OceanOneK robot revolutionizes deep-sea exploration with remote operation and haptic feedback
OceanOneK is a groundbreaking underwater robot that merges AI with remote human operation, allowing users to control it from afar while receiving tactile feedback. This technology provides unprecedented access to ocean depths, enabling the safe retrieval of fragile objects and exploration of environments previously unreachable by humans.
https://khatib.stanford.edu/ocean-one-k.html
OceanOneK robot uncovers ancient artifacts in deep-sea archaeology
The OceanOneK robot is advancing underwater archaeology by enabling the retrieval of delicate artifacts from extreme ocean depths. Its precise control system, combined with human oversight and AI, allows for safe exploration of historical shipwrecks and other submerged cultural heritage sites without damaging fragile objects.
https://washington.office.cnrs.fr/ocean-one-k-archaeologist-of-the-abyss/
OceanOneK robot enhances human interaction with the deep sea through advanced haptics
The OceanOneK robot allows operators to experience both sight and touch in deep-sea environments, providing real-time feedback through haptic technology. This innovation enables researchers to explore ocean depths with unprecedented precision and safety, offering a more immersive and tactile approach to underwater missions.
https://news.stanford.edu/stories/2022/07/oceanonek-connects-humans-sight-touch-deep-sea
The Ocean One K robot, designed for deep-sea exploration, allows humans to remotely control it while using AI to navigate and operate at depths inaccessible to divers. Combining human-like dexterity with machine endurance, it provides a revolutionary approach to underwater research and artifact recovery in extreme environments.
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