GitLab vs GitHub

Why Switch from GitHub to GitLab?

GitHub is the world’s most popular code hosting platform, but its 2018 acquisition by Microsoft raised fundamental questions about digital sovereignty. Your source code — your company’s most valuable intellectual property — now sits on infrastructure controlled by a US tech giant subject to the CLOUD Act and other US surveillance legislation. For European businesses, this is not just a philosophical concern; it is a compliance risk.

GitLab, headquartered in the Netherlands as GitLab B.V., offers a fundamentally different proposition. It provides the entire DevOps lifecycle — from planning and source code management through CI/CD, security scanning, and deployment — in a single, integrated application. Its open-core model means the source code is publicly auditable, and its self-hosted option gives organizations complete control over where their code lives.

Beyond sovereignty, GitLab’s integrated approach eliminates the need to stitch together separate tools for CI/CD, container registry, package management, and security scanning. What requires a patchwork of GitHub Actions, third-party services, and marketplace plugins on GitHub comes built-in with GitLab.

Feature Comparison

Feature	GitLab	GitHub
Built-in CI/CD	✅ Native, fully integrated	⚠️ GitHub Actions (marketplace-based)
Self-hosting option	✅ Community & Enterprise Edition	⚠️ GitHub Enterprise Server (paid only)
Open source	✅ Open core (MIT license)	❌ Proprietary
Container registry	✅ Built-in	⚠️ Available, separate service
Security scanning (SAST/DAST)	✅ Built-in	⚠️ Via third-party actions
Package registry	✅ Built-in (npm, Maven, PyPI, etc.)	✅ GitHub Packages
Project management	✅ Boards, epics, roadmaps	⚠️ Projects (basic)
Code review	✅ Merge requests	✅ Pull requests
Community size	⚠️ Smaller	✅ Largest developer community
Data location	Netherlands 🇪🇺	United States 🇺🇸

Pricing

GitLab and GitHub both offer free tiers, but differ significantly in what is included and how enterprise features are priced:

• GitLab Free: Unlimited private/public repos, 5 users, 400 CI/CD minutes/month, 5 GB storage
• GitLab Premium: $29/user/month — adds merge approvals, code owners, enterprise agile planning, 10,000 CI/CD minutes
• GitLab Ultimate: $99/user/month — adds security scanning, compliance management, value stream analytics
• GitLab Self-Managed: Community Edition is free and open source; Enterprise features require a license
• GitHub Free: Unlimited repos, unlimited collaborators, 2,000 Actions minutes/month
• GitHub Team: $4/user/month — adds protected branches, code owners
• GitHub Enterprise: $21/user/month — adds SAML SSO, audit log, advanced security ($49/user extra)

GitHub’s lower per-user cost is appealing, but GitLab bundles CI/CD, security scanning, and compliance tools that would require paid add-ons or third-party tools on GitHub. The total cost of ownership often favors GitLab for teams that need the full DevOps stack.

Privacy & Data Sovereignty

GitLab’s architecture and corporate structure offer meaningful sovereignty advantages:

• GitLab B.V. is a Dutch legal entity, subject to EU law and GDPR
• EU data residency is available on GitLab.com for customers who require it
• The self-hosted option (Community Edition) allows organizations to keep all code, CI/CD artifacts, and metadata on their own infrastructure within the EU
• The open-core model means the source code is publicly auditable — you can verify exactly what the software does with your data
• GitLab does not mine your code for AI training data without explicit consent
• No dependency on US hyperscalers — self-hosted GitLab can run on European cloud providers like Hetzner, OVHcloud, or Scaleway

Migration Guide

Estimated time: 1-2 hours for small teams; 1-2 days for large organizations Difficulty: Moderate — Git itself is identical, but CI/CD pipelines need rewriting

1. Create your GitLab account or instance — sign up at gitlab.com for the SaaS version, or deploy GitLab Community/Enterprise Edition on your own infrastructure. Configure groups and project namespaces to match your organization structure.
2. Import repositories from GitHub — use GitLab’s built-in GitHub importer (Settings > Import). It migrates repos, issues, merge requests, labels, and milestones automatically. For large organizations, use the GitLab API for bulk imports.
3. Migrate CI/CD pipelines — translate your GitHub Actions workflows into GitLab CI/CD .gitlab-ci.yml files. Most concepts map directly: jobs, stages, artifacts, and caching. GitLab’s CI/CD documentation includes a GitHub Actions migration guide.
4. Set up integrations — configure any third-party integrations (Slack, Jira, monitoring tools) in GitLab’s project settings. Most popular developer tools have native GitLab integrations.
5. Run a parallel period — keep GitHub repos as read-only mirrors for 2-4 weeks while your team adapts to GitLab’s merge request workflow and CI/CD pipelines. Update documentation and bookmarks.
6. Archive GitHub repositories — once the team is fully transitioned, archive your GitHub repos with a pointer to the new GitLab location. Update any external links and package registry references.

Real-World Use Cases

European Government Agency Secures Source Code Sovereignty

A German federal agency migrated 200+ repositories from GitHub Enterprise to a self-hosted GitLab instance running on BSI-certified infrastructure. The move was driven by a government directive requiring source code for public-sector software to remain on sovereign infrastructure. GitLab’s built-in CI/CD eliminated their dependency on three separate third-party services, reducing their attack surface and simplifying compliance audits.

Fintech Startup Meets Regulatory Requirements

A Dutch fintech company building open banking APIs chose GitLab Ultimate for its built-in SAST and DAST security scanning, which their PSD2 compliance team required for every deployment. Running GitLab on EU-hosted infrastructure meant their source code and deployment artifacts never left EU jurisdiction — a key requirement from their banking regulator.

