Shield AI Tests Autonomous Swarming Software on Drone Boats in Taiwan
Shield AI's Hivemind software has successfully executed its first open-water autonomous swarming mission off the coast of Pingtung, Taiwan. The AI directed SeaShark 600 and 800 drone boats built by Thunder Tiger to locate, investigate, and escort a vessel in a coordinated surveillance exercise, demonstrating advanced real-time routing capabilities without human intervention.
Key points
- Shield AI, a defense technology company, deployed its autonomous Hivemind software during a live exercise off Pingtung, Taiwan.
- The software directed two distinct unmanned vessel models, the SeaShark 600 and the SeaShark 800, manufactured by Thunder Tiger.
- Hivemind autonomously generated real-time paths using radar feeds, camera imagery, and ship-tracking signals rather than following pre-set routes.
- During the test, the drone boats successfully identified a target object and coordinated to escort a separate vessel safely away from the monitored area.
Shield AI has successfully conducted its first open-water autonomous swarming mission using its Hivemind software. The live exercise took place off the coast of Pingtung, Taiwan, and marked a significant milestone for unmanned maritime technology by demonstrating coordinated control of multiple vessels under a single autonomous command.
During the trial, Hivemind took direct control of two different unmanned surface vehicle models built by Thunder Tiger: the SeaShark 600 and the SeaShark 800. Instead of relying on pre-programmed routes, the AI system generated its own navigation paths in real time. It processed incoming radar feeds, camera imagery, and ship-tracking signals to independently locate the search zone, identify a target object, and organize the fleet's tactical response.
Once the object of interest was located, the drone boats worked cooperatively to intercept and guide a separate vessel safely away from the monitored area. This demonstration highlights the growing capability of artificial intelligence to manage complex maritime surveillance and reconnaissance tasks without human intervention.
Sources
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