Cographhip arises from the ghost in order to use artificial intelligence to develop new chips

Chips are a decisive component in the industrial intelligence industry. But new chips do not reach the market at the same speed as new artificial intelligence models and products.

CGNIICHIP It has the noble goal of creating the founding Amnesty International model that can help bring new chips to the market faster.

The San Francisco -based CGNIICHIP is building a basic model of physics that can be used by semiconductor companies to accelerate the development of new chips. The company calls this “artificial chips intelligence” and hopes to help accelerate the production times of chips by 50 % and reduce the costs associated as well.

This ambitious idea comes from the veteran in the semiconductor manufacturer Farraj Aali, which worked in many companies including Vogitsu network connections and central communications.

Aalaei Techcrunch told the story of his company’s origin begins in 2015. At that time, Aalaei was a member of the Silicon Valley leadership group, which was often gathered to talk about what was suffering from their industry.

He was getting more worried about what was happening in the semiconductor industry. He said he made a group presentation on the blatant decrease in capital investment in semiconductor companies, which reached its peak in 200 deals annually in 2000, and decreased to one or two years only in 2015.

“I mainly warned other executives that this could not be good for us,” Ali said. “It cannot be good for the semiconductor industry in America, and that what we need to do is to change things mainly.

He said that, given the period of new chips to reach the market, it is not surprising that these companies attract adventure investors. Then he sat on the idea nearly a decade.

He went to find Candou Ventures In 2016, through this fund, he got a height of startups from artificial intelligence. When I realize that the developments in the Toulidi AI had reached a point that could be used to help solve some of the challenges in the semiconductor industry, he decided to launch Cognichip in 2024.

CGNIICHIP has been working surreptitiously since then, and has collected a team of artificial intelligence experts from places such as Stanford, Google and the Massachusetts Institute of Technology to start construction. Ali said it would take at least a few years to build the “final performance” model, but he said he should be able to help companies before he reached this goal.

“When we reach this point, this artificial intelligence, we will build a system that can actually behave as an expert engineer,” Ali said. “Once this vision is achieved, you can actually do the same work with a small part of people and in a much shorter time.”

COGNIICHIP now came out of the ghost of $ 33 million in the financing of the seed on a tour of the participated in Lux Capital and Mayfield with the participation of FPV and Candou Ventures.

“When he was defined by Haley, they felt” cut from the same fabric, “Navin Chaddha, the Mayfield administrative partner, told Techcrunch. The vast majority of work in the semiconductor manufacturer is still performed by humans; He said he believed that timing is right to bring artificial intelligence to the mix.

“This is a big pain point, and the solution that this company will provide will be a murder of pain, not vitamin for the semiconductor industry.” “If you do not have people who do this task, can Amnesty International do so where there is a shortage of talent? No one, a great team, second, (they) are a real pain point in a huge trillion dollar industry.”

Aalaei said he hoped to be CGNIICHIP is also able to assist democracy in accessing building chips so that more semiconductor companies can start and invest land. He said that easier access also means that smaller companies can build more specific chips for specialized or smaller models, he said.

All this depends on when, or if, the company can reach the intelligence of artificial chips.

“What we do is not a gradual change,” Ali said. “We are not building an electronic design tool, we are not trying a little bit. We are trying to determine a new goal for our industry and achieve some major changes.”