OneOpt is connecting to solvers through MCP Learn more

Works after CFD FEA Any solver

Your project, optimized in under an hour

OneOpt is an AI analysis and optimization engine that works after your numerical simulations. Upload your results, set your goals, and get back an optimized CAD component.

Request a demo See how it works

One Optimization. One upload, one report, one optimized component.

Trusted by

  • Boeing
  • Synopsys
  • Embraer
  • Vestas
  • Ford
  • Porsche

The physical AI engine that starts where your simulation ends

Your solver calculates how a design performs. OneOpt tells you why, finds what is holding it back, and rebuilds the geometry to perform better.

Before High stress
Your design + simulation
After Waiting
Optimized by OneOpt
  1. 01 Analyze all data Queued
  2. 02 Identify problems Queued
  3. 03 Propose solutions Queued
  4. 04 Modify CAD Queued

OneOpt Reading CAD and simulation results Under 1 hour

Optimize for what matters to you

  • Weight
  • Efficiency
  • Velocity
  • Pressure ratio
  • Energy yield
  • Lap time
  • + your goal
Official retailer partner

OneOpt is brought to market by SKA

SKA, the largest engineering software retailer in Latin America, is our official retailer partner. The same team engineering companies already trust for their software now brings them OneOpt.

  • Official channel Buy OneOpt through SKA’s commercial team.
  • A trusted reference A long-standing name for engineering teams in the market.
nodal SKA
Official retailer partner Latin America
How it works

From simulation to optimized component in One Optimization

Run your simulation as usual

Start from your own CAD model and run it through the solver you already use, whether CFD, FEA or any other numerical simulation.

  • Your CAD, your solver, your workflow
  • No change to how your team simulates

Upload it and tell OneOpt your goal

Upload the CAD and the simulation results to OneOpt and set what you want to optimize for: lower weight, higher velocity, better efficiency, or whatever your design needs.

  • 10 minutes setup
  • CAD plus simulation results

OneOpt analyzes and redesigns

OneOpt reads every result and writes a report of the physical phenomena in your simulation. It flags the problems in the design, proposes geometry changes to improve performance, and then modifies the CAD autonomously.

  • Report of the physical phenomena
  • Design problems flagged
  • Geometry changes proposed and applied to the CAD

Receive an optimized component

You get back an optimized component in One Optimization, in under one hour, together with the analysis that explains every change.

  • Optimized CAD
  • Delivered in under 1 hour
What engineering leaders say

Weeks of analysis, in under an hour

I followed the use of OneOpt in engineering project analyses that had previously required approximately two weeks of specialized work to identify improvement and optimization opportunities. It was impressive to observe that the platform performed this same process in less than an hour, delivering structured analyses and recommendations that resulted in a solution superior to the one obtained through traditional methods.

The ability to transform weeks of technical work into actionable insights in a matter of minutes demonstrates the potential of artificial intelligence to significantly increase productivity and the quality of decisions in engineering.

Marcos Arruda Former Mycon CEO and ITA dropout

I got to know the OneOpt proposal and I believe it addresses one of the main pain points of engineering teams: transforming repetitive and time-consuming analytical activities into more agile and efficient processes.

The combination of automation and engineering has great potential to increase productivity, accelerate development cycles, and allow specialists to dedicate more time to higher value-added activities. It is an initiative I follow with interest and see as a relevant contribution to the evolution of engineering.

Henrique Lemos EVP Global Sales and former CEO, Modirum Gespi

Testimonial coming soon.

Jefferson Oliveira Business Manager, SKA
Cases

Real designs, measurably better

From wind turbines to race cars, OneOpt finds performance that conventional optimization leaves on the table.

Wind energy

+6%

Wind turbine

We took an existing turbine design and, in just 48 hours, raised its energy generation by 6%. OneOpt analyzed the aerodynamic simulation of the rotor, pinpointed where performance was being lost, and applied the geometry changes that lifted the output of a design that was already in place.

