SimScale

SimScale is the world's first AI-native, cloud-based simulation platform, combining Engineering AI with advanced physics solvers to help engineering teams design better products, faster. By integrating computational fluid dynamics (CFD), finite element analysis (FEA), thermal simulation, and electromagnetics into a single cloud-native environment, SimScale eliminates the need for costly on-premises hardware and complex IT setup. Engineers can access powerful multiphysics simulation and AI-driven design exploration workflows directly from a web browser, scaling resources on demand.

With SimScale, teams can run thousands of design iterations in parallel, validate concepts earlier in the design cycle, and automate workflows using agentic AI orchestration. This allows engineers to combine design ideation with Physics AI validation in one continuous loop - shortening development cycles and enabling faster decision-making. Event-triggered pipelines let simulations run in the background, automatically generating insights, reports, and recommendations without manual intervention.

The platform is trusted by more than 700,000 users worldwide, from startups to global enterprises, who use SimScale to democratize access to high-fidelity engineering simulation. Whether exploring hydrogen innovation in the automotive sector, ensuring thermal reliability in electronics, or optimizing aerodynamic performance in industrial machinery, engineers rely on SimScale to reduce risk, cut physical prototyping costs, and unlock innovation at scale. By making advanced CAE & Engineering AI accessible in the cloud, SimScale empowers every engineer to engineer the irreplaceable.

Key Capabilities:

Cloud-native multiphysics simulation (CFD, FEA, thermal, electromagnetics). Engineering AI for workflow automation, design exploration, and optimization. Physics AI for instant, accurate, validated predictions across complex conditions. Agentic AI orchestration of end-to-end workflows with CAD/PLM integrations. Elastic cloud computing resources with parallel runs and scalable performance. Always-on pipelines for continuous simulation, reporting, and insights.

Key Benefits:

Faster innovation with AI-driven design and validation. Reduced costs by eliminating physical prototypes and on-prem hardware. Democratized access to advanced simulation for every engineer. Increased reliability and safety through earlier design validation. Seamless collaboration across distributed teams in a browser-based platform.