Optimizing Laboratory Security with IoT-Based Emergency Monitoring

Laboratory safety is paramount to guarantee efficient operations and the safety of users. This study establishes an emergency monitoring tower system utilizing the Internet of Things (IoT) in conjunction with a mobile application to facilitate real-time monitoring of laboratory conditions. This system is engineered to identify potential crises, including fires, gas leaks, and equipment failures, utilizing temperature, smoke, and gas sensors linked to a central tower. Sensor data is transmitted to a mobile application utilized by security professionals to get alerts and respond promptly to incidents. System testing was performed in the Transmission Electron Microscopy (TEM) Laboratory at Universitas Muhammadiyah Yogyakarta. The test results indicate that the system can identify and transmit alerts in an average duration of 1960.75 ms. This program offers an easy interface featuring visual and auditory notifications to improve user awareness of emergencies. This research advances the creation of an IoT-based system designed for early hazard detection, expediting emergency response, and improving safety in laboratory settings. These findings are anticipated to be implemented on a broader scale for risk avoidance in diverse high-mobility facilities.