Human Detection System Using Iot

Natural calamities are inevitable and often bring devastating consequences. Disasters like earthquakes claim thousands of lives, leaving behind destruction and tragedy. These events may not always make headlines immediately, but their impact is felt long after the damage is done. One of the most tragic disasters occurred in New York City at the World Trade Center, where more than 5,000 lives were lost. Experts believe that if survivors had been located and rescued earlier, the number of casualties could have been significantly reduced. Similar tragedies occur worldwide due to landslides, collapsed tunnels, and avalanches, making rescue operations a crucial aspect of disaster response. This project aims to develop a practical and simplified design for a rescue robot capable of operating in disaster-stricken areas, such as collapsed buildings where traditional rescue teams face technical challenges. The robot will be connected via the Internet of Things (IoT) and controlled through a smartphone, ensuring efficient and timely intervention. To enhance the effectiveness of rescue missions, advanced technologies must be integrated. A microwave radar sensor will be utilized to detect and locate victims trapped beneath the rubble caused by earthquakes or other disasters. With the implementation of this system, the global death toll from such calamities could be significantly reduced, offering hope for a safer future.