Published Paper Details:

The monitoring Spy The goal of the robot project is to create a mobile robot that can navigate indoor spaces on its own and carry out a variety of security and surveillance-related duties. Real-time video data transmission, obstacle detection, and remote operator communication should all be possible for the robot. The robot ought to be resilient, stealthy, and situation-and scenario-adaptable. The project intends to show that employing robots for security and surveillance purposes in a variety of fields, including the military, law enforcement, industry, and the home, is both feasible and promising. The primary objective of the suggested system is to offer an economical and efficient solution for missions involving surveillance and reconnaissance. There are numerous applications for the robot, including journalism, security, intelligence, law enforcement, and the military. The robot can gather important data covertly and enter areas that are hazardous or challenging for people to access. The robot may also sneakily interact with the environment or the victim, and if needed, it can flee or destroy itself. By offering a remote-controlled, safe, and effective way to rescue injured persons, the Revolutionary Rescue Unmanned Vehicle seeks to transform emergency response and wartime situations. Because of its ability to manoeuvre over challenging and dangerous terrain, this autonomous vehicle can remove wounded soldiers from combat areas without endangering other human rescuers. Its sophisticated sensors, cameras, and communication devices allow for accurate mane variability and real-time operator feedback, guaranteeing efficient navigation and prompt rescue operations.