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| The alphabet invents the fish identification system |
The parent company's advanced research laboratory, the alphabet, aims to achieve new goals in fish technology. (X) has developed a system whereby all individual fish on hundreds of thousands of farms can be recognized and monitored within sight, improving the use of fish farming and reducing global meat consumption.
Notable projects from X Labs (formerly Google X) include standalone cars and drones, as well as Internet balloons. Alphabet Labs is now trying to support the environment with tidal projects to protect the ocean and feed humanity sustainably.
The project team has been working with farms in Europe and Asia for three years and combines underwater cameras with artificial intelligence technologies such as computer vision to track species such as salmon and the discovery and interpretation of behavioral fish that are invisible to the human eye.
According to research conducted by the Laboratory Director (X), the project aims to reduce global dependence on wild proteins such as beef, eliminate harmful fishing practices and protect the ocean while maintaining its ability to preserve life and survive. a leg. ,
Data and ideas about the tidal system were sent to fish farmers to help them improve nutrition, reduce waste, reduce chemical consumption, and maintain fish health to address concerns of some environmentalists.
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The main objective of the project is to develop technologies that allow for better visibility and better understanding of underwater conditions. Researchers try to monitor endangered species such as whales and penguins, and tidal sensors are often used to monitor the ocean.
It is reported that the ocean covers about 70% of the Earth, but most of it remains unexplored. Humans know more about the moon’s surface than they know about the depth of the ocean because it is a very difficult environment for technology because pressure is compressed. When everything is in place, communication is very difficult because it kills human salt electronics and makes long-term monitoring difficult.