The Discovery Platform
Strip away the complexity.
Discover more.
The Discovery Platform makes working with simulators as easy as filling out a simple form. Its Neural Network engine provides the acceleration you need to explore the entire design space.
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Easily manage complex collaborative projects across large teams and millions of simulations. Run simulations in the cloud or on any of your own resources with the click of a button.
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Create high-accuracy Neural Network emulators with minimal simulation data using the platform’s intelligent data sampling system. Predict new behaviour in a fraction of a second.
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Choose your target for optimisation and allow the platform to automatically select the best algorithm and parameters. Leverage our emulation technology to explore the entire space with orders-of-magnitude acceleration.
Simply describe the problem and let the platform handle finding the solution.
Adding your simulator to the platform is a painless task — you only need to describe how to run your simulation once. Armed with this information, the platform can:
- Optimise designs for a custom objective
- Obtain robust sensitivities and error bars with statistical sampling
- Generate an emulator to explore the entire design space
- Track the results across jobs and resources with live updating, customisable metrics, and visualisations.
One platform. Unlimited possibilities.
The Discovery Platform is already impacting research and industry.
Semiconductors
Ever-increasing design complexity is a growing verification challenge across the semiconductor industry. The Discovery Platform is addressing this challenge by:
- Interfacing with popular SPICE simulators to automate intelligent data collection
- Training neural network emulators that can explore the circuit design space in minutes
- Providing rapid verification, analysis of out-of-spec conditions, and powerful alternatives to traditional datasheets

Fusion Energy
Fusion researchers are pushing simulation technology to its limits. The Discovery Platform is enabling them to design and optimise game-changing systems by:
- Dramatically simplifying running Particle-In-Cell simulations
- Opening up collaborations between designers of different reactor components
- Massively accelerating high-complexity numerical calculations
