Quick Verdict

Overview

Feature Comparison

Installation Complexity

Community and Support

Use Cases

Choose Traefik If...

Choose HAProxy If...

Can HAProxy auto-discover Docker containers?

Which handles more traffic?

Can I migrate from one to the other?

Final Verdict

Related Traefik is the better choice for most self-hosters. It auto-discovers Docker containers via labels, handles Let's Encrypt certificates automatically, and requires no config file editing when you add new services. HAProxy is the better choice if you need production-grade load balancing, TCP proxying, advanced health checks, or stick-table-based rate limiting — but that level of power is rarely needed in a homelab. Traefik (v3.6) is a cloud-native edge router that watches Docker, Kubernetes, and other providers for service changes. When you deploy a new container with the right labels, Traefik automatically creates a route and provisions an SSL certificate. Configuration is split between a static config file (entry points, providers) and dynamic config (Docker labels on each service). HAProxy (v3.3) is a high-performance TCP/HTTP load balancer used by GitHub, Reddit, and Stack Overflow. It is configured entirely through a single config file (haproxy.cfg) with no auto-discovery. HAProxy's strength is its load balancing algorithms, health checks, stick tables, and TCP-level proxying capabilities. Both are open source, high-performance, and written in different languages (Traefik in Go, HAProxy in C). They target different workflows: Traefik is container-native, HAProxy is infrastructure-native. Traefik requires more initial setup than it first appears. You need a static config file defining entry points and certificate resolvers, then Docker labels on every service you want to proxy. But once set up, adding new services is trivial — just add labels to the container's Compose file. HAProxy has a steeper config learning curve. The haproxy.cfg file uses a custom syntax with global, defaults, frontend, and backend sections. Adding a new service means editing the config file and sending SIGHUP to reload. There is no auto-discovery. But the config format is well-documented and predictable. For a homelab that changes frequently (adding/removing containers), Traefik's auto-discovery saves significant time. For a stable setup that rarely changes, HAProxy's explicit config is equally manageable. HAProxy is significantly lighter and faster. Written in C with an event-driven architecture, it is designed for extreme concurrency. Traefik's Go runtime and service discovery watchers consume more memory. For a homelab, this difference is negligible. For production load balancing at scale, HAProxy's efficiency matters. HAProxy has 15 years more history and is the foundation of internet infrastructure. Traefik has a larger GitHub presence because it is container-native and attracts the Docker/Kubernetes community. Both have strong commercial offerings. Not natively. There are third-party tools like docker-gen that can generate HAProxy configs from container labels, but this is not built-in and not as reliable as Traefik's native provider. HAProxy, by a significant margin. It is designed for 100K+ concurrent connections and is used by some of the largest websites. Traefik handles homelab and medium-scale traffic without issues but is not in the same class for extreme load. Routes do not transfer. Traefik uses Docker labels; HAProxy uses haproxy.cfg. You would rewrite your routing config in the target format. SSL certificates via Let's Encrypt will be re-provisioned automatically by Traefik; HAProxy requires manual certificate management regardless. Traefik wins for self-hosting. Auto-discovery, built-in HTTPS, and Docker-native integration make it the practical choice for homelabs and small-scale deployments. Adding a new service is two Docker labels instead of editing a config file and reloading. HAProxy wins in a different arena: production infrastructure, high-traffic load balancing, and TCP proxying. If you are running a cluster of web servers behind a load balancer, HAProxy is the industry standard. But most self-hosters are running a single server with 5-30 services, and Traefik handles that better. Templates let you quickly answer FAQs or store snippets for re-use. as well , this person and/or - You run Docker containers and want automatic routing via labels

- You want built-in Let's Encrypt without an external ACME client- You deploy on Docker Swarm or Kubernetes- You add and remove services frequently- You want middleware (authentication, rate limiting, headers) configurable per-route via labels- You prefer config-as-code where routing lives with the service definition - You need production-grade load balancing across multiple backend servers- You proxy TCP traffic (databases, MQTT, game servers)- You need advanced health checks (HTTP content matching, TCP checks, scripts)- You need stick-table-based rate limiting and DDoS protection- Maximum performance and minimal overhead are critical- You run bare-metal or VM infrastructure without Docker - How to Self-Host Traefik with Docker- How to Self-Host HAProxy with Docker- Nginx Proxy Manager vs Traefik- Traefik vs Caddy- Best Self-Hosted Reverse Proxy- Reverse Proxy Explained- Docker Compose Basics