→ GITLAB CI
Jenkins → GitLab CI
Retire ageing Jenkins jobs and Jenkinsfiles for maintainable .gitlab-ci.yml pipelines.
Services · CI/CD migration
Migrate your CI/CD pipelines — any tool, any direction.
Switching between Jenkins, GitLab CI and GitHub Actions shouldn't cost you weeks of red builds. We translate your pipelines in whichever direction you're moving, prove they behave identically, and cut over cleanly — with everything documented and handed back.
Every direction
Whatever you're moving from, and to.
→ GITLAB CI
GitHub Actions → GitLab CI
Consolidate onto GitLab, translating workflows and reusable actions into GitLab stages and templates.
→ GITHUB ACTIONS
Jenkins → GitHub Actions
Move to native GitHub CI with workflows, matrix builds and reusable actions.
→ GITHUB ACTIONS
GitLab CI → GitHub Actions
Shift pipelines to GitHub Actions when the team standardises on GitHub.
→ JENKINS
GitLab CI / Actions → Jenkins
Reverse migrations too — back onto Jenkins where a self-hosted, plugin-driven setup is required.
ANY ⇄ ANY
Mixed & partial migrations
Multiple repos on different tools? We standardise them onto one, or split as needed.
What's included
A full pipeline migration, not just a file rename.
Pipeline-as-code translation
Jenkinsfiles, .gitlab-ci.yml and GitHub workflow YAML mapped faithfully — stages, jobs, conditions, matrix builds and dependencies.
Secrets & credentials
Moved into the target platform's secret store with least-privilege scoping — nothing left hard-coded.
Runners & agents
Self-hosted or cloud runners/agents provisioned, sized and secured for your workloads.
Caching, artifacts & parallelism
Build caches, artifact flows and parallel/fan-out stages rebuilt so speed doesn't regress.
Parity testing
Old and new pipelines run side by side until outputs match — you cut over on evidence, not hope.
Staged cutover & rollback
A planned switch-over with a rollback path, so a bad day never means a stuck team.
How it works
Four steps, fixed scope.
STEP 01
Assess
Inventory every pipeline, plugin, secret and runner, and agree exactly what "done" looks like.
STEP 02
Translate
Rebuild pipelines as code on the target tool, matching behaviour stage for stage.
STEP 03
Validate
Run in parallel, compare results and tune until parity is proven.
STEP 04
Cut over
Switch traffic, decommission the old setup and hand you the docs — rollback ready just in case.
You keep: migrated pipelines · a from/to mapping document · runner setup · cutover & rollback plan
FAQ
Common questions
Which migrations do you handle?
Any combination between Jenkins, GitLab CI and GitHub Actions — including reverse migrations and mixed estates where different repos use different tools.
Will my builds break during the switch?
No. New pipelines are built and validated alongside the old ones and only cut over once they pass parity testing, with a rollback plan kept ready.
Do you move secrets and runners as well?
Yes — credentials go into the target's secret store, and runners or agents are provisioned and secured as part of the work.
How long does it take?
Most single-tool migrations are one to a few weeks, fixed-scope and fixed-price after a short scoping call.
Ready when you are
Tell us what you're moving from and to.
A short call and we'll come back with a fixed scope, price and timeline for the migration.