GitHub Migration Services
Move enterprise repositories from GitHub to GitLab, Gitea, or Codeberg without losing history, workflows, or velocity. We handle repository transfer, CI/CD migration, infrastructure tuning, and cost reduction planning from end to end.
Enterprise GitHub Migration with More Control and Lower Cost
As Git hosting costs rise and vendor lock-in becomes harder to justify, more teams are moving away from GitHub Enterprise toward platforms they can control more directly. The right migration does not just copy repositories. It preserves governance, developer workflows, release automation, and compliance posture while reducing operational drag.
Ryware plans and executes complete GitHub migration programs for engineering organizations. We migrate repositories, permissions, issues, automations, runners, and deployment workflows while redesigning weak points in the current setup so the target platform is not only equivalent, but better aligned with your cost, security, and ownership goals.
Migration Target Platforms
GitLab
- • Complete DevOps platform
- • Built-in CI/CD capabilities
- • Self-hosted and cloud options
- • Advanced security features
- • Integrated project management
- • Kubernetes integration
Gitea
- • Lightweight and fast
- • Self-hosted deployment
- • Minimal resource requirements
- • GitHub-compatible API
- • Built-in Actions support
- • Simple operations footprint
Codeberg
- • Non-profit platform
- • Privacy-focused hosting
- • Free for open source
- • European hosting
- • Community-driven governance
- • Ethical alternative
Our Migration Process
Assessment and Planning
Analyze the current GitHub estate, dependencies, and migration constraints.
Repository Migration
Transfer repositories, history, metadata, and collaboration assets safely.
CI/CD Reconstruction
Rebuild and optimize pipelines, runners, and deployment flows.
Optimization and Support
Tune cost and reliability, then enable your team to operate the new platform.
Phase 1: Migration Assessment and Strategic Planning
Successful migrations start with a precise inventory of the current system and a plan that reduces risk before any production changes happen. We map repositories, automation, permissions, integrations, and organizational constraints so the migration path is explicit and testable.
Discovery and Analysis
Current State Assessment
- • Repository inventory and dependency mapping
- • GitHub Actions workflow analysis and documentation
- • Integration touchpoints such as webhooks and API connections
- • Access control and permissions audit
- • Branch protection rules and governance policies
- • Issue, project, and release management review
- • Security scanning and compliance requirements
Migration Strategy Development
- • Target platform selection based on business and technical needs
- • Migration timeline and phase planning
- • Risk assessment and mitigation strategy
- • Rollback procedures and contingency plans
- • Team enablement and adoption roadmap
- • Cost-benefit analysis and ROI model
- • Compliance and security controls mapping
Assessment Outcome: A migration blueprint with timeline, resourcing, fallback paths, and expected savings so leadership and engineering can commit with clarity.
Phase 2: Repository Migration with Full History Preservation
We move code and collaboration artifacts with full fidelity. That includes branches, tags, permissions, release assets, and operational metadata, while validating that the target platform reflects the source system correctly before cutover.
Migration Components
Repository Content Transfer
Complete preservation of your engineering history and working assets:
- • Full Git history, branches, and merge records
- • Tags, releases, and release artifacts
- • Branch protection and workflow rules recreation
- • Repository settings and permissions
- • Issues, discussions, and collaboration history when needed
- • Wiki and documentation transfer
- • Git LFS and large artifact migration
- • Secrets migration through secure replacement procedures
Bulk Migration Capabilities
Operational support for organizations managing large repository estates:
- • Batch migration for large repository portfolios
- • Organization, team, and namespace recreation
- • Permission mapping across users and groups
- • Parallel execution to reduce downtime
- • Progress monitoring and error handling during migration runs
Phase 3: CI/CD Reconstruction and Optimization
Repository migration only solves part of the problem. We also rebuild pipelines, runner topology, environment management, and deployment automation so the new platform supports faster and more reliable delivery than the old one.
Pipeline Transformation
Workflow Conversion
- • GitHub Actions to GitLab CI conversion
- • GitHub Actions to Gitea Actions migration
- • Custom runner configuration for specialized workloads
- • Environment and secrets management
- • Artifact and cache optimization for faster builds
- • Matrix build and parallelization strategy
Advanced Integration
- • Docker registry and container workflow integration
- • Kubernetes deployment pipeline tuning
- • Testing framework integration
- • Code quality gates and review automation
- • Security scanning and dependency checks
Performance Optimization
- • Build time reduction through intelligent caching
- • Runner and resource optimization for lower execution cost
- • Conditional execution based on code changes
- • Parallel job orchestration for faster feedback
- • Cross-platform build optimization
Infrastructure as Code
- • Terraform and Ansible integration
- • Multi-cloud deployment strategy across AWS, GCP, and Azure
- • GitOps workflow implementation
- • Environment promotion pipelines
- • Rollback and disaster recovery automation
Phase 4: Infrastructure Optimization and Ongoing Support
After cutover, we optimize the new setup for performance, cost, and operational clarity, then equip your team to run it independently with documented practices and escalation paths.
Cost Optimization
- • Infrastructure rightsizing for actual usage
- • Runner optimization to reduce compute spend
- • Storage optimization and cleanup strategy
- • Licensing review and cost reduction recommendations
- • Usage monitoring and cost tracking setup
Team Enablement
- • Platform training sessions for engineering teams
- • Best-practice documentation and workflow guides
- • Administrative training for platform owners
- • Troubleshooting guides and knowledge base creation
- • Support channels and escalation design
Migration Benefits and Expected ROI
Cost Savings
- • 60 to 80 percent reduction in monthly hosting costs
- • Removal of per-seat licensing pressure where appropriate
- • Lower CI/CD execution spend
- • Flexible pricing models and self-hosting options
Enhanced Control
- • Greater data sovereignty and ownership
- • Security controls aligned to your policies
- • Infrastructure flexibility and customization
- • Reduced vendor lock-in risk
Performance Gains
- • Faster CI/CD execution with tuned runners
- • Higher reliability and clearer operational ownership
- • Better collaboration flows for teams
- • Stronger integration with the rest of your tooling
Ready to Break Free from GitHub Lock-In?
Join organizations that have already migrated for better control, lower spend, and a platform that matches how their teams actually work.