CAE SOFTWARE
CAE Software
Authorized Distributor in Japan for Quanscient Oy (Finland)
A fast, scalable and flexible multiphysics simulation platform. All the benefits of cloud computing — in nothing more than a browser.
Transforming R&D with Cloud and Quantum Computing
As the authorized distributor in Japan for Finland's Quanscient, we deliver Quanscient Allsolve, their cloud-native multiphysics simulation platform, to customers in Japan — from licensing through technical support and post-deployment adoption. Powered by the cloud and quantum computing, it transforms R&D through digital prototyping — reshaping the very process of product development in manufacturing and shortening simulation time from weeks to hours. This enables faster R&D and time-to-market for industrial companies in fields such as fusion energy, electric motors and 5G technology.
Allsolve inherits the ultrasound and piezoelectric analysis strengths of OnScale and PZFlex while extending its coverage into MEMS and, further, into next-generation simulation incorporating quantum computing techniques — with deployment advancing across the aerospace, marine and automotive sectors. For the background to the CAE technology we work with, see our history page.
Overwhelming compute speed
Fully leverage cloud compute resources to cut analysis time from weeks to hours
Scalable by design
Scale compute resources exactly as needed, from small models to large, high-fidelity ones
Complete in a browser
No installation required — modeling, analysis and visualization all run in your PC browser
One-touch execution
Run even complex multiphysics analyses with a single click
AI assistant
AI support for setting up analysis conditions and building models
Up to 1,000×
throughput via massive cloud parallelism
10–100×
speed-up of an individual solve
3 weeks → 8 hours
real-user reduction in solve time
Massively parallel cloud computing delivers up to 1,000× the total development throughput, while quantum-inspired solvers make each individual solve 10–100× faster.
* Figures are indicative, based on Quanscient's published data and real user cases. Results vary with the analysis, model size and run conditions.
Two Axes of R&D Acceleration
Allsolve's speed comes from two distinct axes: the ability to run a great many simulations in parallel (throughput), and the raw speed of each individual solve. Together they enable a pace of R&D that was previously out of reach.
Up to 1,000×
Massively parallel cloud computing (throughput)
Allsolve is cloud-native, scaling automatically on AWS. Unlike traditional on-premise environments where jobs queue for a single server, hundreds or thousands of simulation variants can run at once. Parameter sweeps for optimal design and large-scale data generation for AI training that once took weeks now complete in a fraction of the time — compressing the development cycle itself.
10–100×
Faster individual solves
Combining cloud parallelism with Quanscient's own quantum-inspired algorithms (such as QCFD), each heavy multiphysics solve — coupling electromagnetics, fluids and structures — runs 10–100× faster. A calculation that took a week on traditional on-premise CAE finishes in a few hours.
A Technical Edge: the Harmonic Balance (HB) Method
One of Allsolve's distinguishing features is that the Harmonic Balance (HB) method is built in as standard.
CONVENTIONAL APPROACH
Transient analysis in the time domain
For nonlinear multiphysics problems — such as a MEMS device where an electrostatically driven structure couples with fluids and acoustics — most FEM tools have no choice but to fall back on transient analysis in the time domain. Transient analysis must step through a great many time increments until the system settles into steady state, and solve times grow sharply as models get larger and nonlinearity stronger.
HB METHOD IN ALLSOLVE
Solving directly for the steady state in the frequency domain
The HB method solves the periodic response directly as a Fourier series in the frequency domain. Because there is no need to follow the transient evolution towards steady state, the same nonlinear problem can be solved in a fraction of the time.
By combining this with elastic cloud compute resources, Allsolve is designed so that the HB method can be applied to large models and broad parameter sweeps without being constrained by hardware limits such as memory or core count. The result: even nonlinear multiphysics problems at a scale that was impractical for conventional tools — whether on solve time or hardware constraints — can be solved quickly, while remaining within FEM.
Multiphysics Domains Covered
From magnetics and electromagnetics to acoustics, heat transfer, structural mechanics and fluids (CFD), Allsolve covers a wide range of coupled (multiphysics) analyses.
- ● Magnetics (A- and H-formulations)
- ● Electromagnetic waves & electrostatics
- ● Acoustics & elastic waves
- ● Heat transfer (solids)
- ● Solid mechanics & mesh deformation
- ● Fluids (CFD: laminar, conjugate heat transfer, current flow)
Key Platform Capabilities
- ✓ Cloud scaling (Domain Decomposition Method, DDM)
- ✓ Python scripting API
- ✓ Import, edit and create models
- ✓ Material management & automatic meshing
- ✓ 3D visualization and data export
- ✓ Secure cloud storage
Features
Fully Digital Product Development
Reduce the need for expensive physical prototypes and run everything from design to testing fully digitally. For example, costly and time-consuming physical tests such as aircraft wind-tunnel testing can be replaced with simulation.
Cloud × Quantum Computing
In addition to large-scale simulation on the cloud, we are building quantum computing algorithms to accelerate simulations even further.
Physics-aware AI
By making physics simulation code-driven and cloud-scalable, we generate the large volumes of multiphysics data that AI needs to learn. The goal is to train 'physics-aware AI' — something existing tools cannot achieve at scale — to autonomously propose and optimize hardware designs.
Target Fields
- MEMS (accelerometers, PMUT, RF filters, etc.)
- Ultrasound & piezoelectric analysis
- HTS & superconducting magnets
- Fusion energy
- Electric motors
- 5G / telecom
- Aerospace, marine & automotive
Adoption Record
Adopted by leading manufacturers in measurement, medical, precision and electronics — companies engaged in advanced product development.
- ● Leading measuring-instrument manufacturer
- ● Leading medical-device manufacturer
- ● Leading precision-equipment manufacturer
- ● Leading electronics manufacturer
* Company names are withheld under confidentiality agreements; clients are listed by industry category.
Learning Resources & Support
Quanscient HQ provides learning resources — webinars, YouTube tutorials and technical documentation — on an ongoing basis. Use the links below to find the latest sessions, tutorials and related materials.
* These links lead to external sites operated by Quanscient HQ (quanscient.com) and open in a new tab.