Czech technology safely captures rogue drones, gaining European Commission praise

In Prague, the Czech Technical University in collaboration with Fly4Future developed the Eagle.one system, an autonomous flying robot capable of capturing unauthorized drones using artificial intelligence. This innovative technology was highlighted by the European Commission in a report on the state of the union, emphasizing its significance in maintaining safety in protected airspace. The project was officially presented in November 2024 and has since gained attention for its non-destructive approach, as the system captures drones in a net and lands them safely instead of destroying them. Weighing only 15 kilograms and equipped with eight rotors, Eagle.one can reach speeds of up to 100 kilometers per hour. Its onboard artificial intelligence allows it to adapt to the unpredictable movements of targets, making it capable of capturing multiple drones during a single mission. Furthermore, the system is housed in a mobile hangar that ensures it is always ready for deployment, catering to a range of applications including airports, prisons, border crossings, and critical infrastructure operators. The development of Eagle.one has involved extensive testing, including collaboration with the Czech Prison Service. This partnership confirms the technology's practical applications in real-world scenarios, particularly where unauthorized drones could potentially be carrying hazardous materials, such as explosives. The recognition by the European Commission serves as a significant endorsement not only of the technology but also of the efforts of the entire team involved in the project. The demand for such a solution continues to grow as various sectors seek ways to ensure security and safety from unauthorized drone activities. The emphasis on non-destructive capture methods is particularly crucial in civil applications, highlighting the need for effective counter-drone technology in today’s airspace management. The success of the Eagle.one system may pave the way for more advanced solutions that can safeguard against the increasing threat posed by unauthorized drones in urban and sensitive areas.