Squishy Robotics Inc. develops innovative spherical robots utilizing tensegrity principles, which distribute impact across their skeletal structures, making them ideal for challenging terrains and hazardous environments. Initially funded by NASA to explore mobility for space applications, these customizable robots can carry various sensors to assist first responders in assessing dangers such as toxic gas leaks at disaster scenes, including wildfires and crashes. Co-founder Dr. Alice Agogino realized the technology’s terrestrial potential while researching planetary exploration, leading to the design of impact-resistant robots that could both survive significant drops and monitor critical situations safely. The robots are designed to be portable, folding flat for transport and unfurling to deploy delicate instruments upon arrival. Squishy Robotics aims to aid first responders and reduce hazardous material prep time through quick data collection, while also targeting wildfire detection and prevention as well as other applications like bomb disposal and monitoring utility lines. Collaborating with major fire departments, Squishy Robotics’ technology showcases the successful transfer of NASA innovations to real-world applications, emphasizing their beneficial impact on public safety and emergency response.
