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Taiwan's Ocean Affairs Council funds AI-driven drone swarm for maritime security

The Ocean Affairs Council is financing a university team to create an AI system that coordinates multiple drones for wide-area maritime monitoring and rescue.

The Ocean Affairs Council announced funding for a National Cheng Kung University team to build an intelligent coordination system for maritime drones. Led by associate professor Chueh Chih-che, the researchers are merging artificial intelligence, multi-agent reinforcement learning and swarm control to enable autonomous route planning and obstacle avoidance. Simulations have already demonstrated synchronized flights of two drone groups, totaling twenty units, with a control algorithm that enforces a 100-foot vertical gap to prevent collisions.

Upcoming phases include hardware-in-the-loop validation, prototype integration and live flight testing under varied sea conditions. The effort focuses on the JUMP 20, V-BAT and Flexrotor drone models, using 3D modeling and six-degrees-of-freedom simulations to develop flight and control models. Officials say the technology will enhance both maritime defense and search-and-rescue operations, contributing to greater societal resilience.

Why it matters

Coordinated AI drones could significantly improve Taiwan's ability to monitor and protect its surrounding waters.

In this story

AI drone swarmmaritime defensesearch and rescuereinforcement learningdrone coordinationfixed-wing VTOLflight simulationOAC funding
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