Portainer vs Dockge: Managing Containers Without the Terminal

Look, we’ve all been there. You SSH into your server, squint at a wall of docker ps output, wonder which container is which, typo a container name, accidentally nuke your Plex library, and then sit in the dark questioning your life choices. It’s a rite of passage in the self-hosting community.

But it doesn’t have to be this way. There are actual, honest-to-goodness web interfaces for managing your Docker containers. Two of the most popular ones are Portainer and Dockge — and while they both solve the “I don’t want to live in the terminal” problem, they do it in very different ways.

Think of it like this: Portainer is the Swiss Army knife you bought at the airport that has a blade, scissors, a corkscrew, a tiny saw, and something that might be a fish scaler. Dockge is the really nice chef’s knife that does one thing brilliantly. Both cut stuff. Different vibes entirely.

Let’s break them down.

What is Portainer?

Portainer is one of the oldest and most feature-rich container management platforms out there. It started life as a simple Docker UI back in 2016 and has since evolved into a full-blown container management platform that supports Docker, Docker Swarm, Kubernetes, and Nomad.

The Community Edition (CE) is free and open source. There’s also a Business Edition (BE) with extra bells and whistles like RBAC, registry management, and activity logging — but honestly, for most home-labbers and small teams, CE is more than enough.

Key Portainer CE Features

Full container lifecycle management — create, start, stop, restart, remove, inspect. The works.
Stack management — deploy and manage Docker Compose stacks right from the UI.
Image management — pull, tag, remove, and inspect images without touching the CLI.
Network and volume management — create and manage Docker networks and volumes visually.
Container console access — need to exec into a container? Do it from the browser. No SSH required.
Resource monitoring — CPU, memory, and network stats for each container in real time.
User management — create users and teams with different access levels (more granular in BE).
Multi-host management — connect to multiple Docker hosts, Swarm clusters, and even Kubernetes clusters from a single Portainer instance.
Template support — one-click deploy from app templates. Think of it like an app store for containers.
Edge Agent — manage remote Docker hosts over the internet securely.

That’s… a lot of stuff. And that’s just the community edition.

What is Dockge?

Dockge comes from the same developer who brought us Uptime Kuma (if you know, you know — and if you don’t, go install Uptime Kuma right now, I’ll wait). It launched in late 2023 and takes a fundamentally different approach to container management.

Where Portainer tries to be everything to everyone, Dockge asks a simpler question: “What if we just made Docker Compose… nice?”

That’s it. That’s the pitch. And honestly? It’s a really good pitch.

Key Dockge Features

Compose-first philosophy — everything revolves around docker-compose.yml files. Not an abstraction layer over them. The actual files.
Interactive compose editor — edit your compose files in a web-based editor with syntax highlighting and a form-based UI for people who don’t want to write YAML.
Real docker-compose.yml files on disk — this is the big one. Dockge doesn’t store your stack definitions in a database. They live as real files on your filesystem. If Dockge dies, your compose files are still right there. You can edit them with vim. You can check them into git. They’re just… files.
Real-time terminal output — see container logs and deployment output in real time via WebSocket.
Multi-host management — connect multiple Docker hosts via agents (similar to Portainer’s agent model).
Stack management — start, stop, restart, update, and delete compose stacks.
Conversion tool — paste a docker run command and Dockge converts it to a compose file. Actually useful.
Lightweight — the entire thing runs as a single container and uses minimal resources.

Setting Up Portainer with Docker Compose

Let’s get Portainer running. You’ll need Docker and Docker Compose installed (obviously — if you’re reading an article about Docker GUIs and don’t have Docker installed, we need to have a different conversation).

Create a docker-compose.yml file:

services:
  portainer:
    image: portainer/portainer-ce:latest
    container_name: portainer
    restart: unless-stopped
    security_opt:
      - no-new-privileges:true
    volumes:
      - /etc/localtime:/etc/localtime:ro
      - /var/run/docker.sock:/var/run/docker.sock:ro
      - portainer_data:/data
    ports:
      - "9443:9443"
      - "9000:9000"
      - "8000:8000"

volumes:
  portainer_data:

Fire it up:

docker compose up -d

Navigate to https://your-server-ip:9443 (yes, HTTPS — Portainer generates a self-signed cert), create an admin user, and you’re in business.

Port breakdown:

9443 — HTTPS web UI (recommended)
9000 — HTTP web UI (use if you’re behind a reverse proxy handling TLS)
8000 — TCP tunnel server for Edge Agents (only needed for multi-host management)

A Quick Note on the Docker Socket

Both Portainer and Dockge need access to the Docker socket (/var/run/docker.sock). This is the mechanism that lets them talk to the Docker daemon and manage your containers. Mounting it as read-only (:ro) is a good practice for Portainer since it doesn’t need write access to the socket file itself — the socket protocol handles operations regardless of file-level permissions.

