"Transmission" matching MCP servers:

Python wrapper & MCP server for transmission

Enables driving a Transmission daemon from Claude.ai and Claude Code, exposing every RPC method as a tool for torrent, session, queue, and bandwidth management across both protocol generations.

Provides a serverless implementation of the Model Context Protocol for registering and managing tools, enabling in-memory client-server connections and credential transmission via request context.

Enables RF and microwave engineers — or any MCP client — to convert impedances, analyze transmission lines and ladder circuits, synthesize L/Pi/T/stub/quarter-wave matching networks, and evaluate transistor S-parameters, stability, gain and noise circles. It also renders publication-quality Smith charts and returns human-readable summaries in English or Turkish over stdio or Streamable HTTP.

Enables access to real-time electricity data for a 15-state US region plus Manitoba: fuel mix, five-minute wholesale prices, binding transmission constraints, load and forecasts, and wind/solar output. Can run as a remote MCP endpoint or a local stdio server with no authentication.

Exposes three stdio tools that ask typed judgment questions — yes/no, choice, and score — and return calibrated probabilities instead of prose, over any MCP-speaking host. Runs on an offline mock by default, with every network transmission named before it happens and credential-gated live routes to TypeSafe or OpenRouter.

A demonstration server that automatically generates Model Context Protocol (MCP) servers from OpenAPI specifications, providing seamless integration with FastAPI and supporting various transmission methods like STDIO, HTTP, and SSE.