The multiphysics simulation platform for the AI era
A cloud-native solver for the most demanding engineering challenges, fully equipped for AI-driven workflows and optimization.
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Built to scale, automate, and optimize
Compute with scale
Generate simulation data, not bottlenecks.
Run natively coupled multiphysics on unlimited cloud compute. Accelerate runtimes 100x over desktop tools to build rich datasets.
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Cloud-native solver
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Domain decomposition
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Thousands of sims in parallel
Automate with agentic AI
Simulation as Python code.
Define entire workflows in Python, execute massive parameter sweeps autonomously, and let LLM agents run simulations from natural-language prompts.
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100% GUI parity in Python
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JSON/YAML project definitions
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LLM-friendly API surface
Optimize with MultiphysicsAI
Millisecond predictions, validated with physics.
Train physics-aware surrogates using your simulation data. Explore massive design spaces and run hundreds of thousands of predictions in milliseconds.
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Surrogate models in ms
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Inverse problem solving
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Datasets owned by you
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Compute with scale
Generate simulation data, not bottlenecks.
Run natively coupled multiphysics on unlimited cloud compute. Accelerate runtimes 100x over desktop tools to build rich datasets.
Automate with agentic AI
Simulation as Python code.Define entire workflows in Python, execute massive parameter sweeps autonomously, and let LLM agents run simulations from natural-language prompts.
Optimize with MultiphysicsAI
Millisecond predictions, validated with physics.Train physics-aware surrogates using your simulation data. Explore massive design spaces and run hundreds of thousands of predictions in milliseconds.
An inspectable process yielding the best outcomes
Agentic AI
The entire loop is drivable from natural language — agents write the configurations, dispatch the runs, and surface the results.
Generate thousands of coupled multiphysics runs in parallel with Allsolve.
Train a surrogate
Fit a physics-aware neural network to your dataset. Predictions in milliseconds.
Explore the design space
Screen hundreds of thousands of candidates. Surface the best trade-offs instantly.
Validate
Re-simulate the finalists in Allsolve. Every decision grounded in physics.
An inspectable process yielding the best outcomes
Agentic AI
The entire loop is drivable from natural language — agents write the configurations, dispatch the runs, and surface the results.
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Generate thousands of coupled multiphysics runs in parallel with Allsolve.
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Fit a physics-aware neural network to your dataset. Predictions in milliseconds.
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Screen hundreds of thousands of candidates. Surface the best trade-offs instantly.
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Re-simulate the finalists in Allsolve. Every decision grounded in physics.
Proven applications and advantages
Medical devices
Simulate massive ultrasound arrays and therapeutic transducers without simplification.
Ultrasound · HIFU · PMUT/CMUT
Consumer electronics
Optimize next-gen MEMS, RF, and audio components with cloud-scale precision.
Audio MEMS · RF Filters · AR/VR Optics
Automotive
Ensure the reliability of LiDAR, RF, and safety sensors with multiphysics precision.
LiDAR · Inertial Sensors · V2X RF
New space
Scalable, high-speed simulations for the most demanding multiphysics problems.
RF & Satcom · ADCS · EMI/EMC
Proven applications and advantages
Simulate massive ultrasound arrays and therapeutic transducers without simplification.
Ultrasound · HIFU · PMUT/CMUT
Open the industry page
Optimize next-gen MEMS, RF, and audio components with cloud-scale precision.
Audio MEMS · RF Filters · AR/VR Optics
Open the industry page
Ensure the reliability of LiDAR, RF, and safety sensors with multiphysics precision.
LiDAR · Inertial Sensors · V2X RF
Open the industry page
Scalable, high-speed simulations for the most demanding multiphysics problems.
RF & Satcom · ADCS · EMI/EMC
Open the industry page
Overcoming complex RF paracitics.
"Quanscient Allsolve transformed how Albis approaches RF design. It has been a real game-changer for us."
Sho Watanabe
Photonics Engineer
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Unified multiphysics via pure Python.
"Quanscient provides a pure Python implementation without the layers of legacy code. It allows us to couple complex physics from the core up."
Christian Seebauer
R&D Engineer
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Accuracy improved from 10% to 3%.
"Once we recognized the improvements in speed and convenience, we decided to move completely to Quanscient Allsolve."
Iana Volvach
Electromagnetic FEA Engineer
Pioneering quantum algorithms for multiphysics simulation
Quanscient Quantum Labs is the world-leading research group pioneering the quantum lattice Boltzmann method (QLBM) for computational fluid dynamics.
Partner with us to co-develop quantum-native algorithms today, ensuring your R&D is ready the moment hardware matures.
Organizations we work with
IBM IQM Airbus Embraer Quantinuum IonQ
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Quantum algorithm researchers, including 6 PhDs and 3 professors.
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Patents filed covering novel quantum simulation and lattice-based methods.
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World-first demonstrations executed on physical quantum hardware.
Trusted by industry professionals
"Quanscient Allsolve provides effortless scaling of compute power, enabling examination of larger design spaces for the most critical parameters. It allows us to advance with MEMS speaker designs we truly trust and to scale our development effectively."
"Quanscient Allsolve made our hardware iterations much more reliable and functional speeding up the development process by requiring fewer hardware iterations to get to a finalized product."
"Quanscient Allsolve transformed how Albis approaches RF design. The ability to run high-frequency simulations without expensive hardware and iterate quickly in the cloud has been a real game-changer for us."
"With Quanscient Allsolve, we were able to test different parameters to find the working design from the first iteration, saving three months in product development time."
“Allsolve is a key tool for us modelling HTS cables and coils, especially when dealing with complex 3D multiphysics simulations. It has significantly enhanced our efficiency.”
“With Quanscient Allsolve, I can run complex simulations in under a day, which would otherwise take a week to complete.”
“Quanscient Allsolve is a groundbreaking tool for advanced 3D superconductor simulations.”
"Quanscient Allsolve is the 'go-to' tool for our most sophisticated superconductor simulations in stellarator design."
"Quanscient Allsolve provides effortless scaling of compute power, enabling examination of larger design spaces for the most critical parameters. It allows us to advance with MEMS speaker designs we truly trust and to scale our development effectively."
See how it could work for you
Submit the form to talk with our experts—we'll respond within 1 business day. You'll learn:
- How Allsolve could fit your use case
- What results to expect (accuracy, runtime, design exploration capabilities and rough cost range)
- How it could plug into your workflow today
Interested in just seeing an on-demand demo? Watch the 3-minute demo here