DronEye.

DronEye develops an additional device to make any drone an AI-powered drone for situational awareness during emergencies. The solution has two main components: First, the AI sensor (smart video streaming device start transmission when detecting victim or target) that can be mounted on drones to detect relevant objects such as victims and allows adaptive video & information streaming to a remote server. Second, the fleet management platform that response teams can use to remotely command drones and preview the received video stream from disaster zones. The drones can be flied pre-programmed routes passing through waypoints, which are defined, by GNSS co-ordinates and altitude levels. The drones have a GNSS receiver, which utilises the GNSS constellations to determine its position. Furthermore, the drones will be connected to the pilot through a communications link, which is comprised of 4G/LTE (i.e., mobile phone networks) and a SatCom links. While the signal strength of 4G can differ based on the drone’s location and altitude, SatCom is always present and ensures that the drone pilots are always able to monitor the performance of the drone and take control if required. The SatCom link is therefore a critical safety redundancy component of the overarching drone control system, whereas the additional SatEO allows remote monitoring of people, objects, and surrounding environments. 1DronEye develops an additional device to make any drone an AI-powered drone for situational awareness during emergencies. The solution has two main components: First, the AI sensor (smart video streaming device start transmission when detecting victim or target) that can be mounted on drones to detect relevant objects such as victims and allows adaptive video & information streaming to a remote server. Second, the fleet management platform that response teams can use to remotely command drones and preview the received video stream from disaster zones. The drones can be flied pre-programmed r