ResQ.

Today, due to the consequences of military actions, rescuers, medics, and military personnel are forced to risk their own lives daily to save people trapped in half-destroyed buildings, rubble, and hard-to-reach places. Narrow cavities beneath rubble, unstable concrete slabs, shafts, or partially collapsed tunnels create an enormous risk of repeated collapse during any attempt at manual penetration. An additional barrier is the extreme environment inside the rubble: thick smoke, construction dust, and darkness render ordinary cameras useless, while thermal imagers often distort the picture due to heated debris and smoldering. Time for rescue is measured in minutes, yet checking for living people without direct contact using classical means is practically impossible. The ResQ invention was born out of the need to eliminate this risk. The main goal of the project is to create an autonomous module capable of safely penetrating hard-to-reach and dangerous crevices, conducting reconnaissance, and remotely detecting signs of human life through physical obstacles by micro-movements of breathing and heartbeat, thereby preserving the lives of both victims and those coming to their rescue.