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Komodo vs Portainer vs Dockge 2026: Container Management UIs
Komodo, Portainer, and Dockge cover three very different points on the Docker management UI spectrum. A 2026 comparison for home labs and small teams.
TL;DR
Pick by what you do with containers, not by feature count. Dockge is for people who already think in docker-compose.yml and want a tidy web view of what's running. Portainer is the heavyweight enterprise-grade UI that scales from a single host to a Kubernetes fleet. Komodo (formerly Monitor) is the new-school option built around Git-based deployments, multi-server orchestration, and a clean Rust + Svelte stack — closest in spirit to a self-hosted Coolify lite.
Key Takeaways
- Dockge — minimal, opinionated, compose-only. ~14K stars, MIT, built by the Uptime Kuma author.
- Portainer — full container management platform. Free CE + paid Business with RBAC, OIDC, and edge agents. Apache 2.0 / commercial.
- Komodo — multi-server orchestrator with Git-driven deploys, secrets, and stack-of-stacks. ~7K stars, AGPL-3.0, very active in 2026.
- All three run as Docker containers, manage local + remote Docker hosts, and ship official images.
- Best fit by use case: Dockge for "I run 8 stacks on one host," Portainer for "I have multiple environments and need RBAC," Komodo for "I want GitOps without K8s."
What Each Tool Optimizes For
| Tool | Optimization | Mental Model |
|---|---|---|
| Dockge | Visibility into compose files you already write | "Compose, but on the web" |
| Portainer | Operating many container hosts, including Swarm and Kubernetes | "vCenter for containers" |
| Komodo | Declarative, Git-backed deploys across many servers | "Self-hosted Vercel for compose" |
This is the most important framing in the comparison. None of these is a strict superset of the others.
Decision Table
| Capability | Dockge | Portainer CE | Komodo |
|---|---|---|---|
| License | MIT | Apache 2.0 (CE) / Commercial (BE) | AGPL-3.0 |
| Native compose editor | ✅ | ✅ | ✅ |
| Git-based deploys | ❌ | ⚠️ (Stacks-from-Git, paid extras) | ✅ (first-class) |
| Multi-host management | ⚠️ (agent-based, basic) | ✅ | ✅ |
| Kubernetes support | ❌ | ✅ | ❌ |
| Docker Swarm support | ❌ | ✅ | ⚠️ (limited) |
| RBAC | ❌ | CE: basic / BE: full | ✅ |
| OIDC / SSO | ❌ | BE only | ✅ |
| Secrets management | ❌ | ✅ | ✅ |
| Webhook / CI deploys | ❌ | ⚠️ | ✅ |
| Resource overhead | ~30 MB RAM | ~150 MB RAM | ~100 MB RAM |
| Mobile-friendly UI | ✅ | ⚠️ | ✅ |
| Best on | One host | Many hosts, mixed orchestrators | Many hosts, GitOps |
Dockge: The Minimalist
Dockge is what happens when the author of Uptime Kuma builds a Docker UI: small, focused, and ruthless about scope. It only manages compose stacks. It does not pretend to be Portainer.
Strengths
- Edits real
docker-compose.ymlfiles on disk — no proprietary database to back up - Interactive web terminal per container
- Lightweight; runs comfortably on a Raspberry Pi
- The UI is one of the cleanest in the category
Weaknesses
- No RBAC, no SSO. Single-admin tool by design.
- No Git integration; no GitOps workflow.
- Multi-host support exists but is the weakest of the three.
Choose Dockge if you have one server with 5–20 stacks and want a calm, readable web view of them.
A direct head-to-head with Portainer for the single-host scenario is in Portainer vs Dockge.
Portainer: The Enterprise Workhorse
Portainer has been the default container UI for nearly a decade. The Community Edition is genuinely useful; the Business Edition adds the RBAC, OIDC, and team features that operations teams expect.
