In July 2023, the German Armed Forces (Bundeswehr) launched the KITU 2 study (AI for Tactical Unmanned Aerial Systems), a project aimed at developing artificial intelligence (AI) for coordinating drone swarms in tactical military operations. Led by Airbus Defence & Space, with contributions from Munich-based drone manufacturer Quantum Systems and software developer Spleenlab, the study has yielded significant progress in the development of AI-driven unmanned aerial vehicles (UAVs).
Quantum Systems and Airbus recently announced a breakthrough following a series of successful tests at the Airbus Drone Center in Manching, Bavaria. The tests involved flying a swarm of AI-controlled drones, comprising four different types, including Quantum’s Vector and Scorpion UAVs, along with two multi-purpose Airbus drones. This swarm completed a variety of missions, including reconnaissance and target acquisition, while operating in challenging conditions such as GPS and radio interference, simulating real-world battlefield environments.
The AI technology, developed using deep reinforcement learning, coordinates and controls the drones autonomously, even when communication is disrupted or individual drones fail. The AI ensures reliable mission execution by continuously refining its tactical decision-making. The success of these tests demonstrated the system’s resilience, particularly in situations where traditional navigation and communication methods are jammed—a threat commonly encountered in modern conflict zones such as Ukraine.
One of the key innovations of the KITU 2 project was the integration of real-time data from the drone swarm into the Airbus “Fortion Joint C2” battle management system, allowing for an accurate and unified situational picture. This capability enables operators to make informed tactical decisions based on data provided by multiple drones simultaneously, all controlled by a single operator.
The tests conducted in August 2023 were designed to push the limits of AI-coordinated swarms, operating in conditions designed to mimic those found on modern battlefields. These included artificially imposing GPS denial and radio interference. The success of these trials demonstrated the growing capability of AI-driven UAVs in military applications, paving the way for their use in future Bundeswehr projects, such as the Main Ground Combat System (MGCS) and the Future Combat Air System (FCAS).
Sven Kruck, managing director of Quantum Systems, hailed the tests as a significant milestone in the development of autonomous drone systems. “In the future, there will be no way around software-based and AI-supported systems for drone technology,” Kruck noted.
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