This project implements an internet-of-things system for industrial motor control. It allows remote monitoring and control of a high voltage three-phase squirrel cage electric motor over the internet.
- An ESP32 microcontroller connected to the motor to control and monitor its operation.
- A web application with login authentication where users can view status and send control commands.
- APIs on the backend to interface the web app with the hardware.
- Real-time dashboards displaying motor telemetry data.
- Embedded C++ programming on the ESP32 for IO control and WiFi connectivity.
- React and Bootstrap on the frontend for responsive UI development.
- Python Flask for Email verification, OTP & backend API's.
- Socket.IO for real-time motor data streaming.
- JSON Web Tokens for robust user authentication.
Documentation on using the APIs and source code is available in the project repository Wiki. Contributions, feature requests, and issue reports are welcome! Give a star on GitHub if you find this project useful.
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