CursorTouch/Windows-MCP

Features

• Model Context Protocol Servers - Implements a Model Context Protocol server exposing Windows desktop and system functions to LLMs.
• Windows Desktop Automation - Controls windows, mouse, and keyboard on a Windows machine through a set of automated actions.
• MCP Servers - Implements a Model Context Protocol server that exposes Windows desktop automation and system administration functions to LLMs.
• Model Context Protocol Integrations - Exposes Windows system functions to large language models through the Model Context Protocol for AI-driven desktop control.
• Input Field Text Typers - Enters text into a focused UI element, optionally clearing any existing content first.
• Keyboard and Mouse Input Simulations - Performs clicks, text typing, scrolling, mouse movement, and keyboard shortcuts on the Windows desktop.
• Mouse and Keyboard Simulation Tools - Simulates clicks, typing, scrolling, mouse movement, and keyboard shortcuts on the Windows desktop.
• Keyboard Shortcut Simulations - Simulates pressing a keyboard shortcut such as Ctrl+C or Alt+Tab.
• Keyboard Input Automation - Types text or presses individual keys as if typed by a user on the physical keyboard.
• Mouse Control Automation - Provides programmatic mouse control by moving the cursor and performing clicks at specified screen coordinates.
• Process Listing APIs - Retrieves a snapshot of all active processes with their names and process IDs.
• Process Listing and Termination APIs - Lists running processes and terminates them by PID or name through a programmatic interface.
• Desktop State Captures - Takes screenshots or snapshots of the full desktop state, including UI elements and open windows.
• Screen Capture and Text Extraction - Captures screenshots and retrieves visible text or UI element information from the screen.
• Display Screenshot Capture - Takes a fast screenshot of the desktop, including cursor position and open windows.
• Protocol Bridges - Bridges system functions to language models through a standardized JSON-RPC protocol over multiple transport layers.
• Cross-Application Input Simulators - Injects mouse and keyboard events at the operating system level to control desktop applications programmatically.
• Application and Process Controllers - Launches applications, resizes or moves windows, switches between apps, lists running processes, and terminates them.
• Application Launchers - Starts a specified program or executable file on the Windows desktop.
• Window and Process Lifecycle Management - Lists, focuses, moves, resizes, minimizes, and closes application windows and processes.
• Window and UI State Retrieval - Retrieves the current state of windows and UI elements for analysis or automation decision-making.
• Secure Remote Access - Restricts network access with bearer tokens, IP allowlists, TLS, and OAuth 2.0.
• Windows System Management Interfaces - Provides a unified interface for managing Windows registry, processes, files, and clipboard.
• UI Element Interactions - Selects multiple items, edits multiple input fields, and waits for text or elements to appear on screen.
• Application Launch and Window Managers - Opens an application from the start menu, resizes or moves its window, and switches between running apps.
• Element Click Simulators - Moves the mouse pointer to specified screen coordinates and performs a click action.
• Windows UI Element Automation - Interacts natively with Windows UI elements, opens apps, controls windows, and simulates user input.
• Element Wait Conditions - Polls the UI state until a specified text, window, or element appears, then returns.
• Multi-Transport Implementations - Supports stdio, SSE, and streamable HTTP transports for flexible integration with LLM clients.
• SSE Transports - Provides SSE transport for remote MCP client connections to the Windows automation server.
• File and Process Management Tools - Reads, writes, lists, and searches files; lists and terminates running processes by PID or name.
• Accessibility Tree Extractions - Captures UI context by querying the Windows accessibility API to retrieve element hierarchy and properties.
• File and Directory Management - Reads, writes, copies, moves, deletes, lists, searches, and inspects files and directories on the Windows filesystem.
• Web Content Extraction Utilities - Provides web page content scraping and DOM extraction for data collection and analysis.
• File System Navigators - Lists, reads, writes, creates, and deletes files and directories on the local Windows filesystem.
• Shell Command Execution - Runs shell commands and scripts on the Windows operating system and returns their output.
• Clipboard Read and Write Operations - Reads text from and writes text to the Windows system clipboard for data transfer.
• Streamable - Streams MCP server responses over HTTP for production-ready remote client connections.
• Stdio Transports - Connects the MCP server to client processes through standard input and output streams.
• Multi-Transport Server Architectures - Supports simultaneous stdio, SSE, and HTTP transports for flexible MCP client connectivity.
• MCP Transport Protocol Supports - Starts the MCP server using standard I/O, SSE, or streamable HTTP transport protocols.
• PowerShell - Runs PowerShell commands and returns their output for system administration tasks.
• Windows Registry Interfaces - Reads, writes, deletes, and lists values and keys in the Windows Registry.
• Bearer Token Authentication - Requires Bearer tokens on all HTTP requests to restrict server access.
• Tool Access Controls - Whitelists or blacklists specific MCP tools to control which capabilities are available.
• OAuth 2.0 Authorization Flows - Implements OAuth 2.0 with PKCE for secure remote access to the Windows automation server.
• PKCE Authorization Flows - Implements OAuth 2.0 with PKCE for secure remote access to Windows system functions.
• OAuth and TLS Secured Remote Execution - Runs commands and automations on a Windows machine remotely with OAuth, TLS, and IP-based access controls.
• SSRF Protections - Blocks web scraping requests to private, loopback, and link-local IP addresses to prevent SSRF attacks.
• Execution Pausing - Waits for a defined duration before proceeding to the next action.
• IP Access Restrictions - Limits incoming connections to specified IP addresses or CIDR ranges.
• Content Scrolling Controls - Scrolls a window or region vertically or horizontally by a specified amount.
• File Read-Write Operations - Opens, creates, modifies, and saves text or binary files on the local filesystem.
• DOM Mode Browser Automations - Extracts and interacts with web page content exclusively, filtering out browser UI elements for cleaner web automation.

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