AI-Native Engineering Simulation in the Cloud
SimScale enables teams everywhere to innovate faster by exploring thousands of engineering decisions in seconds.
Innovation cycles are shrinking. Product complexity is rising. Legacy simulation can't keep up. SimScale changes that.
SimScale’s agentic engineering platform unlocks innovation velocity through broad, early, and instant simulation.
Cloud Simulation
SimScale puts powerful multiphysics simulation in every engineer's hands via an easy, instantly accessible web interface. Teams can explore, test, and share designs without friction.
Physics AI
Instant prediction of physical behavior using AI models linked to high-fidelity simulation. Leverage past CAE data for instant parametric design optimization.
Engineering AI
Agentic AI orchestrates simulation setup, execution, evaluation, and documentation. AI agents run CAE workflows autonomously, understand intent, and reason through decisions, eliminating manual handoffs and speeding design iteration.
One Unified Platform for Agentic Engineering
SimScale combines Engineering AI, Physics AI, and multiphysics simulation solvers in a single cloud-native environment, built for design exploration speed, scale, and control.
All Physics, One Platform
Run multiphysics simulations and AI models in one unified platform, from setup to insight.
Learn moreStatic, dynamic, and thermomechanical analysis for structural performance and durability
Laminar, turbulent, and multiphase flow simulation for aerodynamics and thermal systems
Heat transfer, conjugate heat transfer, and thermal management analysis
Low-frequency electromagnetic simulation for electrical and electronic systems
Coupled simulations across fluid, thermal, and structural domains
Physics-informed AI models for real-time prediction and design exploration
AI-Orchestrated Engineering Workflows
Agents drive simulation setup, execution, and analysis with AI-guided workflows — while keeping engineers in control.
Learn moreSimScale's orchestration layer coordinates simulation tasks across the workflow, from CAD ingestion to result interpretation. AI agents assist with model setup, validation, and post-processing, while also enabling automated design space exploration and optimization. Engineers can evaluate more design variants, surface performance trade-offs, and accelerate decision-making — with full control and traceability.
Simulation at Cloud Scale
Run high-fidelity simulations in parallel without infrastructure limits.
Learn moreSimScale's cloud-native architecture enables scalable compute for multiphysics simulation. Engineers can run multiple design variants simultaneously, accelerating exploration without being constrained by local hardware or queue times, backed by enterprise grade security.
Built for Engineering Teams
Collaborate on simulation workflows with shared access, versioning, and review.
Learn moreSimulation becomes a team capability, not an isolated expert task. Share projects, standardize workflow templates, and collaborate across teams — with an expert-in-the-loop model that provides real-time access to simulation and physics specialists. This ensures consistency, accelerates problem-solving, and enables faster, more confident engineering decisions.
Open and Extensible by Design
Connect simulation workflows to your engineering stack and external tools.
Learn moreSimScale’s execution infrastructure is open by design — any solver, AI method, or external data source can be natively integrated, governed and versioned alongside SimScale’s own capabilities. 3rd party methods aren’t external tools being managed around the platform; they’re native participants within it, gaining full access to the SimScale stack: elastic HPC, real-time collaboration, Engineering AI, and Physics AI pipelines.
Cloud & AI delivers the promise of simulation democratization by supporting design engineers to apply simulation early, broad with confidence.
Explore Use Case
"Integrating simulation early in the product development process allows us to better understand the physics and gain confidence in design choices. With SimScale every design engineer has access to simulation."
Autonomously explore thousands of design alternatives to submit stronger RFQs and protect margins
Explore use cases
“Months of engineering work can now be done in an evening.”
Compress time-to-market with Engineering AI agents that run parallel simulations and surface design insights in seconds.
Explore use cases
“The key advantage of using SimScale for us is to extract fast design insights at the early stages. We can then arrive at a final design faster and have more confidence when moving to the physical prototyping stage.”
Replace costly physical prototypes with AI-native, high-fidelity virtual testing — delivered at cloud scale by Physics AI.
