Faraj Aalaei, Founder & CEO at Cognichip
4.5/5 Rating
AI
Pre-revenue/mo
Not Publicly Disclosed ARR

Faraj AalaeiFounder & CEO

In this interview, Faraj Aalaei explains how Cognichip is using Artificial Chip Intelligence (ACI) to transform semiconductor design. Drawing from decades of experience building chip companies, he discusses the growing complexity and cost of chip development, the decline of semiconductor startups, and how AI can dramatically reduce design time and expenses. He also shares his vision of making chip design accessible to more innovators and accelerating the future of hardware development.

Faraj Aalaei

Faraj Aalaei

Founder & CEO

Cognichip

Cognichip

Founder Stats

  • AI
  • Started 2023
  • Pre-revenue/mo
  • 50–100 team
  • Palo Alto, California, USA

About Faraj Aalaei

Faraj Aalaei is the founder and CEO of Cognichip, an AI-driven semiconductor design company focused on accelerating chip development through Artificial Chip Intelligence (ACI). A veteran entrepreneur, he previously founded and led multiple semiconductor companies through successful public offerings. With Cognichip, he aims to reduce the time, cost, and complexity of chip design while enabling a new generation of innovators to build custom hardware solutions.

Interview

June 30, 2026

Q

What inspired you to start Cognichip?

Question 1 of 10
Faraj Aalaei

After building two semiconductor companies, I experienced firsthand how chip development became increasingly expensive and time-consuming. The number of semiconductor startups was declining because of those barriers. When generative AI emerged, I saw an opportunity to solve many of the problems that had challenged the industry for years.

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Q

What problem is Cognichip trying to solve?

Question 2 of 10
Faraj Aalaei

Chip design has become incredibly complex. It can take years and hundreds of millions of dollars to bring a chip to market. Our goal is to dramatically reduce both the cost and development time by using AI to automate and accelerate the design process.

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Q

What is Artificial Chip Intelligence (ACI)?

Question 3 of 10
Faraj Aalaei

ACI stands for Artificial Chip Intelligence. While AGI focuses on general intelligence, ACI is specifically trained to design semiconductor chips. The models learn the expertise needed to create chip architectures faster and more efficiently than traditional methods.

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Q

Why has semiconductor innovation slowed down?

Question 4 of 10
Faraj Aalaei

The cost of developing chips has increased significantly. Companies often need hundreds of millions of dollars and large engineering teams to build a single product. This has reduced the number of startups entering the industry and limited innovation.

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Q

How can AI change semiconductor design?

Question 5 of 10
Faraj Aalaei

AI can perform design tasks at the speed of inference rather than relying entirely on human engineers working step by step. This allows us to collapse years of work into a much shorter timeframe while maintaining precision and quality.

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Q

Why is faster chip development important?

Question 6 of 10
Faraj Aalaei

Software evolves much faster than hardware. New applications can reach millions of users within weeks, but chip development often takes five years. That gap limits innovation. Faster chip design helps hardware keep pace with software advancements.

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Q

How does Cognichip help create custom chips?

Question 7 of 10
Faraj Aalaei

By reducing complexity and cost, we enable companies to build specialized chips tailored to specific workloads. Instead of relying on one large general-purpose chip, organizations can create hardware optimized for their unique applications.

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Q

Who are your target customers?

Question 8 of 10
Faraj Aalaei

Our customers range from semiconductor companies to cloud providers and large technology companies. Today, almost every technology company depends on chips, which creates a broad market for our platform.

0
Q

How large is the semiconductor opportunity?

Question 9 of 10
Faraj Aalaei

The market is enormous because every technology company increasingly needs specialized hardware. As AI continues to expand, demand for custom chip solutions will only grow.

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Q

How expensive is it to design modern chips?

Question 10 of 10
Faraj Aalaei

Depending on complexity, a single chip project can easily cost hundreds of millions of dollars. Some projects require thousands of engineers working together for several years before production begins.

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Video Interviews with Faraj Aalaei

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 Faraj Aalaei, Cognichip | theCUBE + NYSE Wired: AI Factories - Data Centers of the Future

Faraj Aalaei, Cognichip | theCUBE + NYSE Wired: AI Factories - Data Centers of the Future

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