MCP Android Agent

★ 53

from nim444

Automate Android devices using the uiautomator2 library, requiring adb and a connected device.

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MCP Android Agent

This project provides an MCP (Model Context Protocol) server for automating Android devices using uiautomator2. It's designed to be easily plugged into AI agents like GitHub Copilot Chat, Claude, or Open Interpreter to control Android devices through natural language.

Modular Architecture

The server has been refactored into a clean, modular architecture with tools organized by functionality:

Copy & paste — that's it

mcp-android-server-python/
├── server.py                    # Main server (61 lines - clean & focused)
├── server_original_backup.py    # Backup of original monolithic version
└── tools/                       # 🆕 Modular tools package
    ├── __init__.py             # Central registration & imports
    ├── device_tools.py         # Device connection & status tools
    ├── app_tools.py            # Application management tools
    ├── screen_tools.py         # Screen control & unlock tools
    ├── input_tools.py          # User input simulation (click, swipe, text)
    ├── inspection_tools.py     # UI inspection & screenshots
    └── advanced_tools.py       # Advanced features (toast, activity wait)

Benefits of Modular Architecture

Maintainability: Easy to add/modify/remove tools without touching main server
Organization: Tools grouped logically by functionality
Testing: Individual tool modules can be unit tested separately
Reusability: Tool modules can be reused in other projects
Scalability: New tool categories can be added as separate modules
Clean Code: Main server reduced from 1321 lines to 61 lines

Quick Demo

Demo

Features

Device Management

Smart Device Detection: Automatically finds and connects to available devices
Comprehensive Device Info: Get serial, resolution, battery, WiFi IP, Android version
ADB Diagnostics: Check ADB availability and connection status
Health Monitoring: Built-in server health checks

Application Management

App Discovery: List all installed applications (system + user apps)
App Lifecycle Control: Start, stop, force-stop apps by package name
App State Monitoring: Track current foreground app and activity
Data Management: Clear app data/cache for testing

Screen & Display Control

Screen Power Management: Turn screen on/off programmatically
Smart Unlock: Automatic screen unlocking with standard methods
Screen State Monitoring: Wait for screen activation (async support)

User Input Simulation

Precision Interactions: Click by text, resource ID, or content description
Advanced Gestures: Long click, swipe, drag operations
Text Input: Smart text entry with optional field clearing
Hardware Keys: Simulate home, back, menu, volume keys

UI Inspection & Debugging

Element Analysis: Get detailed UI element properties and bounds
Screen Capture: Take screenshots for debugging and documentation
UI Hierarchy: Export complete screen structure as XML
Smart Waiting: Wait for elements to appear with custom timeouts
Scroll Detection: Auto-scroll to find elements in long lists

Advanced Capabilities

Toast Detection: Capture system toast messages for verification
Activity Monitoring: Wait for specific Android activities
Background Operations: Async support for time-consuming operations

Use Cases

Perfect for:

AI agents that need to interact with real devices
Remote device control setups
Automated QA tools
Android bot frameworks
UI testing and automation
Device management and monitoring

UI Inspector

The project includes support for uiauto.dev, a powerful UI inspection tool for viewing and analyzing your device's interface structure.

Install the UI inspector:

Copy & paste — that's it

uv pip install uiautodev

Start the inspector:

Copy & paste — that's it

uiauto.dev

Open your browser and navigate to https://uiauto.dev

Available MCP Tools

Device Management Tools

Tool Name	Description
`mcp_health`	Check if the MCP server is running properly
`get_device_status`	Get complete device status and readiness information
`connect_device`	Connect to an Android device and get basic info
`get_device_info`	Get detailed device info: serial, resolution, battery, etc.
`check_adb_and_list_devices`	Check if ADB is installed and list connected devices

Application Management Tools

Tool Name	Description
`get_installed_apps`	List all installed apps with version and package info
`get_current_app`	Get info about the app currently in the foreground
`start_app`	Start an app by its package name
`stop_app`	Stop an app by its package name
`stop_all_apps`	Stop all currently running apps
`clear_app_data`	Clear user data/cache of a specified app

Screen Control Tools

Tool Name	Description
`screen_on`	Turn on the screen
`screen_off`	Turn off the screen
`unlock_screen`	Unlock the screen (turn on and swipe if necessary)
`wait_for_screen_on`	Wait asynchronously until the screen is turned on

User Input Tools

Tool Name	Description
`press_key`	Simulate hardware key press (e.g. `home`, `back`, `menu`, etc.)
`click`	Tap on an element by `text`, `resourceId`, or `description`
`long_click`	Perform a long click on an element
`send_text`	Input text into currently focused field (optionally clearing before)
`swipe`	Swipe from one coordinate to another
`drag`	Drag an element to a specific screen location

