery plan. Define the recovery owner and recovery steps before the production migration.
Run a pilot migration with a representative project before production.
Choose a project containing the work item types, repositories, tests, pipelines and customizations included in the production scope.
Use the pilot to:
How OM4ADO helps
OM4ADO supports trial migrations, migration reports and failure management. These features help teams test the approach and correct mapping issues before production execution.
Complete a formal readiness review.
Confirm that:
Execution moves the approved data according to the selected strategy and approved plan.
Complete the final mapping review before production migration.
Verify mappings for:
Confirm how conflicts, missing values and unsupported configurations will be handled.
How OM4ADO helps
OM4ADO provides configurable field, relationship and transformation mappings. These capabilities allow source data to be positioned correctly in the target environment while preserving relevant context.
Inform all affected users before migration begins.
Share:
A clear communication plan prevents users from making untracked changes during migration.
Decide how changes will be handled while migration is running.
The plan should define:
The selected approach should match the migration strategy and synchronization capabilities.
Run the production migration according to the approved sequence.
During execution:
For migrations performed in phases, validate each group before moving to the next group.
Use migration reports and logs to track the migration.
Monitor:
Validation confirms that the destination environment is usable and that migrated information remains complete and connected.
Validation answers one specific question: Did the required data arrive correctly
Compare the source and target environments and validate:
Work items
History
Attachments
Test assets
Source control
Reporting assets
Traceability answers a different question: Are the relationships between migrated records still intact?
Verify links between:
Preserved relationships support impact analysis, reporting, audits and day-to-day development work.
How OM4ADO helps
OM4ADO helps preserve work item relationships, history, comments and attachments during supported migrations
Ask representatives from affected teams to test the new environment.
Test:
Record feedback and resolve issues before closing the migration.
Confirm that connected systems and automated processes work correctly.
Test:
Verify authentication, permissions and data exchange for every integration.
Monitor the new environment after users start working in it.
Track:
Maintain a support process with clear ownership, priority and resolution tracking.
Retire the source environment after validation and acceptance are complete.
Before retirement:
Read-only access can be retained for a defined period when required by policy.
Conduct a formal review of the migration.
Document:
Store the final inventory, mapping documents, reports, approvals and lessons learned in an accessible location.
| Common Mistake | Better Approach |
|---|---|
| Starting without a complete inventory | Record projects, assets, owners and dependencies before migration |
| Migrating every piece of historical data | Archive or exclude data that no longer serves a business purpose |
| Ignoring customizations | Document fields, workflows, rules and configurations before mapping them |
| Skipping identity mapping | Create and validate a user and permission mapping plan |
| Leaving integrations until after migration | Assess every integration and define its required changes |
| Skipping backup verification | Test the recovery process before production migration |
| Running production migration without a pilot | Use a representative pilot to validate the approach |
| Treating execution as the end of migration | Validate data, traceability, integrations and user access after migration |
| Failing to communicate the cutover plan | Share timing, restrictions and support contacts in advance |
OM4ADO supports the key activities involved in a planned Azure DevOps migration:
The right migration approach depends on the source and target environments, the required data, the selected product edition and the approved migration plan. Confirm the supported entities and capabilities before starting production migration.
A successful Azure DevOps migration starts with clear planning and continues through preparation, execution, validation and stabilization.
Following a 25-step sequence helps teams move in one direction:
With accurate inventory, tested mappings, verified backups, a pilot migration and structured validation, organizations can preserve important engineering information and reduce disruption during the transition. OM4ADO supports these activities with mapping, migration, reporting and validation capabilities that help teams complete their Azure DevOps migration with greater control.
| Common mistake | Better approach |
|---|---|
|
Starting without a complete inventory |
Record projects, assets, owners and dependencies before migration |
|
Migrating every piece of historical data |
Archive or exclude data that no longer serves a business purpose |
|
Ignoring customizations |
Document fields, workflows, rules and configurations before mapping them |
|
Skipping identity mapping |
Create and validate a user and permission mapping plan |
|
Leaving integrations until after migration |
Assess every integration and define its required changes |
|
Skipping backup verification |
Test the recovery process before production migration |
|
Running production migration without a pilot |
Use a representative pilot to validate the approach |
|
Treating execution as the end of migration |
Validate data, traceability, integrations and user access after migration |
|
Failing to communicate the cutover plan |
Share timing, restrictions and support contacts in advance |
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