Version and Compatibility Analysis
Map the edition (CE/EE), storage, integration, and mandatory upgrade path (upgrade path) between the current and target platforms.
GitLab migration is the service of transferring code repositories (repository), groups, user access, issue tracking, CI/CD pipeline settings, runner definitions, artifact files, and Container Registry data to a new environment in a version-compliant manner.
For GitLab infrastructure migrations, a single migration method is not suitable for all scenarios. The source and target server versions, installation types (Omnibus, Helm/Cloud Native), and the scope of data to be migrated (all servers or specific projects) determine the method to be followed. Full restore, project-based export/import, or phased migration methods produce different technical outcomes.
Without process management, common risks include missing mandatory upgrade steps, forgetting secret/encryption keys, incomplete transfer of Git LFS large files, and copying runner permissions. Comprehensive inventory extraction and test restore steps in isolation environments eliminate data loss risks.
Map the edition (CE/EE), storage, integration, and mandatory upgrade path (upgrade path) between the current and target platforms.
Verify the integrity of backups and application behavior in a isolated test environment before the live migration.
Freeze write operations in the source system to ensure data consistency; transfer main data, secret files, LFS, and Registry components.
Test end-to-end code cloning/pushing, CI/CD pipelines, user permissions, LFS large files, and Container Registry access.
Assess the current environment, target and dependencies
Document scope, risks, acceptance and rollback
Implement, validate and document
Direct upgrades are not possible. GitLab requires specific upgrade steps (upgrade stops) to ensure smooth database and schema transformations; a phased migration in the correct order is mandatory.
In full backup/restore scenarios, secret files containing encryption keys (gitlab-secrets.json) are correctly transferred, thus protecting the variables. Project-based export/import operations may have different scopes and should be pre-verified.
When appropriate technical methods and validation processes are used, the Git commit history is fully preserved. Additionally, LFS files, wiki pages, snippets, and submodule dependencies are included in the inventory for a seamless transfer.
We review your current environment, target and technical requirements in a 20–30 minute call. Scope, assumptions, deliverables and pricing are documented before work begins.
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