Company Profile: Quanscient Oy
Quanscient Oy is a leading deep-tech company based in Tampere, Finland, specializing in next-generation multiphysics simulation and quantum computing algorithms. Founded in 2021, the company is at the forefront of the "Simulation-as-a-Service" market, providing a cloud-native platform that integrates high-performance computing (HPC) with quantum-ready algorithms. Quanscient aims to accelerate the research and development (R&D) cycles of high-tech industries?such as fusion energy, superconductors, aerospace, and medical devices?by replacing expensive physical prototyping with ultra-fast, accurate digital simulations.
Continue…Core Technology and Philosophy
The foundational problem Quanscient addresses is the limitation of legacy simulation software, which often relies on outdated codebases and local hardware constraints. These limitations lead to long wait times, simplified models, and significant costs for engineering teams. Quanscient's approach rests on three technological pillars:
1. Cloud-Native Multiphysics
The company has developed a modern Finite Element Method (FEM) solver from the ground up, designed specifically for cloud scaling. By utilizing the Domain Decomposition Method (DDM), the software can split a single large-scale simulation across thousands of CPUs in parallel. This allows for simulation speeds over 100x faster than traditional tools, turning "day-long" tasks into "coffee-break" results.
2. Quantum Integration (Quantum Labs)
Quanscient is a global pioneer in Quantum Lattice Boltzmann Methods (QLBM) for computational fluid dynamics (CFD). The company maintains an in-house research group, Quanscient Quantum Labs, which recently achieved a "world-first" by executing multi-time-step CFD simulations on real superconducting quantum hardware (the VTT/IQM 50-qubit system). This work prepares industries for a future where quantum computers can solve fluid dynamics and electromagnetics problems that are currently intractable for classical supercomputers.
3. MultiphysicsAI
Launched in late 2025, this initiative integrates Physics-Aware Artificial Intelligence into the simulation workflow. It enables engineers to generate proprietary training data in hours rather than months, using neural networks to predict model performance in milliseconds for real-time design space exploration.
Products and Services
Quanscient Allsolve
The company?s flagship product is Quanscient Allsolve, a comprehensive, cloud-based multiphysics simulation platform. It provides a unified environment for simulating various physical phenomena and their interactions (strongly coupled physics).
- Electromagnetics: Simulations for high-temperature superconductors (HTS), magnet design (Stellarators/Tokamaks), RF design, and induction heating.
- Solid Mechanics & Acoustics: Modeling elastic waves, mechanical stress, and acoustic-structure interactions, particularly for large-scale transducer arrays.
- Fluid Dynamics: Integrated CFD capabilities for aerospace, automotive, and energy applications.
- Natively Coupled Physics: Allsolve excels at capturing "strong" interactions between different physics domains (e.g., thermal-mechanical-electromagnetic) without requiring separate modules or manual data transfer.
Quanscient API
For advanced users and organizations focused on automation, the company offers a robust Python-based API.
* Automated Design Workflows: Integration directly into CAD or PCB design software for "Continuous Integration" of hardware.
* Large-Scale Parametric Sweeps: Programmatic control to run thousands of design variations simultaneously to find the optimal solution.
* Digital Twin Creation: Building accurate digital representations of complex systems that update and respond based on real-time data or simulated inputs.
Specialized Industry Solutions
Quanscient offers tailored solutions for niche, high-complexity sectors:
* Superconductors: Currently the "go-to" tool for advanced 3D superconductor simulations in fusion energy (HTS tapes, coils, and magnets).
* MEMS Design: Specialized tools for simulating Micromachined Ultrasonic Transducers (PMUTs and CMUTs), used in medical imaging and automotive sensors.
* Semiconductor Packaging: Accelerating the design of modern semiconductor packages by simulating thermal and mechanical stresses in the cloud.
Strategic Acquisitions and Growth
In early 2025, Quanscient acquired Kogsys, a pioneering company specializing in cloud-enabled explicit wave-propagation technology. This acquisition significantly bolstered Quanscient?s capabilities in ultrasound and biomedical simulation, adding state-of-the-art GPU/TPU-based solvers to the Allsolve platform.
As of 2026, the company continues to expand its global footprint from its headquarters in Tampere, serving a diverse range of clients from Silicon Valley startups to European energy agencies.
Executive Leadership
- Juha Riippi: CEO & Co-founder.
- Dr. Alexandre Halbach: CTO & Co-founder (Algorithm Expert).
- Dr. Valtteri Lahtinen: Chief Scientist & Co-founder (Head of Quantum Labs).
- Dr. Andrew Tweedie: Co-CTO (formerly CEO of Kogsys).