Open Source Foundation Preserves Community Independence

A European open-source foundation moved its flagship projects from GitHub to GitLab after concerns about Microsoft’s influence on the open-source ecosystem. GitLab’s open-core model aligned with their values, and the self-hosted option gave them complete independence from any corporate platform. Community contributions increased after the move, as contributors appreciated the transparent, non-corporate hosting.

Company Background

GitLab was founded in 2011 by Ukrainian developer Dmytro Zaporozhets and Dutch entrepreneur Sytse “Sid” Sijbrandij. Zaporozhets created the initial open-source project in Kyiv, and Sijbrandij joined after discovering it online, eventually incorporating the company as GitLab B.V. in the Netherlands. From the start, GitLab adopted an all-remote work culture — the company has no physical offices and operates with over 2,000 employees distributed across more than 65 countries.

GitLab went public on the NASDAQ in October 2021, valued at approximately $11 billion at its IPO. Despite being publicly traded in the US, the legal entity remains incorporated in the Netherlands, preserving its European corporate governance structure. The company generates over $500 million in annual revenue, serving more than 30 million registered users and customers ranging from startups to Fortune 500 enterprises.

GitLab’s open-core model reflects European values of transparency and community contribution. The Community Edition is MIT-licensed, and the company publishes its entire handbook publicly — including strategy documents, compensation frameworks, and internal processes. This radical transparency is rare among tech companies of its size and aligns with European principles of openness and accountability.

Security & Compliance

GitLab maintains a comprehensive security posture designed for enterprise and regulated environments:

• SOC 2 Type 2 certified — annual audits verify security controls for availability, confidentiality, and processing integrity
• ISO 27001 certified — information security management system aligned with international standards
• Built-in SAST, DAST, and dependency scanning — security scanning integrated directly into CI/CD pipelines without third-party tools
• End-to-end encryption for data in transit (TLS 1.2+) and at rest (AES-256) on GitLab.com
• Active bug bounty program via HackerOne, with published vulnerability disclosure timelines and transparent security release processes
• GDPR-compliant data processing agreements available for all customers, with EU data residency options on GitLab.com
• NIS2 readiness — GitLab’s self-hosted option allows organizations to meet NIS2 requirements by keeping all code and CI/CD data within their own compliant infrastructure

Integration Ecosystem

GitLab’s all-in-one approach reduces integration needs, but it also provides extensive connectivity with external tools:

• Comprehensive REST and GraphQL APIs covering every GitLab feature — projects, issues, pipelines, container registry, and more — with extensive developer documentation
• Native integrations with Jira, Slack, Microsoft Teams, Mattermost, Prometheus, Grafana, and dozens of other tools configurable from the project settings
• Kubernetes integration with built-in cluster management, Auto DevOps for automated deployment, and Helm chart support
• Terraform provider for infrastructure-as-code management of GitLab resources, groups, and configurations
• Webhooks and event system for triggering external services on repository, pipeline, and issue events
• Import/export support for GitHub, Bitbucket, Gitea, and other platforms — including repositories, issues, merge requests, and CI/CD configuration migration tools
• IDE integrations with VS Code, JetBrains IDEs, and the GitLab Web IDE for in-browser editing
• Container and package registries built in, supporting Docker, npm, Maven, PyPI, NuGet, Composer, and Go modules without external services

Who Should Switch?

GitLab is ideal for:

• Development teams that want CI/CD, security scanning, and code hosting in a single platform without stitching together marketplace plugins
• European organizations that need data residency and sovereignty over their source code and build artifacts
• Regulated industries (fintech, healthcare, government) that require audit trails, compliance dashboards, and on-premises deployment
• Open-source advocates who prefer an open-core platform over a proprietary one owned by a US tech giant
• DevOps teams looking to consolidate their toolchain and reduce the number of third-party integrations

The Bottom Line

GitLab delivers a genuinely integrated DevOps platform that replaces the patchwork of tools many GitHub-based teams end up assembling. Its Dutch headquarters, EU data residency options, and self-hosting capability make it the strongest choice for European teams that take code sovereignty seriously.

The main reason to stay on GitHub is community: if your project depends on GitHub’s massive developer network for contributions, discoverability, and social proof, that network effect is hard to replicate. But for private repositories, enterprise development, and any situation where you need to control where your code lives, GitLab is the more sovereign, more integrated choice.

Frequently Asked Questions

Is GitLab really a European company?

Yes. GitLab B.V. is incorporated and headquartered in the Netherlands. While it is publicly traded on NASDAQ and has a distributed workforce, the legal entity is Dutch. This means EU jurisdiction applies to its corporate governance, and it offers EU-hosted SaaS options for customers who need data residency.

Can I migrate my repositories from GitHub to GitLab?

Yes. GitLab provides a built-in GitHub importer that transfers repositories, issues, pull requests, wikis, and milestones. The process is largely automated and typically takes minutes per repository. You can also mirror GitHub repos during a transition period.

How does GitLab CI/CD compare to GitHub Actions?

GitLab CI/CD is built directly into the platform and uses a single .gitlab-ci.yml file to define pipelines. It supports complex multi-stage pipelines, environments, and review apps natively. GitHub Actions uses a marketplace model with community actions. GitLab's approach is more integrated; GitHub's is more modular.

Can I self-host GitLab on my own servers?

Yes. GitLab offers a Community Edition (fully open source, MIT licensed) and an Enterprise Edition for self-hosting. Many European organizations run GitLab on-premises or on EU cloud providers like Hetzner or OVHcloud to maintain full control over their source code and CI/CD data.

Does GitLab support the same Git workflows as GitHub?

Absolutely. GitLab supports all standard Git workflows including feature branching, merge requests (equivalent to pull requests), forking, and code review. Developers familiar with GitHub will find the transition straightforward, as the underlying Git operations are identical.