Simulated inQBlade
Turbomachinery

3:1

Centrifugal compressor

The target was a 3:1 pressure ratio under aggressive operating conditions, a result conventional optimization techniques could not reach. OneOpt analyzed the flow through the compressor, flagged the regions limiting performance, and reshaped the geometry until the target ratio was achieved.

Simulated inAnsys
Wind energy

0.26 → 0.32 Cp

Small wind turbine

OneOpt raised the power coefficient from 0.26 to 0.32, making it the best small wind turbine ever developed. Starting from the simulation of the original design, it identified the losses across the rotor and proposed the geometry changes that extract more energy from the same wind.

Simulated inAnsys
Ventilation

+15%

Ventilation system

A 15% increase in system efficiency. OneOpt analyzed the airflow simulation of the ventilation system, located the losses and flow problems in the design, and modified the geometry so the system moves the same air with less energy.

Simulated inSolidWorks
Motorsport

Lap time

Motorsport car setup

OneOpt analyzed a motorsport car to find the best setup for lap time. Instead of testing setup combinations one by one, the team got a clear picture of how each change affects the car on track, and a recommended setup to go faster.

Simulated inChassisSim
Results

Engineering teams that deliver more, with less rework

Up to 25% Reduction in operating expenses
Up to 30% More delivery capacity, without new hires
Up to 40% Fewer design errors, avoiding rework
One design cycle

Same CAD, same solver. OneOpt removes the weeks spent reading results and reworking geometry by hand.

  • With OneOpt
  • Traditional process
CAD design
2 wk 2 wk
Simulation
1.5 wk 1.5 wk
Results analysis
< 1 h ~2 wk
Design changes
Automatic ~2 wk
Validation & rework
1 wk 2 wk

Illustrative timeline for one component. Analysis time reflects a OneOpt project that previously took about two weeks of specialized work.

Integrations · Coming soon

Native integration with your solvers

OneOpt is starting to connect directly to solvers through MCP, the Model Context Protocol. Next, OneOpt will integrate natively with all major solvers, so results flow in without manual uploads.

  • MCP connection Now being connected with the first solvers.
  • All solvers Native integration with every major CFD and FEA solver.
  • Closed loop From simulation to optimized CAD with no manual steps.
Join early access
Solver integrationsComing soon
  • CFD solvers
  • FEA solvers
  • Multiphysics
  • CAD tools
OneOpt
Security

Your designs stay yours

Engineering data is among the most valuable information a company owns. OneOpt is built to protect it.

  • No LLM training on your data
  • 2FA on corporate email
  • 100+ cloud security certifications
01Absolute privacy in artificial intelligence

Your data is not used to train language models (LLMs).

02Guaranteed confidentiality

Images, reports, and your company's data belong exclusively to you.

03Strong access control

We use two-factor authentication (2FA) linked to your corporate email.

04Secure, exclusive storage

Your data is stored solely and exclusively for use in your own account, with no unnecessary retention.

05Certified cloud infrastructure

All storage and processing take place on world-class cloud infrastructure, backed by more than 100 international security certifications.

06Specialized legal support

We operate with the ongoing legal backing of our investor companies, ensuring strict compliance with best practices and current legislation.

FAQ

Frequently asked questions

What do I need to give OneOpt?

You provide images of the results of a simulation you ran (CFD, FEA or another numerical method), and your optimization goals, such as reducing weight or increasing velocity. You can optionally provide your CAD model as well.

How long does an optimization take?

You receive the optimized component in One Optimization, in under one hour.

Does OneOpt replace my solver?

No. OneOpt works after your numerical simulation. You keep running your solver as usual; OneOpt analyzes the results, explains the physics, and optimizes the geometry.

What do I get back?

A report of the physical phenomena in your simulation, the problems flagged in the design, the suggested geometry changes, and the optimized CAD with those changes applied.

Is my data used to train AI models?

No. Your data is never used to train language models, and your images, reports and data belong exclusively to you.

Which solvers and file formats are supported?

OneOpt works with results from numerical simulations such as CFD and FEA. Native solver integrations through MCP are coming soon.

See your next design optimized in under an hour

Bring a component and its simulation. We will show you what OneOpt finds.