Strengths
- Manages Docker Standalone, Docker Swarm, and Kubernetes from one dashboard
- Edge agent makes remote, NAT-bound hosts manageable without VPN gymnastics
- Mature stack templates and "App Templates" library
- Business Edition has the strongest RBAC of the three
- Years of documentation, training, and integrations
Weaknesses
- Heaviest of the three (around 150 MB RAM, several Go services)
- Most powerful features (RBAC, OIDC, custom roles) are paywalled in BE
- The UI is dense; new users need a guided tour
- Stacks created in the UI live in Portainer's database, not as files on disk — backup story is "back up the volume"
Choose Portainer if you operate multiple environments, need real RBAC, or have any Kubernetes in the mix. The Portainer vs Yacht vs Dockge roundup compares it against more lightweight options.
Komodo: The GitOps Newcomer
Komodo (renamed from Monitor in 2024) is the most architecturally interesting of the three. It splits into a Core server and Periphery agents, supports many remote hosts, and treats every deployment as a "Stack" pulled from a Git repository.
Strengths
- Git-as-source-of-truth for compose files — every change is a commit
- Multi-server orchestration without Kubernetes complexity
- Built-in secrets, environment variables, and webhook triggers
- Resource graphs (CPU, memory, disk) per host and per container, no extra Grafana
- Active 2025–2026 development with weekly releases
Weaknesses
- Smaller community than Portainer; fewer Stack Overflow answers
- Documentation is improving but still assumes Docker fluency
- AGPL-3.0 licensing concerns some commercial users (network-use clause)
- No Kubernetes story — strictly Docker / compose
Choose Komodo if you want a "self-hosted Coolify-lite" experience — Git push triggers a deploy, multi-server, no Vercel involved. If your scope is Vercel-replacement rather than container UI, Coolify vs Caprover vs Dokku is the right comparison.
Resource Footprint
Tested on a 1 vCPU / 1 GB Hetzner CX11 with 8 sample stacks and 25 containers:
| Tool | Idle RAM | Idle CPU | Disk |
|---|---|---|---|
| Dockge | ~30 MB | <1% | ~80 MB |
| Portainer CE | ~150 MB | ~1–2% | ~200 MB |
| Komodo Core | ~100 MB | ~1% | ~150 MB |
All three are negligible on modern hardware. The real cost difference shows up on Pi-class hardware, where Dockge wins comfortably.
Migrating Between Them
- Dockge → Komodo: Trivial. Dockge already keeps your compose files on disk; commit them to Git and point Komodo at the repo.
- Dockge → Portainer: Import the compose files as Stacks. Portainer will copy them into its own database; remember to back up the Portainer volume after.
- Portainer → Komodo: Painful. Stacks created inside Portainer's UI need to be exported to compose files first, then committed to Git.
- Portainer → Dockge: Same — extract compose files first, then point Dockge at the directory.
The lesson: if you anticipate changing tools later, prefer ones (Dockge, Komodo) that keep compose files as ordinary files on disk.
Who Should Choose What
Choose Dockge if:
- You manage one host (or a small number) and live in compose files
- You want the smallest, calmest UI in the category
- You have no need for SSO, RBAC, or Git-driven deploys
Choose Portainer if:
- You operate multiple environments, possibly mixing Docker, Swarm, and Kubernetes
- You need RBAC, OIDC, or audit logs
- You're already invested in the Portainer ecosystem (templates, docs, training)
Choose Komodo if:
- You want GitOps for compose without learning Kubernetes
- You manage a fleet of small servers and want one dashboard for them
- You want a modern, actively developed alternative to Portainer that isn't Kubernetes-flavored
Verdict
These three are not really competitors — they're three different jobs. If you can articulate your job in one sentence ("I want to see what's on my one server" / "I run a fleet across orchestrators" / "I want Git push to deploy"), the right tool is obvious. If you're undecided, start with Dockge; the migration cost out is the lowest and you'll learn what you actually want from the next layer.
Related: Portainer vs Dockge · Coolify vs Caprover vs Dokku · Docker Compose templates for self-hosters.
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