Engineeringresearchexpertise,deployed on demand

Give Certonomous a geometry and a design question.An autonomous research team runs the full investigation on real solvers and returns answers with quantified uncertainty.No surrogates, no training data.

Mesh slice around the propeller, with a refined zone around the bladesPropeller geometry: hub and bladesClose-up of the mesh at the hub nose and blade root
01The constraint

The questions that never get asked.

Every design study needs an engineer to prepare the geometry, set up the simulation, watch it run, and check the answer. That work takes weeks, so teams only ask the questions they can afford to staff.

The ones they skip are often where the better design was.

Certonomous is an autonomous engineering research team that does that work end to end, and keeps asking the next question on its own.

Next investigation
CRT-4871 → CRT-4872
Chief researcher
  • The structure finished under a tenth of its yield stress, and was never allowed to change.
  • Eight hundred and ten thickness variables sit unused; the wing carries metal it does not need.
  • The next run releases them and minimizes drag and mass together, on the design this one returned.
ChangeThis runSuccessor
Aerodynamic variables105105
Structural variables0810
ObjectiveDragDrag and structural mass
Stress constraintInactive at 0.0947Expected to become binding
Structural mass2165 kg, fixedFree
Starting designBaselineReturned design of CRT-4871
Chief researcherQueue CRT-4872
02How it works

A fully autonomous investigation.

The full mission
  1. 01You

    Design question

    Bring a CAD file and a design question in plain language.

  2. 02The lab

    The team forms

    An agentic research lab assembles around your case.

  3. 03The lab

    Plan & deliberate

    The team debates strategy (solvers, meshing, boundary conditions) and agrees on an approach.

  4. 04The lab

    Mesh, solve & monitor

    Geometry cleaning, extraction & tessellation. BCs inferred. Model selected. Run closely monitored.

  5. 05The lab

    Verification & results

    Convergence, conservation and validation checks before any number is reported. Quantities of interest arrive with uncertainty.

  6. 06The lab

    Next design study

    Like a real engineering team, the lab uses each finding to determine and autonomously launch the next design study.

03Industries

Mission-critical simulation, across industries.

All industries
/DESIGN QUESTION → DECISION-READY ANSWER/AUTONOMOUS, NOT ASSISTIVE/ADJOINT DESIGN GRADIENTS/PARAMETRIC + EPISTEMIC UQ/AUTO-MESH/CONVERGENCE · CONSERVATION/DESIGN PARTNERS OPEN
/DESIGN QUESTION → DECISION-READY ANSWER/AUTONOMOUS, NOT ASSISTIVE/ADJOINT DESIGN GRADIENTS/PARAMETRIC + EPISTEMIC UQ/AUTO-MESH/CONVERGENCE · CONSERVATION/DESIGN PARTNERS OPEN
/DESIGN QUESTION → DECISION-READY ANSWER/AUTONOMOUS, NOT ASSISTIVE/ADJOINT DESIGN GRADIENTS/PARAMETRIC + EPISTEMIC UQ/AUTO-MESH/CONVERGENCE · CONSERVATION/DESIGN PARTNERS OPEN

Bring us a design question.