AirSafe Electronics Monitor is a system for access control and monitoring of environmental conditions in which electronic devices operate. The system collects real-time data from the environment using various sensor technologies, processes it, and—through standard IoT protocols—controls actuators with the goal of maintaining optimal operating conditions for the monitored electronic device. The implementation is based on the Arduino Mega 2560 microcontroller.

The collected data is securely stored and graphically presented through a unified user interface, enabling easier overview, monitoring, and analysis of the system’s state in real time.

The goal of implementing this system was to gain practical experience in integrating an existing graphical user interface with real hardware, while applying reliable and scalable communication. In this way, the project gained additional practical value and a more realistic context for further improvement and analysis.