IO Aerospace MCP Server

IO Aerospace MCP Server is an open-source server project that implements an MCP interface. It provides a central place to accept control commands and publish telemetry. The server is meant for software that needs a clear, testable way to send commands and get status back. It is useful for development, testing, simulation, and small production uses.

Get the code: Clone the repository to your computer. Read the README and config files: Open the main README and any example config files to learn required settings. Install dependencies: Use the project instructions (for example, a package manager or a build tool) to install needed libraries. Configure the server: Edit the config file to set the port, authentication, and any protocol options. Start the server: Run the start command shown in the README (for example, a script or a binary). Connect a client: Use an example client or your own code to connect to the server API or socket. Send commands and subscribe or poll for telemetry. Check logs and tests: Watch server logs to see incoming commands and outgoing telemetry. Run provided tests or examples to make sure the server works as expected. Use containers if available: If a Dockerfile or container images are provided, use them to run the server in a consistent environment.

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Open source and easy to inspect and change. Simple API for sending commands and reading telemetry. Runs locally or on a server for tests and demos. Basic authentication or access control (often configurable). Logging of received commands and sent telemetry. Config files to set ports, endpoints, and behavior. Docker support or easy containerization for repeatable runs. Tests and example clients to show how to connect and use the server.

Developers who need a server to run and test spacecraft or flight software commands. Teams who want a simple backend to send commands and receive telemetry in real time. Automation systems that need a programmable interface to control hardware or simulations. Testing and simulation of command sequences and telemetry flows. Continuous integration pipelines that run integration tests against a live control server.