SimScale

SimScale is a pioneering cloud-based simulation platform designed to revolutionize engineering workflows. By relocating complex simulation tasks to the cloud, SimScale removes the traditional barriers of hardware procurement, software installation, and IT maintenance. This allows engineers, designers, and organizations of all sizes to focus on product innovation instead of operational logistics. The platform supports a wide range of simulation types, including computational fluid dynamics (CFD), finite element analysis (FEA), thermal simulations, electromagnetic modeling, and coupled multiphysics scenarios. All these functionalities are presented within a unified browser-accessible environment, streamlining the entire process from model setup to result visualization.​ One of SimScale’s core strengths lies in its seamless integration of artificial intelligence. Engineering AI and Physics AI are built into the entire user experience, guiding users through optimal model setup, automating workflows, and instantly providing predictive insights. This enables both seasoned engineers and newcomers to explore thousands of design variations in seconds and receive real-time feedback on performance metrics, such as pressure drops, aerodynamic drag, force reduction, and more. The AI capabilities extend to design space exploration, parameter sweeps, and recommendations, ultimately speeding up product optimization and reducing time-to-market.​ SimScale’s cloud-native architecture unlocks unlimited computer resources and storage capacity. Simulations are distributed across independent cloud nodes, enabling users to run thousands of experiments simultaneously without resource bottlenecks. This elasticity means that the platform is highly scalable, ready to support individual engineers as well as enterprise product teams and global organizations. Collaboration is made simple and secure through real-time model sharing, centralized data management, and governed user access. Teams can co-manage simulation projects, maintain best practices, and keep track of changes with streamlined versioning—all from any device or browser, anywhere in the world.​ The platform’s openness and interoperability are also significant. SimScale integrates smoothly with existing engineering tools, workflows, and infrastructure. Users can upload models from any CAD format and directly edit them within the platform, reducing the friction between design and simulation. Best-of-breed solvers, such as finite volume (FV), finite element (FE), and lattice Boltzmann methods (LBM), are available to handle complex physics scenarios with high accuracy. The integrated 3D post-processing environment allows teams to visualize and analyze results immediately, improving communication and accelerating decision-making.​ SimScale focuses not only on technology but also on user empowerment and cost effectiveness. The platform lowers hardware costs, reduces the need for physical prototypes, and optimizes material use with high-fidelity simulation data. Engineers have noted significant savings and productivity improvements; testimonials highlight the platform’s speed, accuracy, intuitive design, and responsive support. With SOC-2 Type 2 certified security and robust data governance, organizations can confidently rely on SimScale to protect their intellectual property while maintaining regulatory standards.​

SimScale offers distinct competitive advantages that set it apart from traditional and emerging simulation solutions in the engineering software landscape. The platform’s most significant edge lies in its fully cloud-native, browser-based architecture. Unlike legacy simulation tools that require heavy local installations, specialized hardware, or complex IT configurations, SimScale can be accessed instantly from any modern browser, eliminating the need for dedicated workstations or high IT overhead. This approach dramatically lowers the entry barrier for individuals and teams, enabling organizations of all sizes to engage in high-fidelity simulation without capital investment in infrastructure.​ A major differentiator is SimScale’s integration of artificial intelligence directly into its simulation workflows. Engineering AI and Physics AI automate model setup, recommend optimal simulation parameters, and provide predictive result analysis in real time. This empowers engineers to evaluate thousands of design variants quickly, accelerating iterative design processes and reducing dependency on highly specialized simulation experts. By blending rapid AI-driven exploration with the option for detailed, solver-based physics validation, SimScale lets users cover the full spectrum from early-stage concepts to detailed engineering verification within a single platform.​

• Small Businesses (1-99)
• Mid Market (100-500)
• Enterprise (500+)