Fujitsu’s Revolutionary LiDAR and AI Technology Creates Digital Twin of the Ocean: A Step Towards Marine Conservation and Carbon Neutrality

Using LiDAR and AI, Fujitsu creates digital twin of ocean to support marine conservation efforts

Fujitsu is utilizing LiDAR and artificial intelligence (AI) to develop a digital twin of the ocean, which supports marine conservation efforts and contributes to carbon neutrality initiatives and biodiversity. The technology behind creating this digital twin is based on a real-time measurement technique that Fujitsu originally developed for its Evaluation Support System, in collaboration with the International Gymnasts Federation and utilizing LiDAR technology.

This technology uses autonomous underwater vehicles to scan the ocean, even under challenging conditions such as currents and waves. Artificial intelligence is then used to restore color and contour to underwater subjects, resulting in high-resolution 3D images. This allows for precise identification and measurement of targets up to several centimeters, even in murky waters.

Fujitsu recently conducted a successful field test of this technology near Ishigaki Island, Okinawa Prefecture in Japan, in collaboration with the National Maritime Research Institute and the National Institute of Maritime, Port, and Aviation Technology. They were able to obtain precise 3D data to map coral reefs. In the future, Fujitsu plans to expand the use of this technology to map seaweed beds, which play a crucial role in absorbing carbon.

By creating a digital twin of seaweed beds, Fujitsu aims to support companies and local governments in estimating carbon storage, implementing conservation measures, cultivating new seaweed beds, and promoting biodiversity in seaweed reefs. This technology has the potential to have a significant impact on marine conservation efforts and contribute to broader environmental initiatives.

In summary, Fujitsu is using cutting-edge LiDAR and AI technology to create a digital twin of the ocean that supports marine conservation efforts and contributes to carbon neutrality initiatives and biodiversity. This technology has already been successfully tested near Ishigaki Island in Japan and will be expanded in the future

Sophia Reynolds

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