"Sailfish OS" matching MCP servers:

Enables local MCP clients to run Sailfish OS device, SDK, OBS, and Android/AppSupport development workflows via typed tools for SSH access, screenshots, touch injection, builds, logs, services, and repository checks.

A self-hosted MCP server providing a governed interface for AI agents to interact with local Docker infrastructure, featuring a two-phase confirm protocol for state-changing operations and append-only audit logging.

Provides agents with real Linux VMs to run commands, manage files, expose ports, and track costs, all through an ephemeral sandbox service.

MCP server that gives Claude Desktop and other desktop MCP clients filesystem powers—read, write, edit, and manage files like AI coding assistants.

A minimal MCP server that exposes a single tool to query local hardware information (OS, CPU, memory, architecture).

Provides LLMs with local filesystem operations (read/write files, list directories) and command execution via MCP, enabling file management and task automation within AI clients.

Enables an MCP client to observe and control a text-mode DOS system via a Python bridge, supporting keyboard input and screen capture.

Enables management of multiple MikroTik RouterOS devices over SSH via two tools: device listing and command execution.

Enables controlling robots in ROS environments through natural language, supporting topics, services, actions, and GUI tools.

MCP server for managing Nokia SR OS devices via gNMI (gRPC) from Claude Desktop.

Enables technicians to discover, audit, and configure MikroTik RouterOS routers over SSH, with dry-run change plans, automatic rollback, and local handling of credentials and keys.

MCP server for Arista EOS device operations via eAPI, enabling show commands, config push, and tech-support collection.

Maps shell commands to standard MCP tools using single-file YAML specs.

Enables AI-assisted remote server diagnostics by auto-executing known read-only commands and routing high-risk changes to a real human for approval through DingTalk interactive cards. It uses structured argv instead of shell strings, default-deny policy, and HMAC-signed agent execution with hash-chained auditing so the model never holds SSH keys or approval power.

Provides deterministic system information and developer utilities including date/time operations, OS details, math calculations, random data generation, hashing, text formatting, data validation, encoding/decoding, and log analysis.

Facilitates robotic movement control by providing functions that enable precise manipulation of linear and angular velocities through natural language commands, compatible with both ROS and ROS2.

MCP server that integrates with the Cumulus Linux OS via NVUE API to read network configuration, interfaces, bridges, VRFs, BGP, and other network information.

Enables natural-language automation of LS-PrePost preprocessing and postprocessing by exposing tools that build and verify shell meshes, query nodes, parts and connectivity, run native commands, SCL and in-application Python, and read d3plot/binout results through pluggable backends. Every job runs in its own directory and returns an ID, status, log and artifacts, so results stay traceable and failures are never silently reported as success.

A lightweight MCP server that provides date and time tools, including the ability to retrieve current timestamps and parse date strings with IANA timezone support. It enables AI models to interact with the host OS clock and perform temporal calculations via stdio transport.

Enables controlled local developer operations including file and process management, shell execution, SSH, WSL, Docker, Git, browser and desktop automation, media processing, and asynchronous jobs through MCP.