Explore use cases
"SimScale drastically changed our R&D landscape regarding time (99.9% quicker), cost (no HPC and data storage) and simulation accuracy. It allows us to complete development cycles within days instead of months which gives us a massive advantage to our competition. I would say that this software is not evolutionary but rather disruptive."
Engineering AI agents autonomously orchestrate entire simulation workflows — setup, execution, and documentation — so your team can explore thousands of decisions at a speed.
Explore use cases
“We were able to shorten our CFD simulation feedback loop, which in turn allowed us to iterate and evaluate many design options at the earliest design phases of our projects. This proved to be particularly innovative because design changes during this time have the potential for the biggest impact on performance."
Physics AI–powered models connected to live operational data deliver continuous, instant engineering intelligence — so every product decision is grounded in physics, not guesswork.
Explore use cases
“I have been using SimScale in my product development routine (weekly) and it has been a game changer in critical design decisions where industrial equipment is used in large scale industrial operations.”
Engineering AI encodes your simulation experts' knowledge into agentic workflows any engineer on the team can run, scaling expertise across the product org without scaling headcount.
Explore uses cases
“SimScale was very easy to get started with. I was the only CFD expert and in several projects, people from the department decided to include CFD as they found it very easy to use after a 1-hour explanation… This has broadened access to simulation within Tecnalia.”
Built for real engineering challenges
SimScale supports a wide range of industries by enabling engineering teams to solve critical performance, cost, and reliability challenges — all using the same cloud-native, AI-driven simulation platform.
- Vehicle aerodynamics and drag reduction
- Thermal management of electrified powertrains
- Structural strength, fatigue, and vibration
- Early-stage design validation and RFQ support
Legacy simulation can’t keep up. Yours can.
See how the architecture behind SimScale changes everything.
Instant access via browser
Time to first simulation
Native AI capabilities
Concurrent simulation runs
IT setup and maintenance
SimScale
Built for every engineer, at any scale
Minutes
Unlimited
None
Legacy Cloud
Cloud as an add-on, not a foundation
Hours
Limited
Some
Desktop/on-premise
Powerful, but slow & expensive to run
Days
Hardware limit
Significant
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Trusted by 800,000+ engineers worldwide
Real results from real engineering teams.
Markus Lempke
Computational Designer at Siemens Energy
“Implicit modeling and direct simulations on implicit geometry is a real step change in speed and robustness of optimization workflows and necessary to unlock the real potential of additive manufacturing.”
Learn More
Markus Lempke
Computational Designer at Siemens Energy
“Implicit modeling and direct simulations on implicit geometry is a real step change in speed and robustness of optimization workflows and necessary to unlock the real potential of additive manufacturing.”
Learn More
Markus Lempke
Computational Designer at Siemens Energy
“Implicit modeling and direct simulations on implicit geometry is a real step change in speed and robustness of optimization workflows and necessary to unlock the real potential of additive manufacturing.”
Learn More
Markus Lempke
Computational Designer at Siemens Energy
“Implicit modeling and direct simulations on implicit geometry is a real step change in speed and robustness of optimization workflows and necessary to unlock the real potential of additive manufacturing.”
Learn More
Armin Narimanzadeh
Manager, Thermofluids & Simulations, Convion
"The design was complex, and using traditional simulation‑driven optimization to find the best‑performing configuration would have taken months. We now have an AI model that can generate a new optimized design in under an hour, and I have complete confidence in the results.”
Learn More
Markus Lempke
Computational Designer at Siemens Energy
"Implicit modeling and direct simulations on implicit geometry is a real step change in speed and robustness of optimization workflows and necessary to unlock the real potential of additive manufacturing."
Learn More
Antonio Radenić
Battery System Engineer at Rimac Automobili
"Using SimScale in the early R&D stages of the product, we were able to fully leverage simulation capabilities into our product design process. This allowed us to quickly set up different cooling scenarios for our battery cells using SimScale's CHT module to efficiently analyze the impact of design changes on battery module performance."
Learn More
Start simulating in minutes, not weeks
Get started today with AI-native engineering simulation
