Multi-Functional IoT Robot: Exploring the Evaluation of Robot Operations in Military Applications Using Internet of Things

Abstract

Robotics is the most fascinating and rapidly expanding field of study in the modern period. A robot's ability to sense its surroundings and respond correctly depends on the variety of inputs and outcomes it possesses. Scientists have developed military robots through technological research and development. The outcome was a battlefield where troops' lives were less threatened. Military robots are employed for a variety of dangerous jobs, including monitoring battlegrounds, reducing live bomb explosives, detecting bombs, and shooting at attackers. The detectors, handles, arms, cameras, and motors found on these military robots are all part of an integrated system. A robot may alter its form and personality to suit its job. Robots with complete autonomy are in high demand due to the populace and army's struggles with terrorism and revolution. Countries spend a lot of money trying to find ways to protect their populations against terrorist attacks. In this paper, a novel approach is presented, the Multi-Functional IoT Robot (MFIoTR), which aims to offer users superior robotic assistance. To test the efficacy of this approach, the proposed robot is cross-validated with the more traditional Classical Surveillance Robot (CSR). An autonomous robotic arm is crucial to this system. Every action is monitored by a micro controller. The ROBOT's direction of travel is determined by its motor activity. Using Internet of Things (IoT) technology, the user may interact with this robot. A person can be located using the robot's ultrasonic sensor. Along with other sensors, the military uses the proximity sensor to find land mines. Whenever a sensor detects an activity, the robot stops and sounds an alarm.