Soft robotics are revolutionizing disaster response by navigating hazardous zones that rigid robots can't reach. Their flexible, bio-inspired designs enable them to crawl, roll, and morph through tight, debris-filled spaces, making them perfect for search-and-rescue. These robots can also float on water, thanks to their low-density materials and hydrophobic designs, opening up possibilities for environmental cleanup and adaptive locomotion. However, precise control and durability remain key research challenges.