Setting Up Dockge with Docker Compose

Dockge’s setup is even simpler. Create a directory structure first:

mkdir -p /opt/stacks /opt/dockge

Then create /opt/dockge/docker-compose.yml:

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

volumes: {}

cd /opt/dockge && docker compose up -d

Navigate to http://your-server-ip:5001, create your account, and you’re done.

Notice the /opt/stacks volume? That’s where all your compose files will live. Every stack you create in Dockge gets its own subdirectory with a real docker-compose.yml file inside. You can browse them, edit them, back them up — they’re just sitting there being normal files. It’s beautiful.

The UI Walkthrough: A Tale of Two Dashboards

Portainer’s Dashboard

When you first log into Portainer, you’re greeted with an environment overview. Click into your local Docker environment and you get a dashboard showing:

Total containers (running, stopped, healthy, unhealthy)
Total images (and how much disk space they’re eating)
Total volumes and networks
Stack count

The left sidebar is where the real action lives. You’ve got sections for:

Stacks — your Docker Compose deployments
Containers — individual container management
Images — image inventory
Networks — Docker network configuration
Volumes — persistent storage
Events — Docker daemon event log
Host — system info about the Docker host

Each section is its own full-featured management page. The container detail view alone gives you stats, logs, console access, inspect output, network settings, and resource limits. It’s genuinely impressive how much functionality is packed in here.

It can also feel a bit overwhelming when you first see it. There are a lot of menu items. If you just want to manage a few compose stacks on a home server, Portainer might feel like bringing a flamethrower to a birthday candle.

Dockge’s Dashboard

Dockge’s UI is… refreshingly simple. You get a list of your stacks on the left, each showing its status (running, stopped, partially running). Click one, and you see:

The compose file in an editor (with both YAML and form views)
Action buttons (start, stop, restart, update, delete)
Real-time container logs
Container status for each service in the stack

That’s basically it. And that’s kind of the point.

The compose editor is the star of the show. You can toggle between raw YAML editing and a form-based view where you fill in fields for image, ports, volumes, environment variables, etc. It’s slick, it’s fast, and it respects the fact that Docker Compose is already a pretty good abstraction — it doesn’t try to build another abstraction on top of it.

Multi-Host Management

Portainer’s Approach

Portainer supports multi-host management through several mechanisms:

Portainer Agent — Install a lightweight agent container on remote Docker hosts. The agent communicates with the Portainer server over port 9001.
Edge Agent — For hosts behind firewalls or NAT, the Edge Agent initiates an outbound connection to the Portainer server. No inbound ports needed.
Direct API connection — Connect to a remote Docker daemon via its TCP API (less secure, not recommended unless you know what you’re doing).
Kubernetes — Connect to Kubernetes clusters via kubeconfig.

You can manage all your environments from a single Portainer instance, switch between them from the top navigation, and even move stacks between hosts. For someone managing containers across multiple servers, VPSes, or even cloud providers, this is genuinely powerful.

Dockge’s Approach

Dockge also supports multi-host management, but in a simpler fashion:

Install Dockge on each host you want to manage.
Designate one instance as the “main” server.
Configure other instances as agents that connect back to the main server.

The agents communicate over WebSocket, and you can manage all connected hosts from the main Dockge UI. It’s straightforward, though not as feature-rich as Portainer’s agent system. You won’t find Edge Agent–style NAT traversal here — if your hosts can’t directly reach each other, you’ll need to handle networking yourself (VPN, tunnels, etc.).

Stack Management: Philosophy Matters

Here’s where the philosophical differences really show up.

Portainer Stacks

Portainer stores stack definitions in its internal database. You can deploy from a Git repository or paste in a compose file, but once deployed, Portainer owns that stack. Want to update it? Do it through Portainer. Want to version control it? You’ll need to use Portainer’s Git integration or manually keep an external copy in sync.

This isn’t necessarily bad — Portainer adds features on top like environment variable management, access control, and webhooks for automated redeployment. But if Portainer goes down and you need to redeploy your stacks, you’ll need to extract the compose files from Portainer’s database or hope you have backups.

Update workflow:

Go to the stack in Portainer
Edit the compose file in the web editor
Click “Update the stack”
Portainer pulls new images and recreates containers

Dockge Stacks

Dockge treats compose files as the source of truth. Every stack is a directory on disk with a docker-compose.yml file. Full stop. Dockge reads these files, provides a nice UI to edit them, and runs docker compose commands against them.

If Dockge dies, your stacks are still there. You can cd /opt/stacks/my-app && docker compose up -d and everything works. This approach plays incredibly well with version control, backups, and infrastructure-as-code workflows.

