Platform
Empower your team to create their best designs with faster insights and results, with the most accessible simulation platform.
More accessible
Luminary can be used by anyone, anywhere, at any time. The platform is easy to use and manage.
Faster insights
Run fast simulations at any scale, collaborate around the world with project sharing, and start analyzing results instantly.
Better designs
Optimize designs by leveraging accurate simulation results, data & AI, and extend Luminary to other engineering design tools.
Simulation simplified. All you need is an internet connection. Our easy-to-use interface will guide you through the rest.
You'll never have to download and install software, provision hardware resources, or manage licenses.
Luminary is updated weekly and equipped with an expert support team available when needed.
100x
Faster than legacy on-premises software
100+
Scales to leverage 100+ GPUs at once
Run simulations in minutes or hours, not days or weeks. We provide a massively scalable multi-GPU solver to free you from hardware constraints and provide rapid insights. No meshing expertise required. With Luminary's ease of use and automated tools, make decisions using data you can trust.
Scalable
Stop worrying about cores, memory, and other IT headaches. The optimal compute resources are automatically provisioned to complete your simulation efficiently.
Simulation Ensembles
Simulate without constraints, whether it's a single, large simulation or numerous parallel simulations. Create explorations to analyze relationships between input and output values and iterate in minutes, not weeks.
Run millions of cells for RANS/DES/LES turbulence models with ease.
Empower your whole team to explore and analyze together. Support geographically distributed teams to work more efficiently. All without downloading or sending files.
Securely store, access and analyze your data. Raw simulation data is ready for post-processing in seconds within Luminary, allowing engineering designs to be optimized effortlessly.
Leverage data & AI
Our automated Design of Experiments adapts and creates versions for you. Fire off a design sweep with the click of a button. Rapidly generate thousands of data points in hours.
Python API/SDK
Drive the entire end-to-end workflow to seamlessly integrate into the engineering and design process.
Aerospace & Defense
Automotive
Industrial Equipment
Sports
Within the competitive Aerospace landscape, organizations consistently face market and regulatory pressures to innovate aircraft design and development. Luminary’s cloud-native platform helps to accurately analyze aircraft performance orders of magnitude faster than legacy solutions. Allowing for the best designs to be reached at a fraction of the time and cost.
Product Capabilities
High-fidelity CFD solver with cloud-based elastic compute to achieve unparalleled scalability
A secured platform to run ITAR workloads and simulations
Run design-of-experiments (DOE), sensitivity analysis, and design optimizations to fully explore the design space
Product Benefits
Gain Deeper Insights
Meeting next generation efficiency targets while maintaining reliability standards requires a deeper understanding of the physics affecting flight performance and stability. With Luminary, engineers can obtain high-fidelity transient simulation results in minutes to gain insights into complex flow behavior such as buffeting, and use those insights to optimize the design.
Improve Time to Market
Delays in getting new vehicles into service is a critical challenge facing Aerospace companies, with significant implications to costs and revenue. Luminary’s Realtime EngineeringTM approach enables aerospace organizations to shrink critical aspects of the design process reducing overall program time and gaining critical advantage in the market.
Rapidly Generate Design Data
The future of aviation is digital and autonomous, with increasing demand for data to power advanced control systems. Engineers are leveraging Luminary to generate aerodynamic databases with thousands of data points in hours rather than months, capturing the entire flight envelope to support autonomy and maximize flight readiness.
Platform
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