IoT based Automatic Fire Fighting Robot

In today's rapidly advancing technological scene, robots are increasingly being utilized for crucial tasks, particularly high-risk operations like firefighting. This project focuses on designing an independent firefighter robot able to detect and extinguish indoor fires through carbon dioxide. This aims at decreasing the danger posed to human firefighters while protecting life and enhancing the rescue operation efficiency. Although robotics solutions are already put to use by some fire departments, problems such as size, weight, cost, and performance remain prevalent. The proposed approach involves detailed evaluation of five essential components necessary to create a practical and cost-effective firefighting robot. Addressing these challenges will enable the overcoming of limitations with current robotic systems. The proposed robot is going to not only tackle all the obstacles but also enable fire departments to access greater operational capabilities. This study focuses on the ability of robotics to revolutionize emergency response as it aims to ensure the safety of responders and the communities they protect. By developing and demonstrating new, higher standards for a robotic system in the field of firefighting robots, this project may help reshape emergency response. The proposed autonomous robot is supposed to be an efficient tool in protecting lives and property. Eventually, it should catalyse change in firefighting and rescue operations.