Noble Reactor

Apply science-based AI to build new products faster.

Noble Reactor Results UI
Bring new products to market faster using Noble Reactor® — the world's first SaaS platform purpose-built for science.

With Reactor, teams can leverage the best of deep learning and the relevant scientific principles to achieve an unprecedented level of understanding and accuracy.

That means fewer irrelevant and nonphysical results, so you can do more faster — and with less data.

Conduct experiments and acquire accurate new data rapidly across a range of verticals:
Advanced Chemistry
Advanced Materials
Electronic Systems
And more...
If you would like to explore customizing Reactor to support a vertical not yet listed here, please reach out and we'd be happy to assist.
Acquire Data 10-100x Faster than Conventional Methods
Once setup, Reactor can help you acquire new data in almost real-time — compared to conventional methods, including experiments and simulations, which can take weeks.
Supports Virtually Any R&D Problem
Use existing Capabilities from our library, bring your own, or we can help you customize Reactor from scratch for your specific problem.

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Accessible AI
No AI expertise is needed to use Reactor. Period.  You can onboard onto the platform in as little as two weeks.
Accurately simulate device thermal performance
Time required to run a single simulation
30s - 2 m
30sec. - 2 min.
1d - 2w
1 day - 2 weeks
Software license cost
Built for CFD and non-CFD experts
Integrated multi-physics support
Built-in support for engineering and business requirements
Leverages experimental and measured data
Modern, intuitive user interface and agile workflow
Design optimization functionality
Applications in advanced chemistry:
  • Organic Compound Synthesis
  • Sustainable Polymer Development
  • Yield Enhancement
  • Physical Property Prediction
  • Precursor and Deposition Process Optimization
  • Optimized Mixture Homogenization
  • High-Speed 3D Thermal and Multiphase Flow Simulation
Applications in energy:
  • High-Speed Proppant Density Evolution Simulation
  • 3D Transient Thermal and Multiphase Flow Optimization
  • Proppant Cost Optimization
  • Desalination Process Optimization
  • Produced Water Reduction
  • High-Speed Well Completion Fluid Simulation
  • Reservoir Optimization
  • Yield vs. Fluid Mixture Optimization
  • Heat Transfer and Exchange Optimization