Pomerium vs Traefik
| Tagline | Identity-aware reverse proxy with OAuth2 SSO for securely exposing internal apps | Cloud-native HTTP reverse proxy and load balancer for microservices |
| Category | Self-Hosting Platforms & PaaS | Self-Hosting Platforms & PaaS |
| Replaces | Heroku, Netlify, Render | Heroku, Vercel, Render |
| GitHub stars | 5k | 65k |
| Language | Go | Go |
| License | Apache-2.0 | MIT |
| Self-host difficulty | 4/5 Involved | 3/5 Moderate |
| Deploy options | Docker Docker Compose Kubernetes Manual | Docker Docker Compose Kubernetes Manual |
| Managed hosting | ||
| Last updated | 3 days ago | 4 days ago |
| View repo | View repo |
Where each falls short
The honest trade-offs — what you give up with each, versus the proprietary tools they replace.
Pomerium
- No application deployment or hosting capabilities; purely an access proxy layer
- Policy configuration via YAML can be complex; lacks a full-featured web UI in the open-source edition
- Device posture checking and some enterprise features require the commercial Pomerium Zero/Enterprise tier
- Setup complexity is significantly higher than simpler tools like Nginx Proxy Manager for basic use cases
Traefik
- Ingress/routing layer only; does not provide git-based deployments, build systems, or app management
- Configuration via labels and providers has a steep learning curve compared to Heroku's zero-config UX
- No built-in secrets management or environment variable injection for deployed apps
- Enterprise features (clustering, advanced WAF, SSO) require the commercial Traefik Enterprise edition
Bottom line
Choose Traefik if you want the lower-effort setup; choose Traefik for the larger community and ecosystem. Pomerium has seen more recent development. Open each guide below for deploy steps and the full feature gap.
Pomerium
Identity-aware reverse proxy with OAuth2 SSO for securely exposing internal apps