Comparison
Phelix vs Dokploy
Dokploy is a Docker and Compose based self-hosted PaaS with Traefik routing. Phelix deploys native Go and Rust binaries with no Docker required. Here is where each one fits.
Released Phelix hosts: Linux and macOS. Builds Go and Rust with your host toolchain.
Where each fits
Match the tool to what you actually run.
Reach for Dokploy when you want a container platform for many app types plus databases and Docker Compose stacks, with Traefik routing and an optional Docker Swarm mode to spread work across servers.
Reach for Phelix when you run Go and Rust services and want native binary builds with health-gated zero-downtime deploys and one-command rollback from a CLI, without containers as the unit of deployment.
Dokploy details here reflect its public documentation as of September 2026. Both tools change, so verify current behavior before you decide.
Side by side
A neutral capability comparison, not a scorecard.
| Capability | Phelix | Dokploy |
|---|---|---|
| Primary model | Native Go and Rust binaries, one CLI plus a per-host agent | Container-based PaaS built on Docker and Traefik |
| Build inputs | Go and Rust, compiled on the host toolchain | Nixpacks, Heroku buildpacks, or a custom Dockerfile |
| Docker required | No; binaries run directly, Docker image build is optional | Yes; applications run as containers |
| Routing | Host-local HTTP proxy Phelix manages | Traefik reverse proxy |
| Zero-downtime deploys | Blue-green, rolling, and canary with health-gated proxy cutover | Rolling updates for container applications |
| Multiple servers | Per-agent monitoring across hosts; not cross-host orchestration | Deploy across servers, with a Docker Swarm mode |
| Databases and Compose | Not operated; Phelix can generate Compose files but does not run them | Managed databases and Docker Compose stacks |
| Interface | CLI-first, with an optional dashboard | Web UI |
What Phelix does differently
Binaries and health gating instead of containers.
Phelix compiles Go and Rust on the host and supervises the resulting process, so there is no image build or container runtime in the path. Traffic moves only after a version passes its checks, across classic, blue-green, rolling, and canary strategies, with the proxy model in zero-downtime deploys.
Where Dokploy is stronger
Containers, Compose, databases, and multi-node.
If you run mixed stacks as containers, need managed databases or full Docker Compose stacks, or want a Swarm mode to orchestrate across several nodes from one UI, Dokploy covers ground Phelix does not. Phelix can generate Compose files but does not operate them, does not manage databases, and monitors per agent rather than orchestrating a cluster.
One binary between git push and production.
Install the CLI, verify the host, and follow the quick start to build your first application.