PhysicsX —Build beyond human imagination.

We've been tracking PhysicsX since they emerged from stealth in 2023, and honestly, this is one of those rare companies that makes us genuinely excited about the future of engineering. Their AI-driven simulation platform isn't just another software tool — it's reshaping how some of the world's most complex products get designed and built.

What caught our attention first was the founding story. You don't often see Formula One veterans teaming up with AI scientists to tackle industrial engineering challenges. But when you think about it, F1 is basically a real-time laboratory for pushing physics to its absolute limits.

The Formula One Edge

Robin Tuluie's background leading R&D at Mercedes and Renault F1 teams brings something special to the table. In motorsport, you're constantly running simulations, tweaking designs, and validating performance under extreme conditions — all while racing against time and competitors.

Combine that with Jacomo Corbo's expertise from QuantumBlack (McKinsey's AI powerhouse), and you get a team that understands both the bleeding edge of physics simulation and the practical realities of enterprise AI deployment. It's a killer combination that shows in their product.

Why This Matters Now

Traditional engineering tools are hitting a wall. Modern systems — whether it's electric aircraft, advanced semiconductors, or next-gen medical devices — are so complex that conventional simulation approaches simply can't keep up. Engineers are drowning in computational bottlenecks while facing pressure to innovate faster than ever.

PhysicsX's platform lets engineers run thousands of high-fidelity simulations per day instead of waiting weeks for results. We're talking about exploring design spaces that were previously impossible to navigate, uncovering solutions that human intuition alone would never find.

The Real-World Validation

What impresses us most is how quickly major players across aerospace, automotive, and semiconductors have adopted their technology. When companies like Siemens and Applied Materials are not just using your platform but also investing $135 million in your Series B, that's serious validation.

The near-billion-dollar valuation might seem steep, but we think it reflects the massive market opportunity here. Every advanced manufacturing company is essentially racing to integrate AI into their engineering workflows — and PhysicsX appears to have cracked the code on making it actually work at enterprise scale.