Portainer vs Yacht vs Dockge (2026)

Managing Containers Without the Terminal

The Docker command line is powerful but tedious for managing multiple services. docker ps, docker logs <container>, docker compose down && docker compose pull && docker compose up -d — when you're running 20+ containers across a home server or small production deployment, a web UI makes life significantly easier.

Three tools have competed for this space: Portainer, Yacht, and Dockge. In 2026, the choice is clearer than ever.

Quick verdict: Use Dockge if you primarily use Docker Compose stacks. Use Portainer if you need enterprise features, Kubernetes support, or multi-host management. Avoid Yacht — it's abandoned.

TL;DR

• Dockge (15K+ stars): Best for compose-focused deployments. Fast, lightweight, excellent stack management UI. The right choice for self-hosters using docker-compose.
• Portainer CE (32K+ stars): Best for complex environments — multi-host Docker, Kubernetes, Swarm. More features, more resource usage.
• Yacht: Abandoned. Last release was alpha in January 2023. Don't use for new deployments.

Quick Comparison

Feature	Dockge	Portainer CE	Yacht
GitHub Stars	15K+	32K+	3K+
Maintenance	Active	Active	Abandoned
Docker Compose UI	Excellent	Good	Good (when working)
Container management	Good	Excellent	Basic
Kubernetes	No	Yes	No
Multi-host	No	Yes (with agents)	No
Resource usage	Very low (~50MB)	Higher (~200MB)	Low
Real-time logs	Yes	Yes	Yes
License	MIT	zlib	Apache 2.0

Dockge — Best for Compose-Focused Deployments

Dockge (15K+ stars) was built by the same developer behind Uptime Kuma, specifically to solve the pain of managing Docker Compose stacks through a web interface. It launched in 2023 and rapidly became the top Portainer alternative for compose-centric deployments.

What Makes It Stand Out

Compose-first design: Every feature in Dockge is built around the concept of a "stack" — a docker-compose.yml file and its associated containers. Create, edit, update, and restart stacks through a clean web interface.

In-browser YAML editor: Edit your docker-compose.yml directly in the browser. Syntax highlighting, validation, and immediate deployment.

Real-time terminal: Attach to running containers via the web UI. View logs, run commands, debug issues without SSH.

Stack management workflow:

1. Create a new stack (paste or write compose YAML)
2. Dockge saves it to /opt/stacks/<name>/compose.yaml
3. Deploy with one click
4. Update: edit YAML → re-deploy
5. View logs, status, and resource usage per stack

Lightweight: Dockge uses approximately 50MB RAM — a fraction of Portainer's footprint. Runs fine alongside all your other containers.

File-based storage: Compose files are stored as actual files on disk (/opt/stacks/). Unlike some tools that store configuration in databases, you can manage Dockge stacks via git, backup them easily, and they're human-readable.

Self-Hosting

services:
  dockge:
    image: louislam/dockge:1
    restart: unless-stopped
    ports:
      - 5001:5001
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock
      - /opt/stacks:/opt/stacks
      - dockge:/app/data
    environment:
      DOCKGE_STACKS_DIR: /opt/stacks

Single container. Stores stacks in /opt/stacks as regular files.

Limitations

• No Kubernetes support
• No multi-host management (one server only)
• No Docker Swarm support
• For individual containers not managed by compose, management is limited

Best for: Self-hosters, homelab users, and small production deployments using Docker Compose. The best tool for managing a server running 10-50 compose stacks.

Portainer CE — Best for Complex Environments

Portainer Community Edition (32K+ stars) is the most comprehensive open source container management platform. It covers scenarios that Dockge doesn't: multiple hosts, Kubernetes, Docker Swarm, and enterprise-grade access control.

What Makes It Stand Out

Multi-host management: Connect multiple Docker hosts or Kubernetes clusters to one Portainer instance. Manage all your environments from a single dashboard.

Kubernetes support: Deploy, manage, and scale Kubernetes workloads through Portainer's UI. Helm chart deployment, pod management, and service configuration.

Docker Swarm: Manage Swarm services, nodes, secrets, and configurations.

Role-based access: Multiple user accounts with configurable permissions. Teams get access to specific environments or containers.

Container management (individual containers): Unlike Dockge, Portainer provides full management for individual Docker containers — not just compose stacks.

App templates: Pre-configured application templates for common self-hosted tools. Deploy Nextcloud, Jellyfin, or any other app from a template library.

Edge agents: Install agents on remote servers and manage them from a central Portainer instance — useful for managing multiple VPS servers.

Self-Hosting

docker volume create portainer_data
docker run -d \
  -p 8000:8000 \
  -p 9443:9443 \
  --name portainer \
  --restart=always \
  -v /var/run/docker.sock:/var/run/docker.sock \
  -v portainer_data:/data \
  portainer/portainer-ce:latest

Access at https://localhost:9443 after first startup.

Portainer BE vs CE: Portainer has a Business Edition with additional features (RBAC, audit logs, SSO). CE is fully functional for most use cases. BE requires a license (free for up to 5 nodes).

Limitations

• Higher resource usage than Dockge
• More complex interface — steeper learning curve
• Some advanced features (RBAC, SSO) require Business Edition
• Overkill for single-server Docker Compose deployments

Best for: Teams managing multiple Docker hosts or Kubernetes clusters, organizations needing RBAC and audit logs, and users managing individual containers alongside compose stacks.

