A Secure IoT-Based System for Real-Time Industrial Safety Monitoring in Hazardous Environments
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Keywords:
Industrial Safety Monitoring, Internet of Things (IoT), Real-Time Alert System, Hazard Detection, NodeMCU (ESP8266), Secure Data TransmissionAbstract
Industrial environments are prone to hazards like toxic gas leak, fire outbreak, extreme
temperature changes, etc., which can result in injuries to personnel, damaging equipment or stopping
production altogether. Traditional security systems are not able to provide real-time response, are not
scalable, and do not integrate with modern cloud-based operations analytics. Real time monitoring system
to monitor different Environmental hazards and keep the data secure with low cost using IoT. The next
proposed system is a weather station based on the architecture already having a proof of concept, using
microcontrollers like NodeMCUs, multi-modal sensors (gas, temperature, flame, and motion), and the
cloud such as ThingSpeak, Blynk for monitoring and alerting. The architecture also utilizes SSL
encryption, API-key-based authentication, and over-the-air updates to ensure data integrity and system
resilience. Use an experimental demonstration to show that it can quickly detect unsafe conditions and
notify people through mobile and web applications, so it can be used in factories, warehouses and
chemical plants. In this way, this work presented a secure, modular, and scalable framework to enrich the
area of occupational safety by using smart sensing, and real-time IoT communication.
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