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There are many claims to bring the new Silicon Valley to America. But when the heart needs skill, it still comes to Silicon Valley.
Thursday, John Deere announced to find it Bears Bears, the start of Silicon Valley which makes independent tractors on farms, $ 250 million.
The Bear Flag also manufactures tractors with sensors, controllers, computers, and communication systems that are required to operate automatically. The company allows only the farmer to supervise the tractor tractors in private farming.
“John Deere’s imposition of independent expertise means it’s coming,” he said. George Office, a robotics writer at Carnegie Mellon University who uses robots in agriculture. He also said that independent tractors are especially important because the machines are used in various agricultural areas.
Some tractors may already be able to follow GPS-guided movements on their own, but Bear Flag technology removes a person from the tractors. The company borrowed new products through operating companies only. They use lidar as well as computers that not only monitor but also analyze the soil behind the tractor.
“We use AI to analyze sensors that predict failure and we can see beyond human vision,” says Aubrey Donnellan, author and COO of Bear Flag Robotic.
The discovery is the most recent sign that John Deere, founded in 1837, sees for himself, machine, and artificial intelligence as tools necessary for the future of agriculture. The arms manufacturer paid $ 305 million to get Blue River Technology, another Silicon Valley company that developed smart robots, in September 2017.
“For professionals interested in the development of automotive automotive and robotic machines, this is a segment that is developing very fast,” said Daniel Leibfried, head of independent and intelligent solutions at John Deere.
Machines have been used in agriculture, but these companies are increasingly adopting new automation technologies, as advances in AI and robotics allow systems to move in new ways. Many experts predict that more machinery will be needed to address food insecurity and unemployment, and to reduce the environmental damage that can result from overproduction.
In some farms, drones now carefully test crops to detect yields or signs of disease. A growth in the list of robots it is able to perform complex tasks in the field, including machines that can harvest, remove weeds, and dairy animals. Starting as Iron Cow and Strong is creating a plantation where food is better prepared using sensors, robots, and AI.
Another simple task is still inaccessible to robotic. Picking up grapes or tomatoes, for example, may be an easy (and low-paying) task for humans, but it is much harder for robots to identify.
“Eventually there will be robots that do the same thing too,” says Kantor. “And they will need to be towed or integrated with the type of independent tractor that makes the Bear Flag.”
Revenue from agricultural robots is expected to grow 19 percent annually between 2018 and 2026 to $ 16.6 billion, according to Research Drive, the researcher.
Growing agriculture can disrupt employment. Farming still has about 2.6 million U.S. jobs, according to figures released by the US department of Agriculture in October 2020.
But Ali Moghimi, an assistant professor at UC Davis who teaches “correct agriculture,” said robots and AI could be taken more slowly in agriculture than other industries because of the complexity and complexity of farming. But they believe that action alone cannot be avoided, not only because it can increase yields but also because it can help reduce environmental degradation, for example, recognizing that nitrogen fertilizers have been overused.
“The latest advances in AI will be game-changing,” in agriculture, Moghimi says. “That’s the way we should be.”
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