Quanscient Raises €10M for AI-Native Hardware Simulation

Quanscient, a pioneer in advanced simulation technologies, has successfully closed a €10 million Series A funding round. This significant capital infusion is earmarked to propel the company's international expansion and bolster its leadership in developing AI-native hardware engineering solutions. The round saw participation from prominent investors, including a lead investment from Danish quantum fund 55 North and Austrian industrial technology firm B&C Group. Existing backers Maki.vc, Crowberry Capital, QAI Ventures, and First Fellow Partners also reaffirmed their commitment through full re-participation.

The current state of hardware engineering is characterized by inefficiencies, with engineers frequently resorting to simplified physics models to meet computational constraints. A recent study by Quanscient revealed that a staggering 89% of engineers routinely compromise model fidelity due to runtime limitations. This bottleneck stems from the inability of conventional AI models to accurately process complex real-world physics data, hindering the iterative design processes crucial for innovation. Quanscient aims to dismantle this barrier by re-architecting multiphysics simulation as a code-driven, cloud-scalable engine capable of generating the vast datasets required for sophisticated AI learning.

This innovative approach promises to revolutionize product development cycles across high-stakes sectors such as energy, aerospace, and automotive. By enabling faster, more accurate simulations, Quanscient's platform accelerates time-to-market and enhances product performance. The company's technology is already trusted by leading industrial entities globally, including Fortune 100 corporations in Europe, North America, and Japan, to optimize their research and development efforts. The newly acquired funds will be instrumental in scaling these operations and advancing the development of a unified platform integrating simulation, quantum algorithms, and AI.

“The transformative potential of AI in hardware engineering hinges on a fundamental reimagining of simulation itself,” stated Juha Riippi, co-founder and CEO of Quanscient. “By making multiphysics simulations code-driven and cloud-scalable, we are generating the necessary data volume for AI, effectively converting simulation from a constraint into a catalyst for data-driven design. This mirrors the paradigm shift AI has already brought to software development.” The platform facilitates fully digital product development and testing, significantly reducing reliance on expensive physical prototypes and enabling early evaluation of numerous design alternatives.

Quanscient's technology delivers dramatic improvements in simulation speed and efficiency, achieving up to 100x faster runtimes and reducing simulation times by as much as 99%. The integrated AI capabilities further refine designs by identifying optimal trade-offs and uncovering novel solutions, thereby streamlining the journey from concept to final implementation. This advancement is particularly critical as industries face increasing pressure to explore more complex design spaces and intricate physics phenomena than legacy systems can accommodate.

Helmut Katzgraber, Chief Science Officer & General Partner at 55 North, highlighted the platform's forward-looking architecture: “The cloud and quantum simulation architecture Quanscient has developed lays the groundwork for a new class of AI, enabling the physics-aware models that hardware engineering has long awaited. This capability is vital for innovators in fields like nuclear fusion and advanced electronics.” Similarly, Julia Reilinger, Managing Director at B&C Group, emphasized the strategic importance of such technologies for European industrial competitiveness, noting, “Quanscient's convergence of simulation, quantum computing, and AI is setting a new benchmark for physical product development. We are excited to support their mission to enhance Europe’s industrial innovation capacity.”