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Illegal espionage, weapon trafficking or explosive substances. All these risks to security affect each of us and, as a society, we must respond vigorously. Especially for military, a small drone carrying weapons or explosives depicts a serious jeopardy and cannot be overlooked. For that reason, a team of specialists from Czech Technical University (CTU) developed an autonomous defense system called EAGLE.ONE to guard and protect vulnerable areas from rogue drones. The newly developed anti-drone solution is capable of pursuing and safely capturing drone, allowing a forensic analysis of the captured UAV.
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fully autonomous
always in a stand-by mode waiting for the next mission
using a non-eliminating method, which allows a forensic analysis of the captured subject
using on-board sensors and a predictive control system, which enables dynamic interception of fast-flying drones
Our drone hunter is fully compatible with many of the existing security systems. Once integrated with a detection system, the drone hunter is fully autonomous from the take-off to the landing. The system can also be paired with our smartphone application. Trained personnel then has full control over the drone hunter.
The ability to integrate our drone hunter with an existing security system makes it the most versatile anti-drone solution. Our drone hunter can also be integrated with passive detection systems which might be necessary for many facilities.
After the drone hunter receives a signal from the external detection system, it autonomously takes off. The AI then takes the lead and autonomously flies towards the spot of intrusion. The drone hunter independently manoeuvres around any obstacles, detects the intruder and autonomously captures it.
Our drone hunter uses a non-destructive eliminating method which allows a forensic analysis to be performed on the captured subject, maximizing the chances of capturing the perpetrator.
EAGLE.ONE is always in a stand-by mode prepared to start a mission in 5 seconds as soon as it receives a signal from the detection system.
Developed in co-operation with the Multi-Robot Systems Group at the Department of Cybernetics of the Czech Technical University in Prague. The project is a member of UAV Alliance for Unmanned Aviation Industry.