Yacht — Do Not Use

Yacht was a promising Docker management UI when it launched. The modern UI, clean design, and Portainer-inspired feature set attracted users.

Then development stopped.

Yacht's last release was version 0.0.7-alpha in January 2023. It never reached a stable 1.0. The known bugs from 2022-2023 were never fixed. The developers moved on without formally deprecating the project.

In 2026, there is no scenario where choosing Yacht makes sense:

• Security vulnerabilities may exist and won't be patched
• Compatibility with current Docker/Docker Compose versions isn't guaranteed
• No new features will come
• Community support is minimal

If you're currently running Yacht, migrate to Dockge (for compose-focused use) or Portainer (for more complex needs). The migration is straightforward — just deploy the new tool and reconnect your containers.

Other Alternatives Worth Mentioning

Since Yacht is out, two other tools deserve mention:

Komodo (10K+ stars): A server management platform with container management, build system, and deployment pipelines. More opinionated than Portainer but excellent for teams managing multiple servers.

Cosmos Cloud: An "app server" that manages containers alongside a reverse proxy and user authentication. Good for self-hosters wanting an all-in-one solution.

Lazydocker: Terminal-based (TUI) Docker management — not a web UI, but excellent for command-line users who want a better interface than raw Docker commands.

Choosing Between Portainer and Dockge

The decision tree is simple:

Do you use Docker Compose stacks almost exclusively? → Dockge

Do you need Kubernetes, Swarm, or multi-host management? → Portainer

Do you need individual container management alongside compose? → Portainer

Do you want the lightest-weight option? → Dockge (~50MB vs Portainer's ~200MB)

Are you managing a homelab or single production server? → Dockge (unless you have complex needs)

Many self-hosters use Dockge for day-to-day stack management and keep Portainer available for scenarios that require its additional capabilities.

Self-Hosting Cost

Both tools are free. The server cost depends on what you're managing:

Server	Monthly	Use Case
Hetzner CAX11 (4GB ARM)	$4	Single server, Dockge
Hetzner CPX21 (4GB x86)	$6.50	Single server, Portainer CE
Hetzner CCX13 (dedicated)	$35+	Multi-service production

The management tool itself has negligible resource requirements. Your containers are the resource consumers.

Resource Requirements and Scaling

Container management tools are meta-infrastructure — they manage your other services without being a resource bottleneck themselves. The resource overhead of each tool is minimal, but the deployment architecture implications differ.

Portainer CE runs as a Docker container with access to the Docker socket. The container itself uses approximately 100–200 MB RAM at rest. For managing a single Docker host, one Portainer container with socket bind mount is all you need. For managing multiple Docker hosts (called endpoints in Portainer), you deploy a Portainer Agent on each remote host — a small container that exposes the remote Docker API to the central Portainer instance. The agent uses approximately 50 MB RAM. This multi-host management capability means a single Portainer dashboard can show you the state of containers across five, ten, or fifty servers. For organizations running a distributed self-hosting footprint across multiple VPS instances, this visibility is Portainer's most compelling differentiator. Portainer's Docker Swarm support adds orchestrated deployment management, though Swarm is less commonly used than it was before Kubernetes became dominant.

Dockge is intentionally single-host only. The application manages the Compose stacks on the machine it runs on — there is no remote host management, no multi-server view, no agent deployment. This constraint is a deliberate design choice: Dockge's author (who also created Uptime Kuma) believes in focused tools that do one thing well. Dockge uses approximately 50 MB RAM. Its Compose file parsing and editing is done in-browser, with zero overhead on the Docker daemon beyond normal API calls. For a single homelab server or a small VPS running a personal stack, Dockge's resource profile and UX are ideal.

Yacht is comparable to Dockge in resource requirements — lightweight, single-host, Docker-focused. The main architectural difference is that Yacht supports Unraid templates and Portainer-compatible templates for one-click application deployment, which expands the deployable app catalog significantly.

For teams deploying full PaaS-style infrastructure with automated deployments, see Best Open Source Alternatives to Heroku 2026, How to Self-Host Coolify 2026, and Caprover vs Dokku vs Coolify 2026 for tools that combine container management with CI/CD and deployment automation.

Container Management Beyond the GUI: When CLI Beats UI

Container management GUIs are useful for visibility and occasional administration, but experienced operators often prefer the CLI for speed, scriptability, and reproducibility. Understanding when to use each approach prevents over-reliance on the GUI for operations that are better automated.

Starting and stopping individual containers, reading logs for debugging, and examining container inspect output are all faster with the Docker CLI than with a GUI: docker ps, docker logs -f container_name, docker inspect container_name. These ad-hoc operations don't benefit from a web interface.

GUI tools add value for operations where visual context helps: understanding which containers are running across a complex Compose stack, visualizing port mappings and network topology, and browsing all running stacks on a server without memorizing their locations. Portainer's network visualization showing which containers are connected to which networks is genuinely hard to replicate quickly with CLI.

Automated operations — deployments, health checks, backup scheduling — should never depend on a GUI. A Watchtower container automatically updates other containers to new image versions based on configured update policies. A cron job can restart unhealthy containers and send Slack notifications without any GUI. GitOps-style workflows where a CI/CD pipeline runs docker compose pull && docker compose up -d on merge to main are more reliable than clicking through a web interface.

The right mental model is: GUI for observation and diagnosis, CLI for automation and scripting, Compose files in Git for infrastructure state management. Container management tools like Portainer and Dockge are most useful as operational dashboards, not as the sole interface to your infrastructure.

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