BeeX A.IKANBILIS (Hovering Autonomous Underwater Vehicle)
arrow_backTo the overviewA.IKANBILIS is a fully autonomous, hovering underwater inspection drone from Singapore-based BeeX — billed as the world's smallest autonomous underwater inspection drone with a fully integrated stack of positioning and perception sensors. Unlike conventional ROVs, it operates with minimal or no operator intervention and, when required, without a tether, using "adaptive autonomy" — onboard intelligence that plans missions, controls propulsion, flags anomalies, and re-plans in real time without constant human oversight or reliable comms. Data is processed through BeeX's Sambal OS/Portal, cutting data transfer requirements by up to 10x versus conventional ROV workflows and delivering full geo-referenced inspection reports after each mission. It's designed to be launched and recovered from autonomous surface vessels, removing the need for large support vessels and dive teams. BeeX has integrated third-party payloads including the Reach Alpha 5 manipulator (for pick-and-place and object recovery) and Water Linked's Sonar 3D-15, and has an active MOU with French sensor company ELWAVE to integrate electromagnetic detection technology for naval and offshore detection missions. Stated applications include offshore wind and nearshore infrastructure inspection, port/terminal/deck mapping, asset integrity inspection at scale, and — for naval customers — ISR, mine-hunting, and seabed intelligence with untethered swarming.
This product can be seen at the exhibition.
This product can be seen at the Exhibition
This product is added by:
Sepcotech A/S
Sepcotech is a Danish supplier of ROV, AUV, and USV solutions- helping maritime and defense operations work safer, faster, and with better data. We provide practical, reliable systems for underwater inspection, autonomous survey, and surface operations, built to perform in real-world conditions.
From quick inspections and search tasks to large-scale seabed surveys and long-duration missions, our solutions are designed to be easy to deploy, simple to operate, and tailored to each operation. Together, they give our customers better situational awareness and more efficient ways of working at s
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