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Debug IoT modules via serial AT commands with built-in chip command knowledge.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "AT Bridge" yet — see the docs or source repo.
Connect to the IoT module over serial, send AT, ATI, and AT+GMR in sequence, then determine whether the module is online and whether the firmware looks abnormal. If any command is unsupported, recommend equivalent commands from the built-in platform knowledge base.
Execution results for each AT command, a status assessment, and suggested alternative diagnostic commands for the chip platform.
Send AT+CPIN?, AT+CSQ, AT+CREG?, and AT+COPS? over serial, analyze SIM status, signal strength, and network registration, then provide next troubleshooting steps.
An analysis of the module’s network status, including SIM, signal, registration results, and troubleshooting recommendations.
This is a cellular module on a specific chip platform. I want to configure the APN and inspect PDP context. Find the common AT commands from the built-in knowledge base, group them by purpose, and explain the execution order.
A platform-appropriate AT command list with purposes and a recommended execution sequence for quick configuration and verification.
Connect MCP to ESP32 Tasmota devices for structured control and sensor reading.
Communicate with embedded and IoT devices over serial for debugging and control.
Read, edit, and optionally compile Arduino sketches through an MCP bridge.
Connect home automation systems for AI-driven device status checks and control.
Control compatible boards over Bluetooth serial for motors, IO, and sensors.
Use AI and system tools for coding, ops diagnostics, and web automation.