LOOP

Vortex Engine

The operating system for engineering.

Platform

An Autonomous Engineer Grounded in Accuracy and Precision.

Accelerate engineering cycles and programs at the speed of thought.

Capabilities

  • Geometry held Named solids. Dimensions in SI. The CAD remains the source of the cycle.
  • Physics as the argument Mesh, solve, residual, probes. The field is what is claimed.
  • Design space, constrained Variants on a front. One keep. The rest is a record.
  • Autonomous Engineer The cycle is handed to an agent. You enter at any gate — geometry, mesh, solve, keep.
  • Physics AI Surrogates trained on your own solver runs. Fields in seconds, verified with high-fidelity runs.
  • A record of the cycle Geometry, mesh, field, and the keep. Auditable. The operation leaves a trail.

Demos

Vortex in the field.

  1. 01Thermal

    Conjugate heat transfer on a water-cooled pin-fin heat sink. Fluid and solid meshed, coupled, and solved for base temperature and pressure drop.

  2. 02Automotive

    External-aero mesh of a DrivAer fastback. Wind-tunnel domain, rotating wheels, moving ground, and prism layers on the body.

  3. 03Aerospace

    External aero of a CCA aircraft at cruise. Wall-resolved RANS from geometry through mesh, solve, and field post-processing.

  4. 04Hardware

    Electronics assembly, 562 parts. Inert parts suppressed and heat sources retained for the thermal model.

  5. 05CAD Preprocessing

    Production STEP prepared for CFD. Cosmetic fillets stripped, functional rounds kept, watertight bodies returned.

  6. 06Industrials

    Cold-flow RANS of an E³ combustor sector. Dome pressure loss, passage split, and primary-zone recirculation before a reacting run.

Vortex Engineering CLI

Enhanced reasoning to solve the most challenging engineering problems.

Design and Manufacturing

Autonomous agents across design, analysis, and manufacturing, powered by Vortex geometry and CAE intelligence.

Knowledge Based Engineering

Custom world models with continuous learning embedded in enterprise workflows.

00

Collapse the Engineering Cycle

Vortex accelerates hardware development with intelligence at every stage.

Design

Generative design that converts program requirements into candidate geometry.

Geometry

Geometric intelligence that authors CAD and holds it as the engineering source of truth.

  1. Revolve hub
  2. Sweep main blades
  3. Sweep splitters
  4. Fillet roots
  • Blades7 + 7
  • Exducer Ø148 mm
  • Rake32°
  • Fillet1.2 mm

Mesh

Autonomous meshing with geometric intelligence.

  • Topologyhex-dominant
  • Layersprism on walls
  • Skew p95—
  • Aspect p95—

Solve

High-fidelity simulation and physics AI.

  • u2—
  • Speed—
  • πtt—
  • ηtt—
Continuity L2 · log—

Post

High-fidelity postprocessing that turns the solved field into quantified engineering results.

    Explore

    Autonomous design space exploration that evaluates alternatives under constraint and records the selection.

    7main blades
    • ηtt—
    • πtt—
    • Mass—
    • Variant—

    Fit

    Assembly integration that seats the selected design in the production geometry.

    Integrations

    Connect Vortex to STAR‑CCM+, ANSA, Ansys, and more.

    Vortex operates on the CAD, mesh, and solvers already in the program.

    • STAR-CCM+
    • ANSA
    • Ansys
    • Flow360
    • nTop
    • PhysicsNeMo
    More

    Additional solvers, CAD systems, and in-house codes.

    Deployment

    1. 01 Tenancy On-prem or VPC. The solid remains where it is named.
    2. 02 Solvers STAR-CCM+, ANSA, Ansys, in-house codes. Connected, not replaced.
    3. 03 Record Geometry, mesh, field, keep. SI throughout. Auditable.

    Spinoza

    Accelerate Enterprise Engineering Cycles

    Bring Vortex Engineering to your team

    Contact Sales

    Spinoza Labs