Co-Founders of Recursive Intelligence Disrupt 2026: A New Era of Innovation

AI Accelerating Chip Design Process

In the realm of technology, the demand for more powerful AI necessitates increasingly potent chips. However, the process of designing these chips is intricate and time-consuming. What if AI could step in and assist in this design process?

A groundbreaking startup, Ricursive Intelligence, is pioneering the development of AI capable of designing chips, learning from the process, and enhancing subsequent designs. By potentially expediting the creation of hardware that fuels advanced AI systems, Ricursive Intelligence aims to revolutionize chip design.

Traditionally, chip design could span two to three years. Ricursive Intelligence aims to significantly shorten this cycle to a matter of weeks, marking a paradigm shift in the industry.

At the upcoming TechCrunch Disrupt 2026 event, co-founders Anna Goldie and Azalia Mirhoseini will delve into the concept of “When AI Starts Designing Its Own Hardware.” They will explore the integration of AI into chip development, the creation of self-improving systems, and the resolution of a major bottleneck hindering the progression towards more advanced intelligence.

If you are interested in the groundbreaking work of researchers reshaping AI hardware development, today is the final opportunity to save up to $200 on your Disrupt pass. Secure your ticket before the 11:59 p.m. PT deadline and avail of a 50% discount on select ticket types.

AI’s Role in Chip Design Evolution

Anna Goldie and Azalia Mirhoseini have already demonstrated the significant impact AI can have on chip design. Prior to establishing Ricursive Intelligence, they co-led AlphaChip at Google, an AI system capable of generating chip layouts within hours, a feat that typically took human designers much longer. Their work contributed to the design of multiple iterations of Google’s Tensor Processing Units.

Ricursive Intelligence is expanding on this foundation by developing AI tools to automate and expedite chip design processes. The intention is for the system to accumulate knowledge from various chip designs, allowing each iteration to inform and enhance the next.

This iterative process creates a potent feedback loop: AI facilitates the design of superior hardware, which in turn supports more advanced AI capabilities. This synergy could pave the way for the development of even more sophisticated AI systems in the future.

To explore the implications of this feedback loop on the next wave of AI, secure your Disrupt pass with savings of up to $200 and gain insights directly from the visionaries driving this transformative technology.

Evolution from AlphaChip to Billion-Dollar Startup

Goldie and Mirhoseini’s collaboration extends beyond Ricursive Intelligence, as they also co-founded Google’s ML for Systems team. Both individuals boast early roles at Anthropic and senior staff research positions at Google DeepMind.

Goldie, the founder and CEO of Ricursive, holds a Ph.D. in computer science from Stanford University and was recognized as one of MIT Technology Review’s 35 Innovators Under 35. On the other hand, Mirhoseini, the founder and CTO, serves as an assistant professor of computer science at Stanford and heads the Scaling Intelligence Lab.

Established in late 2025, Ricursive swiftly garnered investor interest. In just four months, the company secured $335 million in funding at a valuation of $4 billion, including a substantial $300 million Series A round. Noteworthy investors, such as Nvidia, have backed the venture.

Ricursive’s primary objective is to leverage AI to automate a significant portion of the complex chip design process, spanning from component placement to design verification. By streamlining chip design, Goldie and Mirhoseini believe they can usher in a new era of chip architecture, ultimately enabling more efficient and powerful AI systems.

Discover the future trajectory of AI and hardware development by registering for Disrupt to hear Goldie and Mirhoseini elaborate on the technology, challenges, and self-learning systems driving Ricursive’s innovative approach.

Accelerating the AI-Hardware Development Cycle

While AI models have rapidly progressed, the hardware supporting them operates on a distinct development timeline. Ricursive is wagering that AI’s involvement can bridge this gap and expedite hardware evolution.

At Disrupt, Goldie and Mirhoseini will share insights from their pioneering work that validated AI’s capacity to design tangible chips and their current efforts to build a company centered around this concept. For entrepreneurs, investors, and tech pioneers, this session offers valuable insights into how the pace of chip development can significantly influence the future capabilities of AI.

Their session is just one of over 200 sessions spanning six industry stages, roundtables, and breakouts at Disrupt, scheduled for October 13-15 at Moscone West in San Francisco. The event anticipates over 10,000 founders, investors, operators, and technology leaders, with 250+ speakers and 300+ exhibiting startups in attendance. Disrupt’s matchmaking and networking opportunities create a platform to engage with the visionaries, investors, and innovators shaping the future.

Today marks the final chance to save up to $200 on your Disrupt pass. Secure your ticket before the PT midnight deadline and avail of a 50% discount on select ticket types. Join Goldie and Mirhoseini on the Disrupt Stage to explore the transformative impact of AI’s involvement in designing the hardware that propels it forward.

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