#United States #Boston #Flexcompute #Samsung Ventures #Applied Ventures

Flexcompute Secures Strategic Funding for AI Development

Flexcompute, a pioneering physics company, has recently announced a significant strategic investment from Samsung Ventures and Applied Ventures, LLC, marking a pivotal moment in its journey to revolutionize product design through advanced artificial intelligence capabilities. This funding underscores the crucial intersection of AI and the laws of physics, aiming to create a unique Physics World Model AI that can predict real-world phenomena based on foundational physical principles.

Based in Boston, Flexcompute is distinguished by its commitment to develop technology that transcends traditional data pattern recognition. Most AI systems today are designed to learn from existing data sets, including texts and images. In contrast, Flexcompute deploys a groundbreaking approach wherein its team of over 70 PhDs has developed computational fluid dynamics (CFD), electromagnetic, structural, and thermal solvers built explicitly for GPU performance.

The impact of this investment will be felt across numerous industries, as it promises to enhance Flexcompute's research capabilities. The Physics World Model AI will not only predict how designs behave in practice but will also learn the fundamental laws of physics governing those designs. From understanding the warping of chip packages under heat to predicting the safe reentry of spacecraft into the Earth’s atmosphere, this innovative approach seeks to merge AI with a grounded understanding of physics.

A spokesperson from Samsung Ventures commented, "AI is revolutionizing product design, yet it is crucial for these products to adhere to the fundamental laws of physics. Flexcompute is building AI that comprehends these laws instead of merely analyzing data. We are confident that the Physics World Model will significantly influence the future development of hardware."

Flexcompute's unique methodology has already addressed challenges that traditional simulation technologies often struggle to solve. For instance, the company tackled a complex warpage model for an advanced semiconductor package comprising over 800,000 solder joints and solving it within mere minutes, achieving a remarkable accuracy of 2% compared to commercially available finite-element models.

Yu Cao, Chief AI Officer of Applied Materials, stressed the urgency of integrating AI into engineering solutions. He stated, "Industries everywhere are eager to leverage AI for real engineering tasks, but the challenge remains how quickly their outputs can be validated against the laws of physics. Flexcompute has created a unique simulation that is fast enough to keep up with AI advancements and is rigorous enough for making production decisions. In the realm of advanced manufacturing, this means a significant portion of the design cycle can shift to digital environments, ultimately saving both time and costs."

Customers utilizing Flexcompute's technology can implement the Physics World Model into their workflow through Physics Twins. These are digital models that represent their products, allowing engineers and AI agents to pose questions, run tests, and optimize designs prior to any physical production. With engineers defining objectives, AI agents performing iterations, and physics ensuring valid outcomes, this model is poised to transform the design process for many industries.

Vera Yang, Co-Founder and President of Flexcompute, remarked, "Language models have primarily learned from text, but hardware and physical designs are governed by the fundamental laws of nature. Flexcompute is developing a verification layer that serves as a bridge between digital data and physical realities, enabling any engineer or AI agent to ask whether a specific design will function as intended before it is built. Samsung and Applied Ventures recognize the potential in what we are creating—the next significant leap in AI lies in comprehending the physical world."

With this latest round of investment, Flexcompute has plans to expand its research team, increase GPU computational power, and continue enhancing the Physics World Model to include deeper understanding across various domains such as fluids, electromagnetics, structures, heat, and multiphysics interactions. This ambitious trajectory firmly positions Flexcompute at the forefront of AI-driven innovations in engineering and design.

Founded by a team of researchers from Stanford and MIT, Flexcompute is dedicated to advancing artificial intelligence in a way that genuinely aligns with the underlying principles of physics, ultimately equipping engineering teams from over 250 companies—spanning industries including aerospace, automotive, semiconductors, and photonics—with the tools they need to innovate with confidence and precision. For more information on Flexcompute and its offerings, visit flexcompute.com.