A joint team from the University of Technology Sydney (UTS) and the Hong Kong University of Science and Technology (HKUST) is working on an advanced defense framework against UAV threats. The research introduces a multi-tiered approach that strengthens protection against increasingly common drone attacks.
The project, dubbed the Shepherd Grid Strategy, takes inspiration from the hunting dynamics of wolves, where cooperation and coordination are key to success. By mirroring these behaviors, the system seeks to provide an effective and adaptable model for drone defense.
In practice, the networked system can pursue intruding drones, track them within operational range, and then shift into tactical formations designed to surround the target. Once encircled, the system delivers a final strike to disable or destroy the UAV.
According to the team, this biomimicry-driven concept represents a new way of designing counter-drone defenses, offering layered protection for military, homeland security, and critical infrastructure against evolving aerial threats.
