BeyondMath

Investor: Cambridge Innovation Capital

London-based DeepTech firm BeyondMath has successfully closed a £7.4 million seed extension round, bringing its total seed funding to £13.8 million. The company specializes in generative AI and is developing the world’s largest foundational physics AI model to revolutionize advanced engineering simulations. Summary of transaction details: Value: £7.4 million (Seed Extension, bringing total to £13.8 million) Sector: DeepTech / AI / Generative Physics / Engineering Simulation Advisor: Not disclosed Key Entities: Target: BeyondMath; Lead Investor: Cambridge Innovation Capital; Existing Investors: UP.Partners, Insight Partners, and InMotion Ventures Location: London, UK Note: This strategic investment will fuel the commercial deployment of BeyondMath's foundational AI technology and accelerate its research roadmap. By seamlessly combining first-principles physics with modern AI, the technology promises to deliver engineering-grade simulations significantly faster than traditional methods, which increasingly struggle with modern complexity. This enables highly technical industries—such as aerospace, automotive, and data-centre design—to achieve rapid, sustainable innovation and highly optimized design processes.

Investor: Cambridge Innovation Capital

BeyondMath, a deeptech company specializing in generative physics models, has secured £7.4 million in a Seed extension funding round led by Cambridge Innovation Capital, with participation from existing investors including UP.Partners, Insight Partners, and InMotion Ventures. Summary of transaction details: Value: £7.4 million Sector: DeepTech & AI Advisor: Not mentioned Key Entities: BeyondMath (Target), Cambridge Innovation Capital (Lead Investor), UP.Partners, Insight Partners, InMotion Ventures (Existing Investors) Location: London, UK Note: This Seed extension round will enable BeyondMath to significantly scale its world's largest foundational physics AI model, reinforcing its leadership in generative AI for scientific applications.