AI-native design and simulation

Proven designs,at the speed of AI.

Go from a brainstorm or a product spec to the final design, and iterate. The copilot sets up the design workflows for you.

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Platform Capabilities

Fluid flow
Heat transfer
Structural mechanics
Electromagnetics
Design studies
Digital twins
AI models
Meshing
Run provenance
Fluid flow
Heat transfer
Structural mechanics
Electromagnetics
Design studies
Digital twins
AI models
Meshing
Run provenance

The product workbench

From a sketch to a proven design, in four steps.

Start from your CAD, or from a sentence.

Drop in a CAD file, or ask the copilot for a parametric shape. The platform meshes it and checks the mesh before any solve.

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Chain the analyses your design needs.

The geometry seeds the workflow. Pick the analysis for each step, and each step hands its results to the next.

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Results you can stand behind.

The chain runs on cloud compute. Each result passes an acceptance gate before it is shown as a number you can quote.

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Turbofan, cut away · Gas temperature

lowhigh

See the whole design space.

Name the variables and their bounds. A study runs the designs, records every one and shows the trade-offs.

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‹Workflow ?✓Study ✓Prov ?Twin Report

Study12 designsNew study

Choose the inputs to vary. The study runs every design and keeps each one.

Turbine temperature12 runs

Blade count 18–26 and stagger 28–40°: 12 designs spread over the space.

finishedhovered run

Sensitivityon peak temperature

stagger

blade count

Twin12 runs sampled● in range

Ask for any design in the sampled space. The twin answers from the runs around it.

Probe

on run 07between runs

blade count2422 stagger36°33°

nearest run 07

Ask the twin

from the runs around it

Sampled space · blade count × stagger

Run 02 blade count 20 · stagger 31°

Run 07 blade count 24 · stagger 36°

Twin blade count 22 · stagger 33°

Turbine temperature

Gas temperaturelowhigh

01Set up geometry

Start from your CAD, or from a sentence.

Drop in a CAD file, or ask the copilot for a parametric shape. The platform meshes it and checks the mesh before any solve.
02Build the workflow

Chain the analyses your design needs.

The geometry seeds the workflow. Pick the analysis for each step, and each step hands its results to the next.
Workflow▶ Run
1. ▣ Configurationthe project's geometry
2. ◇ Fan airflowflow runningconverged
3. ◇ Turbine temperaturethermal runningconverged
4. ◇ Blade stressstructural runningconverged
03Run the simulations

Results you can stand behind.

The chain runs on cloud compute. Each result passes an acceptance gate before it is shown as a number you can quote.
run 02 · turbine temperature Gas temperaturelowhigh
- Fan airflowconverged · gate passed
- Turbine temperature running · iteration 180 of 400converged · gate passed
- Blade stressqueued
- Open the fields Design →
04Explore the designs

See the whole design space.

Name the variables and their bounds. A study runs the designs, records every one and shows the trade-offs.

StudyTwin12 runs12 runs sampled

Turbine temperature

Blade count 18–26 and stagger 28–40°: 12 designs spread over the space.

a finished runthe best so far

Sensitivityon peak temperature

stagger

blade count

Open the twin →

Run 07 · blade count 24 · stagger 36°Twin · blade count 22 · stagger 33° Gas temperaturelowhigh

on run 07between runs

blade count2422

stagger36°33°
Ask the twin
answered from the runs around it

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Free compute and AI credit for your first runs.

across industries

What gets solved here, industry by industry.

Close the trade-offs before the design freezes.

A late change costs months. Explore the design space in the concept phase and take the best option to the gate review, with a run behind each number.

What gets solved

Airflow and drag
Brake and battery cooling
Bracket and mount stress
Concept trade-off studies

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Push more power through less hardware.

Every generation of converters and drives carries more power in less volume, and temperature sets the limit. Find the design that stays inside its limits with the least material.

What gets solved

Converter and drive cooling
Busbar and winding fields
Enclosure temperature margins
Heat sink studies

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Evidence that holds up in review.

A design change needs proof before anyone approves it. Each result keeps its inputs, its checks and its convergence record, so a reviewer can trace each number to its run.

What gets solved

Pressure drop in valves and manifolds
Heat exchanger duty
Vessel and pipe stress
Traceable design changes

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Prove every variant before it ships.

Few teams have the analysts to examine every variant. Give the copilot the duty and the loads, and approve each variant with the results in front of you.

What gets solved

Fan and pump airflow
Motor and drive cooling
Frame and housing stress
One study per variant

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Bring us your next design.

Tell us what you're working on, and we'll help you get started.

Have a problem to put through the loop?

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