IOT MQTT Dashboard For ESP32 Plant Sensor

Overview

Scoplant is a project that aims to provide a web-based dashboard for monitoring and controlling environmental conditions using an ESP32-based sensor device. The project utilizes the MQTT protocol for seamless communication between the sensor device and the dashboard, allowing real-time updates on the status of the environment being monitored. The dashboard is designed using Django's templating system and is optimized for both desktop and mobile devices. It provides an intuitive and user-friendly interface for monitoring and controlling IoT devices remotely.

Features

• MQTT Communication: Utilizes the MQTT protocol for seamless and efficient communication between the sensor device and the web-based dashboard.
• Environmental Monitoring: Monitors various environmental parameters such as temperature, humidity, and light intensity using the sensors equipped in the TTGO T-Higrow device.
• Real-Time Updates: Provides real-time updates on the status of the environment being monitored, allowing users to stay informed about any changes or fluctuations.
• User Authentication and Authorization: The Django backend handles user authentication and authorization, ensuring secure access to the dashboard.
• Responsive Design: The web-based dashboard is optimized for both desktop and mobile devices, allowing users to monitor and control their IoT devices from anywhere.

Summary

Scoplant is an IoT MQTT Django dashboard that provides a web-based interface for monitoring and controlling environmental conditions using an ESP32-based sensor device. It utilizes the MQTT protocol for seamless communication between the sensor device and the dashboard, allowing real-time updates on the monitored parameters. The dashboard features an intuitive and user-friendly interface optimized for desktop and mobile devices, providing users with easy access to monitoring and control functions. Overall, Scoplant is a valuable tool for remotely monitoring and controlling IoT devices.