Send us a case

Early access · Dubai

Break it here first.

Simulation for engineering on current-generation GPUs: an AI model trained on our solver runs, every answer checked against physics.

Send us a caseHow it works

Starting the live solver on your GPU
Drag
Lift
A still from the live 3D Navier-Stokes solver.

Free account

Run your own part.

Your file is solved on your GPU, in this tab, and never uploaded. Sign up once and the tunnel stays open.

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How it works

Run. Read. Check.

  1. Concorde in the wind tunnel at 18 degrees, the smoke lines rolling into two vortices behind the wing.
    Body
    Concorde
    Angle
    18°
    Grid
    Cut automatically
    Run

    Upload CAD. Setup is automatic.

  2. The Apollo command module in the wind tunnel, seen from the front quarter, its heat shield shaded blue where the air stops against it.

    Air stops on the heat shield, so pressure peaks there.

    Read

    Findings in plain words, beside the plots.

  3. A sphere in the wind tunnel, the smoke lines bending round it and closing behind.
    Drag
    Lift
    On record, with the files.
    Check

    Open files and an open method, with every run on record.

Under the hood

AI makes it fast. Physics keeps it honest.

  1. GPU solverFlow, heat and stress, from the equations
  2. AI modelTrained on our own solver runs
  3. Physics checkEvery prediction is checked

Solvers like ours are limited by memory speed, so we run on GPUs built around it.

Accelerators
Current-generation GPUs
Memory
High-bandwidth
Reviewed
October 2026
Who builds it

Engineer-built.

By an engineer who has run CFD on control valves, and waited for it.

Then hardware, designed with our own solvers.

Same Kv. Different FL.

Computed. Textbook model, not CFD.

At 6.0 bar drop B passes 23% less than A. Same Kv. B is choked, A is not.

Computed result at the selected pressure drop, textbook model, not CFD
ValveFLFlow, m³/hChokes at ΔP, barAt 6.0 bar drop
A0.90245.18.08Not choked
B0.60189.63.59Choked
Textbook liquid model, IEC 60534-2-1. Not CFD. Illustration only, not for sizing a valve.
Early access

Dyne-1. AI for CFD.

Named for the unit of force.

A transformer built for 3D geometry. It reads the part as drawn and returns the whole flow field.

Reads
Your part, as an STL
Returns
Pressure, shear and velocity, with drag and lift
Status
In development, on our own solver runs

Three ways in.

By invitation while in early access. Pricing on request.

  1. Explore

    Ask Dyne-1 about every idea.

    • Dyne-1 predictions on your STL
    • Pressure, shear and velocity fields
    • Drag, lift and findings in plain words

    Billed byPredictions

    Ask for access

  2. Verify

    Re-solve the ones that matter.

    • Everything in Explore
    • Re-solved on our GPU solver, from the equations
    • Flow, heat and stress

    Billed byGPU hours

    Ask for access

  3. Private

    Limited capacity

    Dyne-1, trained on your designs.

    • Everything in Verify
    • A model trained further on your own designs
    • Dedicated GPUs. Your data trains only your model.

    Billed byDedicated GPUs

    Ask for access
Start

Send us a case.

A case you have already solved. We predict it blind and show the error.

A person replies. Files come after we talk.