Update workflow:

Click the stack in Dockge
Edit the compose file (or the form fields)
Click “Update” (which essentially runs docker compose up -d)
Watch the real-time output

The simplicity is the feature.

Resource Monitoring

Portainer

Portainer gives you per-container resource stats: CPU usage, memory usage, network I/O, and block I/O. You get real-time graphs in the container detail view. It’s not Grafana-level monitoring, but for a quick “is this container eating all my RAM?” check, it does the job.

The Business Edition adds more advanced monitoring features, including container resource limits enforcement and alerting. But for CE, you get the basics.

Dockge

Dockge doesn’t do resource monitoring. At all. It’s not trying to be a monitoring tool — it’s a compose file manager. If you want container metrics, pair it with something purpose-built like Grafana + Prometheus + cAdvisor, or use Portainer alongside it for monitoring (nobody says you can’t run both).

This is a legitimate gap if monitoring is important to you, and it’s one of the clearest cases where Portainer’s “do everything” approach wins.

Community Edition vs Paid: What Are You Missing?

Portainer CE vs Business Edition

The big features that BE adds over CE:

Feature	CE	BE
Container management	Yes	Yes
Stack management	Yes	Yes
Kubernetes support	Basic	Advanced
RBAC (role-based access)	Limited	Full
Registry management	Basic	Advanced
Activity logging	No	Yes
GitOps updates	Basic	Advanced
OAuth/LDAP auth	Limited	Full
Support	Community	Commercial
Pricing	Free	$$$

For home labs and small teams? CE is honestly fine. You start needing BE when you have multiple teams, compliance requirements, or enterprise Kubernetes deployments.

Dockge

Dockge is fully open source, MIT licensed, and there’s no paid tier. What you see is what you get. The developer (Louis Lam) maintains it as a community project alongside Uptime Kuma. There’s no “Dockge Enterprise” waiting to gate features behind a paywall.

This is both a strength (no upsell anxiety) and a potential concern (single maintainer, community-funded development). That said, Louis has a strong track record with Uptime Kuma, so the project is in good hands.

Performance and Resource Usage

Portainer CE:

Docker image: ~300MB
Memory usage: ~100-200MB RAM (varies with number of managed environments)
CPU: Minimal, but spikes during operations
Database: BoltDB internal database

Dockge:

Docker image: ~150MB
Memory usage: ~50-80MB RAM
CPU: Minimal
Database: Stores minimal data (user accounts, agent config); compose files are on disk

If you’re running a Raspberry Pi or a low-spec VPS, Dockge’s lighter footprint is noticeable. Portainer isn’t heavy by any means, but it does carry more weight.

When to Use Which

Use Portainer When:

You’re managing multiple Docker hosts and need a single pane of glass
You need Kubernetes support alongside your Docker containers
You want built-in monitoring without setting up a separate stack
Team management matters — multiple users with different access levels
You want app templates for quick one-click deployments
You’re managing containers that weren’t deployed with Compose — standalone containers, Swarm services, etc.
You need Edge Agents for managing remote hosts behind NAT
You’re in an enterprise environment (with the Business Edition)

Use Dockge When:

Docker Compose is your workflow and you want to keep it that way
You value file-based configuration — real compose files on disk, version-controllable, portable
You want something lightweight that does one thing well
You’re a home-labber who wants a clean, simple dashboard
You want to keep your hands on the compose files without an abstraction layer in between
You’re already comfortable with Docker and just want a nice UI for your compose stacks
You trust docker-compose.yml as your source of truth and don’t want a database sitting between you and your configs

The “Why Not Both?” Option

Here’s a spicy take: you can run both. Use Dockge as your daily driver for managing compose stacks, and keep Portainer around for monitoring, one-off container inspection, and managing anything that isn’t compose-based. They don’t conflict. They both mount the Docker socket and happily coexist.

Is it necessary? No. Is it a bit ridiculous? Maybe. Does it work? Absolutely.

The Verdict

If you’re starting fresh and your workflow is “write compose files, deploy them, update them occasionally,” Dockge is the move. It respects Docker Compose as a first-class citizen, keeps your files on disk where they belong, and stays out of your way. The UI is clean, the setup is trivial, and it comes from a developer with a proven track record.

If you need more power — multi-cluster management, Kubernetes, user roles, monitoring, template deployments, or you’re managing containers that go beyond Docker Compose — Portainer CE is the answer. It’s been around longer, has a massive community, and packs an absurd amount of functionality into its free tier.

Neither is objectively “better.” They’re different tools optimized for different workflows. The best container management UI is the one that matches how you actually work.

Now go install one of them and stop typing docker ps seventeen times a day. Your keyboard will thank you.