About

About Bounce Imaging Bounce Imaging makes a suite of tactical, 360-degree camera systems that keep first responders, warfighters, and civilians safer during hostage, high-risk warrant, and active shooter situations, as well as any dangerous environments they find themselves in. Unlike drones and robots, Bounce Imaging's camera systems are lightweight, require little-to-no training, and can be deployed in seconds to provide an instant 360-degree view of threats within a confined space. Utilized by over 500 federal, state, and local law enforcement agencies and first responders, including the FBI, U.S. Marshals, and U.S. Customs & Border Protection, our cameras are also deployed by elite teams within the Department of Defense. The cameras relay 360-degree panable video over WiFi, 4G/LTE, or mesh networks to any Android or iOS device. Bounce Imaging’s technology, which has been named a Best Invention by TIME, CNN, Popular Science, and others allows for images to be stitched at a rate up to 200x faster than traditional methods while retaining an orientation regardless of how the system is thrown, mounted, or rotated. Bounce Imaging makes a suite of tactical, 360-degree camera systems that keep first responders, warfighters, and civilians safer during hostage, high-risk warrant, and active shooter situations, as well as any dangerous environments they find themselves in. Unlike drones and robots, Bounce Imaging's camera systems are lightweight, require little-to-no training, and can be deployed in seconds to provide an instant 360-degree view of threats within a confined space. Utilized by over 500 federal, state, and local law enforcement agencies and first responders, including the FBI, U.S. Marshals, and U.S. Customs & Border Protection, our cameras are also deployed by elite teams within the Department of Defense. The cameras relay 360-degree pannable video over WiFi, 4G/LTE, or mesh networks to any Android or iOS device. Bounce Imaging’s technology, which has been named a Best Invention by TIME, CNN, Popular Science, and others allows for images to be stitched at a rate up to 200x faster than traditional methods while retaining an orientation regardless of how the system is thrown, mounted, or rotated.