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Real-Time Monitoring and Surveillance in Hazardous Environments using IoT-enabled Robotics

Inderjeet Singh, Shree Gaayathri, Vipin Kumar, T. Aarthy, T. Akilan, V D Sharma

Year
2024
Citations
2

Abstract

This research article presents an innovative approach to surveillance technology utilizing advanced Internet of Things (IoT) capabilities in a robot design, specifically engineered for hazardous and domestic environments. The proposed robot is equipped with cutting-edge cameras, sensors, and an Arduino Nano Microcontroller, alongside WIFI/Bluetooth modules that provide remote control functionality through smartphones or personal computers. This allows users to conduct surveillance tasks safely and effectively in areas where human access is difficult or dangerous. In domestic settings, the robot can transmit video data to users in real-time, while the wireless camera enables users to access video streams in both daylight and night-time conditions. Overall, this system is both reliable and efficient, providing users with a robust solution for their surveillance needs, whether for domestic or defense applications.

Keywords

Internet of ThingsHazardous wasteRoboticsComputer scienceReal-time computingArtificial intelligenceComputer securityEmbedded systemRobotEngineering

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