Provides comprehensive desktop automation for macOS including mouse control (move, click, drag, scroll), keyboard control (typing, hotkeys, key presses), and screen capture capabilities (screenshots, pixel colors, image location).
macOS Control MCP Server
A Model Context Protocol (MCP) server for macOS desktop automation using FastMCP and PyAutoGUI. This MCP gives full control to your MacOS desktop. It will work with Linux, and windows but these are not tested. Needless to day this is very dangerous. Run in a container, VM, etc.
Features
Mouse Control
Move mouse to coordinates
Click (left, right, middle)
Double-click
Scroll
Drag and drop
Get mouse position
Keyboard Control
Type text
Press individual keys
Execute hotkey combinations (Cmd+C, Cmd+V, etc.)
Hold and release keys
Screen Capture & Analysis
Take screenshots (full screen or regions)
Get screen resolution
Locate images on screen
Get pixel colors at coordinates
Utilities
Sleep/pause execution
Configure failsafe and pause settings
Installation
Prerequisites
macOS
Python 3.10 or later
uv package manager
Setup
Clone or navigate to the project directory:
cd ~/macos-control-mcpInstall dependencies:
uv syncGrant necessary permissions:
Accessibility Access: System Settings → Privacy & Security → Accessibility
Screen Recording: System Settings → Privacy & Security → Screen Recording
Add Terminal (or your terminal app) to both of these permissions.
Configure Claude Desktop For development
Add this to your Claude Desktop configuration file (~/Library/Application Support/Claude/claude_desktop_config.json):
Usage Examples
Once configured in Claude Desktop, you can use natural language to control your Mac:
Mouse Control
"Move the mouse to position 500, 300"
"Click at coordinates 100, 200"
"Double-click at the center of the screen"
"Right-click at 400, 500"
"Scroll down 5 clicks"
Keyboard Control
"Type 'Hello World'"
"Press the Enter key"
"Press Cmd+C to copy"
"Press Cmd+Shift+3 to take a screenshot"
Screen Capture
"Take a screenshot"
"What's the screen resolution?"
"Get the color of the pixel at 100, 100"
Combined Actions
"Move mouse to 500, 300 and click"
"Type 'test@example.com' and press Tab"
"Press Cmd+Space, type 'Safari', and press Enter"
Available Tools
Mouse Tools
move_mouse(x, y, duration)- Move cursor to coordinatesclick_mouse(x, y, button, clicks, interval)- Click at positiondouble_click(x, y)- Double-clickright_click(x, y)- Right-clickscroll_mouse(clicks, x, y)- Scroll wheeldrag_mouse(x, y, duration, button)- Drag to positionget_mouse_position()- Get current cursor position
Keyboard Tools
type_text(text, interval)- Type textpress_key(key, presses, interval)- Press a keyhotkey(*keys)- Press key combinationkey_down(key)- Hold down a keykey_up(key)- Release a key
Screen Tools
get_screen_size()- Get screen resolutiontake_screenshot(region)- Capture screenlocate_on_screen(image_path, confidence)- Find imageget_pixel_color(x, y)- Get RGB color
Utility Tools
sleep(seconds)- Pause executionset_failsafe(enabled)- Configure failsafeset_pause(duration)- Set action pause
Safety Features
Failsafe
By default, moving the mouse to any screen corner will abort PyAutoGUI operations. This can be disabled with set_failsafe(False).
Pause
A 0.1 second pause is inserted between actions by default. Adjust with set_pause(duration).
Development
Running Tests
Running the Server Manually
Troubleshooting
"Permission denied" errors
Make sure you've granted Accessibility and Screen Recording permissions to your terminal application.
"Image not found" errors
When using locate_on_screen, try lowering the confidence parameter (default is 0.9).
Server not responding
Check Claude Desktop logs:
~/Library/Logs/Claude/Verify the path in your configuration matches your installation
Restart Claude Desktop
License
MIT
Credits
Built with:
This server cannot be installed
local-only server
The server can only run on the client's local machine because it depends on local resources.
Enables full desktop automation on macOS through natural language, including mouse control, keyboard input, screen capture, and GUI interaction using PyAutoGUI.