
- Revenue
- $53.8M
- Customers
- -
- Year founded
- 2017
- Funding
- $609.7K
- Team size
- 373
- Growth
- 83.36%
As of May 2026, there are 20 SaaS companies in Simulation & CAE Software. They have combined revenues of $90.8M and employ 660 people. They have raised $1.2M and serve 300 customers combined.
Simulation and Computer-Aided Engineering (CAE) Software refers to a suite of tools designed to facilitate the simulation of physical phenomena, optimize product design, and validate performance under various conditions. These software solutions enable users to create digital prototypes and simulate the behavior of materials and components when subjected to real-world stresses, thus enhancing the efficiency of product development cycles. Typical use cases include structural analysis, fluid dynamics, thermal simulations, and optimization tasks across various industries such as automotive, aerospace, and manufacturing. Key features often found in these tools include 3D modeling capabilities, finite element analysis (FEA), and computational fluid dynamics (CFD), among others. Users of simulation and CAE software typically include engineers, product designers, and researchers who aim to innovate while minimizing physical prototyping costs and time. Overall, Simulation and CAE Software empowers organizations to improve product performance, reduce time-to-market, and foster innovation through predictive analysis and optimization techniques.
Sorting: Highest -> Lowest
Showing 10 of 20 companies ranked by annual revenue.


Santa Clara, California, United States
Provider of an EDA software platform designed to provide electromagnetic IC design and verification. The company's PeakView provides its users with a fast and completely automated, IC design experience, enabling designers to have control over layouts containing sensitive interconnect and passive devices through early design stage detection and repair design faults.

Paris, Ile-de-france, France
Provider of a virtual reality software intended to offer editing services. The company's software uses immersive visualization technology that offers visualization tools for 3D applications which helps to display virtual prototypes from the desktop 3D CAD, PLM, geospatial and simulation applications into a virtual environment for project design, planning or reviews, enabling users to promote business growth through innovation capabilities and productivity.

London, London, United Kingdom
ToffeeX is the leader in physics-driven generative design. Our AI-powered software uses physics to guide the design process, empowering engineers to create optimized products that meet all their requirements, in a matter of hours. ToffeeX is used by the world's leading engineering organizations to accelerate their path to sustainability. Let the physics shape your design. Faster, better, greener.

Lausanne, Vaud, Switzerland
Developer of an artificial intelligence algorithmic platform designed to facilitate computer assisted engineering and design. The company's cloud-based platform accelerates and automates the engineering process for industrial companies using innovative, deep-learning algorithms, enabling businesses to speed up development cycles, enhance product performance and reduce computational costs.

Delft, Netherlands
Developer of a software application designed to facilitate engineers to build high-quality dynamic models from measurements. The company's software application combines experimental structures with numerical models, prepare measurement in 3D environment using CAD data, locate sensors and impact points and transform the measurement automatically to a FEM-compatible model, enabling to solve noise and vibration issues in the early phases of product development.

Sydney, New South Wales, Australia
SkyCiv Engineering is a leading cloud-based structural analysis and design software. Our platform offers engineers a comprehensive suite of tools to streamline workflows, improve accuracy, and save time. With SkyCiv, you can access your projects from anywhere while avoid the high costs of traditional desktop software licenses and maintenance. Why Choose SkyCiv? 🔹Cloud-based: Work on your projects from any device, without installations or updates. 🔹Comprehensive suite: Supports a wide range of materials, design codes, and project scales. 🔹API integration: Easily integrate our features into your workflows via our innovative API. 🔹Affordable: Transparent pricing with great value, suitable for firms and individual engineers. 🔹24/7 Support: Our dedicated team is always ready to assist with technical or project needs.

Austin, Texas, United States
Developer of enterprise suites software designed to accelerate engineering analysis and innovation. The company's software simplifies data management complexity and fully integrates into the existing design, prototyping and test environments using advanced metadata schema and tagging, enabling clients to increase data reliability, availability and shareability across an organization by reducing redundant data management tasks and retests.

Delft, Zuid-holland, Netherlands
Developer of an automation software designed to automate simulation-driven engineering design processes. The company's software uses high-level, declarative modelling language to quickly build models, offers automated geometry modelling, automate meshing of complex surface and volume geometries and offers set of toolboxes to simplify the integration of CAE software, enabling engineers to capture engineering logic in a high-level, re-usable manner without distractions.

San Mateo, California, United States
Provider of a 3D modeling platform intended to facilitate customization, presentation, training and learning thing in 3D or virtual reality. The company 3D modeling platform offers features such as 3D printing, scanning and augmented reality and virtual reality technologies to create new digital landscapes, enabling users to personalize and create 3D models.
- Must provide simulation capabilities for physical phenomena such as structural, thermal, or fluid dynamics. - Should include tools for performing tests and analyses on digital prototypes. - Must support optimizations that enhance design performance. - Should be utilized primarily by engineers, product designers, and researchers. - Not just focused on visualization; must also include analytical and processing functionalities.
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