Run commands on remote systems securely via SSH, enabling direct management and execution of tasks on connected devices without manual intervention.
MIT
194,485 tools. Last updated 2026-06-11 22:32
"Raspberry Pi" matching MCP tools:
- Execute commands on remote hosts via SSH to manage systems and run administrative tasks from the Super Windows CLI MCP Server.MIT
- Execute commands on remote hosts via SSH to manage systems, run scripts, or retrieve information from connected devices.MIT
- Force power off, wait, then power on a target machine to reset it, especially useful for Raspberry Pi 5 which lacks a hardware reset button.
- Execute commands on remote hosts via SSH. Runs specified commands on a configured remote server and returns output.
- Analyze cryptocurrency market cycles with Bitcoin Ahr999 Index, Pi Cycle Top Indicator, Puell Multiple, and Bitcoin Rainbow Chart to identify potential market tops and trends.MIT
Matching MCP Servers
- AlicenseAqualityBmaintenanceEnables SSH and UART/serial port access for Claude Code to directly control remote devices like Raspberry Pi, embedded systems, and IoT devices. Supports command execution, file transfers via SFTP, and serial communication.Last updated245AGPL 3.0
- AlicenseBqualityCmaintenanceA Model Context Protocol server that enables Claude and other MCP-compatible AI assistants to securely access and manage PI Dashboard resources including categories and charts.Last updated18197Apache 2.0
Matching MCP Connectors
Shared distillation cache for AI agents — every fetch ~73-89% fewer tokens via a shared cache.
BJJ video analysis — YOLO pose detection, AI technique analysis, and highlight reels.
- Identifies Bitcoin market cycle peaks by analyzing the 111DMA and 2x350DMA moving average crossovers, helping traders recognize potential top signals based on historical patterns.MIT
- Identify cryptocurrency market cycle tops using Pi Cycle and Puell Multiple indicators to analyze Bitcoin's four-year cycle patterns.MIT
- Evaluate scientific math expressions with trigonometry, logarithms, powers, and constants. Supports degrees or radians for trig functions.MIT
- Detects AI-generated images by verifying metadata and using machine learning to differentiate human from AI content.MIT
- Analyze text, files, or websites to determine the likelihood of AI authorship. Scans up to 150,000 characters per request.MIT
- Calculate oil production rate for horizontal wells or linear flow geometries using Darcy's law with automated PVT property computation.GPL 3.0
- Calculate gas production rates for horizontal wells and linear flow systems using real gas pseudopressure to account for pressure-dependent properties.GPL 3.0
- Calculate reservoir pressure from P/Z values for gas material balance analysis, enabling volumetric reserves estimation and drive mechanism identification.GPL 3.0
- Calculate oil production rates for vertical wells using Darcy's law for radial flow. Automatically computes PVT properties and applies Vogel IPR for two-phase flow when needed.GPL 3.0
- Calculate RF link budgets using the Friis transmission equation to estimate received signal strength and validate antenna performance against physical limits.MIT
- Count occurrences of a given letter across multiple words, with optional case sensitivity, and receive per-word results and totals sorted by count.MIT
- Generate comprehensive black oil PVT tables for reservoir simulation and analysis, calculating key properties like solution gas-oil ratio, formation volume factor, and viscosity across pressure ranges.GPL 3.0
- Retrieve system prompts for BirdStats analysis, providing operational instructions for processing BirdNET-Pi data with eBird observations.MIT
- Calculate gas production rates for vertical wells using real gas pseudopressure formulation to account for pressure-dependent properties in radial flow systems.GPL 3.0