A new €10 million Series A funding round is fueling Quanscient’s push to overhaul hardware engineering, addressing a critical bottleneck identified in a recent company study: 89% of engineers routinely simplify physics models due to runtime limitations. The Finnish technology company is building a cloud-based platform designed to unify simulation, quantum algorithms, and artificial intelligence, aiming to deliver the data volume AI needs to accelerate product development across sectors like energy, aerospace, and automotive. Fortune 100 firms in Europe, North America, and Japan are already utilizing Quanscient’s technology to improve research and development processes. “AI will not transform hardware engineering unless simulation itself is rebuilt for it,” says Quanscient co-founder and CEO Juha Riippi, explaining the company’s focus on code-driven, cloud-scalable multiphysics simulation.
Cloud-Scalable Multipysics Simulation Accelerates Hardware Engineering
A recent study by Quanscient reveals that 89% of engineers are forced to compromise the fidelity of their physics models due to limitations in computational runtime; this widespread simplification underscores a critical bottleneck in modern hardware engineering and highlights the urgent need for more powerful simulation tools. The Finnish technology company is now addressing this challenge with a recently secured €10 million Series A funding round, led by Danish quantum fund 55 North and Austrian industrial investor B&C Group, with existing investors also participating, which indicates strong investor confidence in the convergence of quantum computing, artificial intelligence, and advanced hardware development. Quanscient’s approach centers on rebuilding physics simulation as code-driven and cloud-scalable, a fundamental shift designed to generate the massive datasets required for effective AI learning.
This isn’t merely about faster processing; it’s about enabling a new paradigm for product development, allowing engineers to move beyond slow, iterative trial-and-error processes that currently dominate the field. According to Quanscient, “By making multiphysics code-driven and cloud-scalable, we generate the volume of physics data that AI needs, turning simulation from a bottleneck into the engine of data-driven design.” The platform’s capabilities extend to delivering simulations up to 100 times faster, with runtime reductions of up to 99%, and facilitating fully digital product development that minimizes the reliance on expensive physical prototypes.
Beyond speed, Quanscient’s AI integration identifies optimal design trade-offs and uncovers solutions previously inaccessible with conventional methods; this combination of speed and insight is expected to be particularly valuable in demanding fields like nuclear fusion, advanced electronics, and quantum technologies. Helmut Katzgraber, Chief Science Officer & General Partner at 55 North, notes that engineering teams are under pressure to explore much larger design spaces and more complex physics than legacy tools were built for.
The convergence of quantum algorithms and artificial intelligence is rapidly reshaping product development and testing, moving beyond theoretical potential to demonstrable impact within major industrial sectors. This widespread issue highlights a critical bottleneck in the design process, demanding a new approach to accurately model complex physical phenomena. The company’s platform is delivering up to 100 times faster simulations, with runtime reductions reaching as high as 99%, enabling engineers to explore significantly larger design spaces.
Engineering teams are under pressure to explore much larger design spaces and more complex physics than legacy tools were built for. Quanscient’s cloud‑native multiphysics platform, combined with forward-looking work on quantum algorithms and AI tools, gives customers a future-proof step‑change in throughput without sacrificing accuracy.
Helmut Katzgraber, Chief Science Officer & General Partner at 55 North
Stay current. See today’s quantum computing news on Quantum Zeitgeist for the latest breakthroughs in qubits, hardware, algorithms, and industry deals.