As of November 2026, Latka tracks 5 simulation & CAE software companies with $10M–$100M in annual revenue. They have combined revenues of $178M and employ 1K people. They have raised $609.7K.
Every company below sells simulation & CAE software to other businesses and is ranked by its most recent annual revenue. Revenue, funding, headcount and customer figures come from CEO interviews on the Latka podcast, public company filings, and Latka estimates where a company has not disclosed a number.
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 5 of 5 companies ranked by annual revenue.
London, Greater London, United Kingdom
PhysicsX is a deeptech company with roots in numerical physics and Formula One, dedicated to accelerating hardware innovation at the speed of software. It builds AI-driven simulation software for engineering and manufacturing across advanced industries.
New York, New York, United States
Arena accelerates testing, debugging, and optimization for the world's most advanced hardware. Atlas is an AI hardware engineer.
Oakbrook Terrace, Illinois, United States
The AnyLogic Company is a multinational team operating from the US and Europe with a global network of partners. We design and develop simulation modeling software for business applications: AnyLogic — general-purpose simulation software AnyLogic Cloud — cloud environment for model execution and integration anyLogistix — software for supply chain modeling Our flagship product, AnyLogic, has changed the way people build simulation models and expanded their application in complex business environments. Its unmatched flexibility allows users to capture the complexity of virtually any system, at any level of detail. We enjoy developing best in class technologies to help our customers solve the business problems they are facing. AnyLogic software is utilized world-wide in thousands of commercial organizations and academic institutions, including over 40% of Fortune 100 companies.
United States
Akselos helps the world's critical infrastructure operates safely with the maximum output for the longest time possible through our Structural Performance Management (SPM) software. Founded in 2012 and using patented algorithms developed through 15 years of research at MIT, we now have a global team of 100+ employees with operations on five continents. © 2024 Akselos SA. All Rights Reserved
Latka tracks 5 simulation & CAE software companies with $10M–$100M in annual revenue. Together they generate $178M in annual revenue and employ 1K people.
PhysicsX is the largest, with $62.7M in annual revenue, founded in 2019.
The average simulation & CAE software company in this list makes $35.6M a year, across 5 companies with reported revenue.
Ranked by annual revenue, the leaders are PhysicsX, PVcase, Arena AI, The AnyLogic Company and Akselos.
The 5 simulation & CAE software companies with $10M–$100M in annual revenue tracked here have raised $609.7K in disclosed funding between them.
- 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.