Inspection Tools

Tool Name	Description
`get_element_info`	Get info on UI elements (text, bounds, clickable, etc.)
`wait_for_element`	Wait for an element to appear on screen
`scroll_to`	Scroll until a given element becomes visible
`screenshot`	Take and save a screenshot from the device
`dump_hierarchy`	Dump the UI hierarchy of the current screen as XML

Advanced Tools

Tool Name	Description
`get_toast`	Get the last toast message shown on screen
`wait_activity`	Wait until a specific activity appears

License

This project is licensed under the MIT License - see the LICENSE file for details.

Requirements

Python 3.13 or higher
Android Debug Bridge (adb) installed and in PATH
Connected Android device with USB debugging enabled
uiautomator2 compatible Android device

Installation

1. Clone the repo

Copy & paste — that's it

git clone https://github.com/nim444/mcp-android.git
cd mcp-android

2. Create and activate virtual environment

Copy & paste — that's it

# Using uv (https://github.com/astral-sh/uv)
uv venv
source .venv/bin/activate  # On Windows: .venv\\Scripts\\activate

3. Install dependencies

Copy & paste — that's it

uv pip install

Running the Server

The server supports two different transport modes depending on your use case:

Option 1: MCP stdio (For AI Agent Integration)

This is the standard mode for integrating with AI agents like Claude Desktop, VS Code, or other MCP clients.

Copy & paste — that's it

# Edit server.py to use stdio mode (default commented out)
# Uncomment the stdio section and comment out http section

# Then run:
uv run python server.py

Option 2: Streamable HTTP (For Web/API Integration)

This mode runs the server as an HTTP API, useful for web applications, curl testing, or direct HTTP calls.

Copy & paste — that's it

# Current default configuration - runs as HTTP server
uv run python server.py

# Server will be available at: http://localhost:8080

Switching Between Modes

Edit server.py and modify the if __name__ == "__main__": section:

For stdio mode (AI agents):

Copy & paste — that's it

if __name__ == "__main__":
    mcp.run(
        transport="stdio",
        show_banner=False,
    )

For HTTP mode (Web API):

Copy & paste — that's it

if __name__ == "__main__":
    mcp.run(
        transport="streamable-http",
        host="0.0.0.0",
        port=8080,
    )

Usage

For AI Agent Integration (Claude Desktop, VS Code, etc.)

An MCP client is needed to use this server. The Claude Desktop app is an example of an MCP client.

Important: For AI agent integration, make sure to configure the server in stdio mode (see "Option 1" above).

To use this server with Claude Desktop:

Locate your Claude Desktop configuration file

Windows: %APPDATA%\Claude\claude_desktop_config.json
macOS: ~/Library/Application Support/Claude/claude_desktop_config.json

Add the Android MCP server configuration to the mcpServers section

Copy & paste — that's it

{
  "mcpServers": {
    "mcp-android": {
      "type": "stdio",
      "command": "bash",
      "args": [
        "-c",
        "cd /path/to/mcp-adb && source .venv/bin/activate && uv run python server.py"
      ]
    }
  }
}

Replace /path/to/mcp-adb with the absolute path to where you cloned this repository. For example: /Users/username/Projects/mcp-adb

Using with VS Code

You can also use this MCP server with VS Code's agent mode (requires VS Code 1.99 or newer). To set up:

Create a .vscode/mcp.json file in your workspace:

Copy & paste — that's it

{
  "servers": {
    "mcp-android": {
      "type": "stdio",
      "command": "bash",
      "args": [
        "-c",
        "cd /path/to/mcp-adb && source .venv/bin/activate && uv run python server.py"
      ]
    }
  }
}

Replace /path/to/mcp-adb with the absolute path to where you cloned this repository.

After adding the configuration, you can manage the server using:

Command Palette → MCP: List Servers to view and manage configured servers
Command Palette → MCP: Start Server to start the server
The server's tools will be available in VS Code's agent mode chat

Vscode

For HTTP API Integration (Direct API Calls)

When running in HTTP mode (Option 2), you can interact with the server directly via HTTP requests:

Copy & paste — that's it

# Check if server is running
curl http://localhost:8080/

# List available tools (you'll need to implement proper tool discovery endpoints)
# This depends on your FastMCP version and configuration

Use Cases for HTTP Mode:

Web applications with Android automation
Testing tools that can't use stdio
Direct API integration with other services
Debugging and development with curl/Postman