Descubre 36 MCPs desarrollados para Windows.
Provides comprehensive Windows system and registry diagnostic capabilities to AI agents.
Provides driver-level keyboard and mouse input control for Windows applications via a standalone Model Context Protocol (MCP) server.
Deliver customizable Windows desktop notifications, including those with interactive action buttons and custom sounds.
Provides real-time memory scanning and analysis for Windows processes, enabling AI agents to interact with system memory via MCP or an HTTP API.
Automates Windows desktop interactions using UI Automation for efficient control and data extraction.
Integrates Windows Calculator with Claude Desktop to enable precise mathematical computations directly within the AI interface.
Automates comprehensive control over Windows systems, offering capabilities for file operations, process management, and user interface interactions.
Enables text-to-speech functionality within Claude Desktop using Windows' built-in Speech API.
Analyzes MSI installation files and facilitates Windows software management through detailed metadata extraction and command generation.
Provides comprehensive program management, uninstallation, forced deletion, and residue cleaning functionalities for Windows applications.
Provides unified, Windows-native step-through debugging across multiple programming languages via an MCP to DAP bridge.
Manages Windows processes and services by offering AI-assisted and direct command-line interfaces for secure discovery, inspection, and control with integrated UAC elevation.
Enables seamless integration between AI agents and the Windows operating system, allowing large language models to perform tasks such as file navigation, application control, and UI interaction.
Provides unrestricted system access to Windows environments through command-line execution.
Enables AI models to programmatically interact with the Windows command line interface.
Provides a high-performance C++ server for real-time memory scanning and analysis of Windows processes, accessible via Model Context Protocol or HTTP.
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