#United States #San Mateo #NVIDIA #Luminary Cloud #nTop

Revolutionizing Design Engineering

In a significant breakthrough for the engineering sector, Luminary Cloud and nTop have combined their efforts with NVIDIA technology to transform physics-based AI design optimization. Previously, this procedure spanned weeks or even months, but their recent integration allows engineers to complete similar processes in just a few hours. This remarkable reduction in design time has far-reaching implications for industries reliant on meticulous design and simulation.

A New Era of Design Optimization

The collaboration introduces a pioneering automated pipeline that utilizes AI-driven engineering design optimization. For years, engineering teams relied heavily on computational simulations to refine their designs before creating physical prototypes. However, true product optimization demands exploring thousands of design variations. Until now, this task was deemed too time-consuming to execute efficiently.

The newly integrated solution brings together three essential technologies. First, nTop’s parametric geometry engine generates intricate design variations in mere seconds. Then, Luminary Cloud harnesses a GPU-native platform to perform numerous high-fidelity simulations simultaneously. Lastly, NVIDIA PhysicsNeMo, an AI physics framework, leverages the amassed data to produce predictive models. This triad of technology creates a seamless workflow that significantly compresses timelines, turning what was once a lengthy process into a task that can be achieved in a single day.

Juan J. Alonso, CTO and co-founder of Luminary Cloud, emphasized the importance of data management in this flow: “The use of cloud-native platforms and modern APIs from nTop and Luminary enables the generation of ensembles of simulations and vast amounts of data that are easy to curate, store, and consume for physics AI model training in less than a day.”

Transformative Potential Across Sectors

Tim Costa, senior director CAE EDA and Quantum at NVIDIA, echoed this sentiment, noting that this integration will revolutionize product development and set new industry benchmarks. Engineers can now define design parameters, automatically generate hundreds of simulations, and leverage AI to identify optimal configurations—all without the need for manual file transfers or specialized knowledge.

The scope of this technology spans across various industries, especially in aerospace, automotive, and consumer products. Initial demonstrations of the joint efforts between nTop and Luminary focused on optimizing lift and drag characteristics for flying wing designs, showcasing the practical application of their technologies.

Continuous Innovation in Real-Time Design

This partnership marks a pivotal evolution in how physics AI is applied to design optimization, democratizing access for engineering teams of all sizes. Brad Rothenberg, CEO and founder of nTop, elaborated on the benefits of their collaboration: “Physics simulation has long been a critical bottleneck in real-time design optimization. The integration between Luminary and nTop, powered by NVIDIA hardware, brings us significantly closer to solving this challenge.”

This development enables a continuous loop of geometry and physics calculations, facilitating easier training of physics-based AI models for rapid performance predictions—a significant leap towards real-time design optimization.

Unlocking the Benefits of Automated AI Pipelines

The benefits of this fully automated Physics AI pipeline are extensive:

• - Simple Setup: The APIs from nTop, Luminary, and NVIDIA enable smooth connections between geometry iterations, simulation engineering, and Physics AI model training—all within a single workflow.
• - Expanded Design Exploration: Utilizing NVIDIA’s CUDA software empowers the rapid iteration of geometry and simulation, essential for broadening the design space.
• - Fast Performance Optimization: Employing NVIDIA PhysicsNeMo AI along with NVIDIA Omniverse technologies allows users to visualize and interact with digitally based models to discover optimal solutions within minutes or hours.

For those interested in witnessing this automated Physics AI pipeline firsthand and discovering how it operates, visits to the nTop and Luminary Cloud booths at NVIDIA GTC will showcase these innovations. Interested parties can also experience Luminary Cloud by registering for a complimentary trial at luminarycloud.com.

Conclusion

In summary, the partnership between Luminary Cloud and nTop, strengthened by NVIDIA’s cutting-edge technology, sets a new standard in engineering design optimization. By slashing the time from months to mere hours, they are paving the way for rapid innovation across various sectors, ensuring that companies can keep pace with the ever-evolving technological landscape.