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Connect to MQTT brokers, publish and subscribe, and monitor traffic live.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "MQTT MCP Server" yet — see the docs or source repo.
Connect to the MQTT broker, subscribe to sensors/temperature and devices/+/status, listen for 5 minutes, then organize received messages in chronological order and flag anomalies and offline devices.
A time-ordered message log with a summary of abnormal temperature readings and disconnected devices.
Connect to the test MQTT broker, publish a JSON message {"action":"restart","requestId":"test-001"} to devices/test-device/command, then subscribe to devices/test-device/response to verify whether the device returns a success result.Publishes the message and shows the device response content or a timeout result.
Connect to the specified MQTT broker, list the current connection status, client settings, subscribed topics, and a summary of recent messages, then provide a brief conclusion on whether integration testing can continue.
A connection health report, subscription list, message summary, and recommendation for continuing integration testing.
Securely monitor and control MQTT devices through a standardized MCP interface.
Manage RabbitMQ clusters, queues, exchanges, users, and messages with natural language.
Manage RabbitMQ brokers, authentication, and mutative admin operations through APIs.
Connect, send, receive, and manage WebSocket workflows for real-time communication.
Manage router settings and network control through natural language commands.
Manage ESPHome devices, validate configs, and flash firmware via dashboard protocol.