AIRVIS 3D: Real Time Indoor Air Quality Dashboard for and Gas Leak Detection

Abstract

This project presents AIRVIS 3D: Real-Time Indoor Air Quality Dashboard for Gas Leak Detection, focusing on the design and implementation of an interactive dashboard for real-time monitoring of indoor air conditions. The system integrates IoT sensors with an ESP32-based M5Stack microcontroller to detect harmful gases such as carbon monoxide, methane, and volatile organic compounds (VOCs). Sensor data is transmitted wirelessly to Firebase, which serves as the cloud platform for data storage and synchronization. The core component of this system is a user-friendly dashboard that visualizes gas concentration in a 3D spatial layout, enabling users to understand gas distribution across different indoor zones and heights. The dashboard includes alert indicators, live charts, and responsive design for desktop and mobile use. It allows for real-time updates, early warnings, and improved decision-making in managing indoor air quality. This project highlights the importance of intuitive dashboard interfaces in enhancing environmental monitoring, user engagement, and safety response in residential, commercial, and industrial spaces.