1MCP - One MCP Server for All

https://github.com/1mcp-app/agent

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A unified Model Context Protocol server implementation that aggregates multiple MCP servers into one.

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Programming Languages

Operating Systems

Scope


What is 1MCP - One MCP Server for All?

1MCP Server is an open-source control-plane project that uses a small agent to connect remote machines to a central server. It helps you manage many machines from one place.

How to use this MCP?

Get the agent code or binary from the repository or releases. Create a configuration on the control plane (server) to get a connection token or key. Install the agent on each remote machine (copy binary or run installer). Configure the agent with the server URL and token, usually in a simple config file or environment variables. Start the agent as a service or background process so it runs continuously. Open the control plane UI or API to see connected agents, groups, logs, and metrics. From the control plane, run commands, deploy updates, or schedule tasks to target groups of machines. Monitor agent health and update the agent binary when new releases are available.

If you want, paste the repository README here and I will update these sections to match the project's exact features and install steps.

Key features

Lightweight agent that runs on remote machines. Secure connection between agents and the central control plane. Simple install and configuration with a token or key. Automatic reconnection and basic retry logic for unreliable networks. Centralized logs and metrics collection from agents. Remote command execution and task scheduling. Support for tagging or grouping hosts for targeted actions. Open-source code so you can inspect and modify the agent.

Use cases

Remote device and server management for many machines at once. Deploying and updating software across a fleet of servers or IoT devices. Collecting logs and metrics from remote agents for monitoring and alerting. Running remote commands and automation tasks from a central control plane. Integrating fleet state into CI/CD pipelines and operations workflows.