IOT-Empowered Bomb Detection and Neutralization using Rover

The escalating threat of explosive devices in various environments necessitates innovative approaches for effective detection and neutralization. This paper introduces a cutting-edge system leveraging the Internet of Things (IoT) for enhanced bomb detection and neutralization capabilities, employing a rover as a key component. The proposed system integrates advanced sensors and communication modules into the rover, creating a dynamic and responsive platform. Through comprehensive exploration of existing literature, this research situates itself with in the broader context of bomb detection technologies and highlights the unique contributions of the IoT-enabled rover system. The system's architecture is delineated, elucidating the strategic placement of sensors and the communication frame work facilitating real-time data transmission. Methodologically, the paper details the deployment of artificial intelligence algorithms for pattern recognition and an orally detection, empowering the rover to identify potentiality read switch precision. The results of experimental trials showcase the system's efficacy in detecting and neutralizing simulated explosive devices.