Also known as: TipTop, TipTop AI
Physics-based foundation models for CAD optimization.
Company is active
Event Year: 2025
Company is active
Event Year: 2025
Topological is at the forefront of CAD optimization, developing advanced physics-based foundation models designed to revolutionize hardware development. Our mission is to empower hardware teams with the agility and speed typically associated with software development cycles. By leveraging cutting-edge AI, our technology accelerates the engineering workflow, enabling the rapid design and optimization of solutions that meet complex physical constraints with unparalleled speed and efficiency.
Our flagship model, UToP-v1, represents a significant advancement in topology optimization. This state-of-the-art model possesses a deep understanding of physics, geometry, and manufacturability, allowing it to generate highly efficient designs that precisely address a problem's physical requirements. With a compliance error of less than 5% and a speed improvement of 1930x compared to existing methods, we are fundamentally transforming mechanical engineering and computational design through the application of precision spatial AI.
Topological is at the forefront of CAD optimization, developing advanced physics-based foundation models designed to revolutionize hardware development. Our mission is to empower hardware teams with the agility and speed typically associated with software development cycles. By leveraging cutting-edge AI, our technology accelerates the engineering workflow, enabling the rapid design and optimization of solutions that meet complex physical constraints with unparalleled speed and efficiency.
Our flagship model, UToP-v1, represents a significant advancement in topology optimization. This state-of-the-art model possesses a deep understanding of physics, geometry, and manufacturability, allowing it to generate highly efficient designs that precisely address a problem's physical requirements. With a compliance error of less than 5% and a speed improvement of 1930x compared to existing methods, we are fundamentally transforming mechanical engineering and computational design through the application of precision spatial AI.
Total Raised: Unknown (Y Combinator backed)
Last Round: Summer 2025
Total Raised: Unknown (Y Combinator backed)
Last Round: Summer 2025
B2B
B2B
B2B -> Engineering, Product and Design
B2B -> Engineering, Product and Design
Team size: 2
Hiring: No
Team size: 2
Hiring: No