IoT-Based Home Monitoring and Danger Alert

• Main Authors: Shawon, Nusrat Jahan, Memo, Mukut Protim, Arafat, Yasin, Jannat, Fabia, Uddin, Mohammad Rejwan, Hasan, Mahady
• Format: Conference Proceeding
• Language: English
• Subjects: Automation; Fires; Home Safety; Internet of Things; IoT; Monitoring; Real-time Responses; Real-time systems; Relays; Security; Sensors; Smart homes; Smart Living; Transformative IoT Applications
• ISSN: 2691-0233
• DOI: 10.1109/ICPS60393.2023.10429027

This paper describes an innovative IoT-driven home safety and automation system meant to create a safe and smart living environment. The system monitors possible household hazards by utilizing cutting-edge sensor technologies such as MQ2 gas and flame detectors and PIR motion sensors. Real-time messages and alerts are effortlessly provided to homeowners, regardless of their geographic location, via seamless Internet connectivity. Surprisingly, the system goes beyond simple notifications by utilizing responsive processes to manage threats like as gas leaks or flames on its own. This proactive strategy successfully stops harmful situations from worsening. The experimental findings demonstrate the system's efficacy in real-world circumstances, emphasizing its accuracy, speed, and dependability. This work not only adds to improved home safety and security but also illustrates the potential of IoT-driven solutions in current residential environments. Future directions include improving sensor accuracy, expanding the system's capabilities, and investigating advanced data analytics techniques to further enhance its performance.