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Docker MCP Server: Bare-Knuckle Container Control & Nuke - MCP Implementation

Docker MCP Server: Bare-Knuckle Container Control & Nuke

Docker MCP Server 🐳⚡: Effortlessly create, start/stop, and nuke containers. No fluff—just bare-knuckle container control for pros. #DevOpsWin

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31% of users reported increased productivity after just one week

About Docker MCP Server

What is Docker MCP Server: Bare-Knuckle Container Control & Nuke?

Docker MCP Server is an AI-driven control plane for Docker environments, enabling granular management of container lifecycles through the Model Context Protocol (MCP). It acts as a bridge between natural language commands and Docker's API, offering direct access to critical operations like container creation, real-time monitoring, and emergency termination capabilities ("nuke" actions). This server abstracts low-level Docker commands into structured tools that integrate seamlessly with AI agents and automation workflows.

How to use Docker MCP Server: Bare-Knuckle Container Control & Nuke?

  1. Clone repository and install dependencies:
    git clone https://github.com/yourusername/docker-mcp.git
    cd docker-mcp
    npm install
  2. Configure Docker socket access in config/docker.config.js:
    export const dockerConfig = {
      socketPath: process.env.DOCKER_SOCKET || '/var/run/docker.sock'
    };
  3. Register the server globally in cline_mcp_settings.json with the configured path to index.js
  4. Invoke operations via MCP tool commands:
    <use_mcp_tool>
    <server_name>dockerMcp</server_name>
    <tool_name>createContainerByImage</tool_name>
    <arguments>{ "image_name": "nginx", "tag": "latest" }</arguments>
    </use_mcp_tool>

Docker MCP Server Features

Key Features of Docker MCP Server: Bare-Knuckle Container Control & Nuke?

  • AI-Powered Automation: Convert high-level commands into precise Docker actions through MCP integration
  • Emergency Controls: Atomic "nuke" operations for immediate container termination via startPauseOrKill tool
  • Schema-Enforced Safety: Zod-based validation ensures only valid JSON payloads execute against Docker API
  • Real-Time Visibility: Status polling tools provide instantaneous container state feedback
  • Socket-First Security: Leverages Docker socket permissions for production-ready isolation

Use cases of Docker MCP Server: Bare-Knuckle Container Control & Nuke?

1. Fail-Safe Deployments: Automatically pause containers failing healthchecks before propagating to production

2. Disaster Recovery: Rapid rollback workflows using createContainerByImage with specific image tags

3. Agent-Driven Orchestration: Integrate with conversational AI to translate user intents like "kill all idle containers"

4. CI/CD Integration:

Docker MCP Server FAQ

FAQ from Docker MCP Server: Bare-Knuckle Container Control & Nuke?

Q: How does this differ from Docker Swarm/Kubernetes?

A: Focuses on direct container manipulation rather than cluster orchestration. Acts as control layer for existing Docker setups

Q: Is it secure to expose Docker socket?

A: Yes when properly restricted - configure /var/run/docker.sock permissions and use environment variable overrides

Q: Can I extend custom tools?

A: Yes - the MCP ecosystem allows adding new tools by implementing handle() functions in src/tools/

Q: What happens during API errors?

A: Returns structured error responses with Docker's native error codes for programmatic handling

Content

<<<<<<< HEAD Docker MCP

Docker MCP Server 🐳⚡

Automate Docker operations through AI agents with this powerful Model Context Protocol integration. Manage containers, monitor deployments, and orchestrate workflows using natural language commands.

Key Features :

  • 🤖 AI-powered container lifecycle management
  • ⚡ Real-time status monitoring dashboard
  • 🔄 Seamless Docker API integration via Dockerode
  • 🧩 Extensible MCP tool ecosystem
  • 📡 JSON schema validation with Zod

Quick Start 🚀

# Clone and setup
git clone https://github.com/yourusername/docker-mcp.git
cd docker-mcp
npm install

# Start the MCP server (requires Docker running)
node index.js

Configuration ⚙️

// config/docker.config.js
=======
# Docker MCP Server

A Model Context Protocol (MCP) server for Docker container management, providing tools to automate Docker operations through AI agents.

## Features
- Container lifecycle management
- Real-time container status monitoring
- Docker API integration via Dockerode
- MCP protocol implementation for AI-driven automation

## Installation
```bash
cd docker-mcp
npm install

Configuration

Ensure Docker is running and configure connection in config/docker.config.js:

// Example configuration
>>>>>>> 6e98bb6301c09b419ffc162c14b7a36ab249c4ea
export const dockerConfig = {
  socketPath: process.env.DOCKER_SOCKET || '/var/run/docker.sock'
};

<<<<<<< HEAD

Global MCP Configuration ⚡

=======

MCP Configuration ⚡

6e98bb6301c09b419ffc162c14b7a36ab249c4ea Add the server to your MCP configuration file (cline_mcp_settings.json):

{
  "mcpServers": {
    "dockerMcp": {
      "command": "node",
<<<<<<< HEAD
      "args": ["D:/Lern2025/mcp/docker-mcp/index.js"],
=======
      "args": ["docker-mcp/index.js"],
>>>>>>> 6e98bb6301c09b419ffc162c14b7a36ab249c4ea
      "env": {},
      "disabled": false,
      "autoApprove": []
    }
  }
}

This configuration will:

  1. Make the Docker MCP server available system-wide
  2. Auto-start with your development environment
  3. Allow seamless integration with other MCP tools

<<<<<<< HEAD

MCP Tools Reference 🛠️

1. 🐣 createConatinerByImage

{
  "image_name": "nginx",
  "tag": "latest"
}

Spin up new containers from any Docker image

2. 🔍 getConatinerById

{
  "container_id": "abc123"
}

Get detailed container inspection data

3. 📊 getConatinerStatus

{
  "container_id": "abc123"
}

Check real-time status (running/paused/exited)

4. 🎮 startPauseOrKill

{
  "container_id": "abc123",
  "desired_state": "start|pause|kill"
}

Control container states with one command

Usage Example 🤖

=======

Available MCP Tools

1. createConatinerByImage

{
  "image_name": "string",
  "tag": "string"
}

Creates a new container from specified image and tag

2. getConatinerById

{
  "container_id": "string"
}

Retrieves detailed information about a container

3. getConatinerStatus

{
  "container_id": "string"
}

Checks current status of a container (running, paused, exited)

4. startPauseOrKill

{
  "container_id": "string",
  "desired_state": "start|pause|kill"
}

Manages container state transitions

Usage Example

6e98bb6301c09b419ffc162c14b7a36ab249c4ea

<use_mcp_tool>
<server_name>dockerMcp</server_name>
<tool_name>createConatinerByImage</tool_name>
<arguments>
{
<<<<<<< HEAD
  "image_name": "postgres",
  "tag": "alpine"
=======
  "image_name": "nginx",
  "tag": "latest"
>>>>>>> 6e98bb6301c09b419ffc162c14b7a36ab249c4ea
}
</arguments>
</use_mcp_tool>

<<<<<<< HEAD

Security 🔒

# For production environments:
export DOCKER_SOCKET="/var/run/docker.sock"  # Restrict socket permissions

Contributing 👥

We welcome contributions! Please follow our contribution guidelines.


Powered by :

MCP SDK

Development

# Start the MCP server
node index.js

Dependencies

Note: Requires Docker Engine running with exposed Docker socket

6e98bb6301c09b419ffc162c14b7a36ab249c4ea

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