IoT device have to monitor and control the gas and water flow. IoT device can be managed effortlessly via a mobile app which has been created using #flutter. This app developed for handle and control NodeMCU based #iotdevice.

The Industrial Automation IoT project, developed with a mobile app using Flutter, offers seamless monitoring and control of gas and water flow through IoT devices. Powered by NodeMCU-based IoT devices, the project provides users with an intuitive mobile app interface. Users can effortlessly switch off and switch on gas and water valves, as well as control the level at which the valves are opened. The app incorporates secure user registration and login features, with mobile number verification through OTP for added security. Password resets can be done via email, ensuring user convenience. Multiple devices can be added to the app, simplifying management across various locations. Device addition is made easy through QR code scanning. Detailed usage history and remaining levels for each device are readily accessible, allowing users to track consumption effectively. Additionally, users can view their personal details within the app. The integration with Firebase enables remote device control, extending functionality beyond the local network.

Overall, this project combines the skills of embedded systems, mobile app development, Android, IoT, and Flutter to create an efficient and user-friendly solution for monitoring and controlling gas and water flow in an industrial setting.

The app has been integrated with firebase. So, the device can be handled from outside the local network as well. Design was done with a user-friendly interface for controlling gas and water valves, with features such as switching valves on/off and controlling valve opening levels.

The app has been integrated with firebase. So, the device can be handled from outside the local network as well. Design was done with a user-friendly interface for controlling gas and water valves, with features such as switching valves on/off and controlling valve opening levels.