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Technology

Two technologies, and the loop between them.

One technology creates new designs based on physical requirements, without being limited by shapes a person has already drawn. The other checks them in seconds. Together, they let us compare hundreds of thousands of options and focus our time on the best ones.

The loop

Learn from every result.

Every result adds to what the model has learned. It uses that knowledge to guide the next round toward more promising designs and spend less time on ideas that do not work.

Topology optimizationAI modelingproposes shapes nobody drewjudged in seconds

01 · The search

Search beyond the shape you already know.

Every project used to start from a drawing, and the drawing quietly decided the result. This search leaves the drawing behind: the shape follows the physics, inside every limit you set.

What comes back is a ranked shortlist of designs that can be built. Not one black-box answer.

10%less magnet material2.4%lower rotor massBuiltand measured
Topology optimizationThe templateNobody drew itAttempts
AI modelingScored in secondsSolverOnly the best reach the solver

02 · The evaluation

Simulation is an expense. We make it an asset.

A solver answers one question in hours, so only a few ideas ever get checked. A model trained on your simulations answers in seconds.

The solver keeps the last word on every winner. And because each project adds data, the next one starts ahead.

100×faster comparison10×more designs50%fewer full simulations
Read the AI modeling chapter

What we work on

What this does to a motor.

Six things that are true of every design search we run. Each one lives somewhere in the machine.

Start a project

Turn a promising motor concept into a better design.

Tell us what your motor has to achieve, how large it can be, and under which conditions it must work. We will look at what automated design search and AI can add to it.

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