Build 3D generative AI applications and tools that bring interoperability and advanced RTX graphics to digital twins.
Overview
Digitalization, through the creation of digital twins, will let enterprises design and simulate their physical processes before constructing a physical replica. This process accelerates the design and review process, and increases efficiency while reducing costs. When 3D simulations are connected to the physical world using Universal Scene Description (OpenUSD), companies can continuously operate and optimize their digital and physical twins through real-time, AI-enabled monitoring.
Hear from a panel of distinguished luminaries on their industrial digitalization projects that infuse generative AI, new data platforms, 3D interoperability, and advanced visualization throughout their organizations.
Explore the five steps you need to take to get started with digital twins and get insight into what we’ve learned about successful digital twin initiatives.
Solutions
Empower industry-leading software tools to achieve interactive digital twins of any physical system.
Bring 3D interoperability and advanced graphics to digital twin use cases.
Speed design workflows, complex simulations, and scientific breakthroughs with scalable compute.
Develop and train autonomous machines to improve operations and safety and reduce costs.
Accelerate autonomous vehicle development with physically based virtual proving grounds.
Pegatron
Streamline communication between teams, ensuring timely dissemination of actionable data.
Katana
Aid retailers and consumers by providing hyper-personalized and lifelike buying experiences.
Enable physical robots to learn complex skills through trial and error using reinforcement learning.
Use synthetic data together with real-world data to train AI models for computer vision pipelines.
Amazon Robotics
Bring efficiency to repetitive tasks and increase productivity before operation ever begins.
Create safer and more efficient transportation while providing customized in-cabin experiences.
Quickly transform data from trillions of AI and IoT devices into real-time, actionable insights.
Build accelerated, software-defined network infrastructure to fine-tune 5G and 6G networks.
Delta Electronics, a global leader in power and thermal management technologies, is redefining production lines and industrial inspection with digital twins and synthetic data.
Katana Studio has built user-friendly tools to enable non-technical marketing and design teams to create photoreal product renders from CAD data, instantly and efficiently.
BMW Group is at the forefront of leveraging virtual factories to optimize layouts, robotics, and logistics systems in manufacturing—years before production even begins.
Learn about workflows, asset considerations, and USD composition concepts that you can apply directly to your own development process.
Learn how to build 3D applications and tools that deliver the functionality needed to support industrial use cases and workflows for aggregating and reviewing large facilities such as factories, warehouses, and more.
Learn how you can use OpenUSD for non-destructive workflows, how layers can help with ease and speed of scene composition, and how to use OpenUSD for data separation and reuse to accelerate 3D workflows in industrial use cases.
Build 3D tools and digital twin applications that bring interoperability and efficiency to industrial processes with NVIDIA Omniverse.
Talk to an NVIDIA product specialist about the combination of design, simulation, AI, and accelerated computing opportunities.
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Next Steps
Get the design and simulation SDKs, training, and technical resources you need to develop 3D applications faster.
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Reduce costs, mitigate risk, and capitalize on the combination of design, simulation, AI, and accelerated computing opportunities.
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