Gitea vs Self-Hosted GitHub Enterprise vs GitLab: Which in 2026?
Gitea, GitHub Enterprise Server, and self-hosted GitLab compared for 2026 — resource footprint, CI/CD built-in vs bolt-on, feature completeness, and which to pick for running your own Git hosting.
Self-hosting Git matters for compliance, cost at scale, or air-gapped environments — and the right choice depends heavily on how much platform you actually need versus how much operational weight you're willing to carry. Here is an honest comparison.
Quick Comparison
| Gitea (/Forgejo) | GitHub Enterprise Server | Self-hosted GitLab | |
|---|---|---|---|
| Resource footprint | Very light (single binary, ~1 vCPU/1GB works) | Heavy (multi-VM recommended) | Heavy (needs several GB RAM minimum) |
| CI/CD | Actions (GitHub Actions-compatible syntax) | Actions (self-hosted runners) | Built-in GitLab CI, very mature |
| License cost | Free, open source (MIT) | Paid per-seat license | Free (CE) or paid (EE) |
| Feature completeness | Core Git hosting + basic CI, lighter overall | Full GitHub feature parity | Most complete single-product platform |
| Setup complexity | Low (single binary or small Docker Compose) | High (dedicated appliance/VMs) | Moderate-high (Omnibus package or Helm chart) |
Gitea (and Forgejo)
Gitea (and its community fork Forgejo) is a lightweight, self-hosted Git service that runs comfortably on a single small VM — the polar opposite of "enterprise platform" in resource footprint.
# Genuinely this simple to get running
docker run -d --name gitea -p 3000:3000 -p 22:22 \
-v gitea-data:/data gitea/gitea:latestGitea strengths:
- Tiny resource footprint — runs fine on a $5/month VPS for small teams, no dedicated infrastructure needed
- Simple, fast, single-binary deployment — minutes to running, not days
- GitHub Actions-compatible workflow syntax, so migrating CI definitions over is close to copy-paste
- Fully open source with an active community (Forgejo fork specifically emphasizes community governance)
Gitea weaknesses:
- Feature set is genuinely lighter — no built-in package registry maturity, weaker built-in project management than GitLab
- Smaller ecosystem of integrations compared to GitHub/GitLab
- At very large scale (thousands of repos, high concurrent CI load) it needs more careful tuning than the enterprise platforms designed for that scale from day one
When to use Gitea: Small-to-mid teams, homelab/self-hosted enthusiasts, or anyone who wants Git hosting without carrying enterprise-platform operational weight.
GitHub Enterprise Server
GitHub Enterprise Server is the self-hosted version of GitHub itself — full feature parity with github.com, running in your own data center or VPC.
# Runs as a dedicated appliance (VM image), not a lightweight container —
# this is intentionally an enterprise-scale deployment
# Minimum recommended: 4 vCPU, 32GB RAM for small-medium instancesGitHub Enterprise Server strengths:
- Full feature parity with github.com — Actions, Packages, Advanced Security, Copilot integration, everything
- The obvious choice if your org's engineers already live in GitHub's workflow and you need on-prem/air-gapped for compliance
- Backed by GitHub's support and update cadence
GitHub Enterprise Server weaknesses:
- Genuinely heavy — this is an appliance deployment, not something you casually run on a spare VM
- Per-seat licensing cost is real money at scale, on top of the infrastructure to host it
- Overkill for teams that don't need the full feature surface (Advanced Security, Copilot Enterprise, etc.)
When to use GitHub Enterprise Server: Larger orgs already standardized on GitHub's workflow that need self-hosted/air-gapped for compliance and are willing to pay for full feature parity.
Self-Hosted GitLab
GitLab positions itself as a single platform for the whole SDLC — Git hosting, CI/CD, container registry, security scanning, and project management in one product.
# Omnibus package — the standard self-hosted install path
docker run -d --hostname gitlab.internal \
-p 443:443 -p 80:80 -p 22:22 \
-v gitlab-config:/etc/gitlab \
-v gitlab-data:/var/opt/gitlab \
gitlab/gitlab-ce:latestSelf-hosted GitLab strengths:
- Most complete single-product platform of the three — CI/CD, security scanning, package registry, and project management genuinely integrated, not bolted on
- GitLab CI is arguably the most mature built-in CI/CD of any Git platform, self-hosted or not
- Community Edition is free and covers most of what small-to-mid teams need; Enterprise Edition adds compliance/security features for larger orgs
Self-hosted GitLab weaknesses:
- Heavy resource requirements — a real GitLab instance needs several GB of RAM minimum, more at scale
- Omnibus upgrades can be involved, especially jumping several versions
- The "everything in one platform" strength is also a weakness if you only want Git hosting and already have separate CI/security tooling
When to use self-hosted GitLab: You want CI/CD, security scanning, and Git hosting genuinely unified in one platform and are willing to operate the resource footprint that comes with it.
The Honest Verdict
Small team, homelab, or resource-constrained environment: Gitea/Forgejo. Nothing else gets you self-hosted Git this fast with this little operational weight.
Large org already on GitHub's workflow, need on-prem for compliance: GitHub Enterprise Server. Pay for feature parity and support, budget real infrastructure for it.
Want CI/CD, security scanning, and Git hosting unified in one product: Self-hosted GitLab. The most complete platform of the three, at the cost of the heaviest single-product footprint.
If you're not sure yet, start with Gitea — migrating off it later is far less painful than committing to a heavy platform you didn't end up needing.
More platform comparisons? Read our GitLab vs GitHub vs Bitbucket and GitHub Actions vs GitLab CI vs Jenkins.
Today I Fixed
Short real fixes from production — posted daily
Stay ahead of the curve
Get the latest DevOps, Kubernetes, AWS, and AI/ML guides delivered straight to your inbox. No spam — just practical engineering content.
Related Articles
AI Coding Assistants Will Change DevOps — But Not in the Way You Think
GitHub Copilot, Cursor, and Claude are already writing infrastructure code. But the real disruption isn't replacing DevOps engineers — it's reshaping what the job actually is.
ArgoCD vs Spinnaker vs Flux: GitOps Continuous Delivery Comparison 2026
ArgoCD, Spinnaker, and Flux CD compared for Kubernetes continuous delivery in 2026 — GitOps approach, multi-cluster support, canary/blue-green deployments, UI, RBAC, and which fits startups vs enterprises.
Backstage vs Port vs Cortex: Which Internal Developer Portal in 2026?
Backstage, Port, and Cortex compared for internal developer portals in 2026 — self-hosting effort, catalog setup time, scorecards, plugin ecosystem, and which one actually gets adopted by engineers.