Key insights

• ⚛️ Spatial Computing extends AR and VR, enabling familiar interactions in a 3D world
• 🌐 Nvidia supports XR through offerings like Omniverse for interoperability and scalability
• 🖥️ Full Fidelity ray tracing for accurate 3D rendering, interoperability with open USD, and scalable cloud-based GPU support
• 🌩️ Cloud XR for seamless data streaming, GDN for global cloud gaming infrastructure, Collaboration with partners for high-quality 3D assets
• 🌌 Democratization of 3D content creation through AR, VR, and AI, Enhancing the metaverse with rich content
• 🏙️ Nvidia's development of tools and platforms like Tokyo enabling diverse applications, from fast service locations to gaming
• 👟 Spatial visualization and collaboration are enabled through technology, Applications extend to industrial and consumer use, such as personalizing sneakers with AI and AR
• 🤝 Partnerships for spatial computing and XR technologies, Spatial generative capabilities and AI applications in learning and training

Q&A

• How is AI and AR used for redecorating spaces?

  AI and AR are used to help redecorate spaces by scanning the room, removing existing furniture, suggesting new furniture, and allowing AR visualization. Nvidia is open to partnerships for spatial computing and XR technologies to deliver high-precision content and asset creation tools, including spatial generative capabilities and AI applications in learning and training.

• What are the applications of digital twins and augmented reality (AR)?

  Digital twins and AR have led to over 50% productivity savings in construction projects. The technology enables spatial visualization, collaboration, and training across various industrial and consumer applications, such as personalizing products like sneakers using AI and AR.

• How is Nvidia driving the development of advanced applications and AI-powered assistants?

  Nvidia, through the combination of spatial computing, language processing, and immersive tech, is driving the development of advanced applications and AI-powered assistants like Jarvis. Tools and platforms like Tokyo are being created to harness these capabilities for diverse applications, from fast service locations to gaming.

• What impact does spatial computing and AI have on digital content creation?

  Spatial computing and AI are transforming the design, creation, and consumption of digital content, democratizing 3D content creation and potentially creating fully immersive experiences. The goal is to enhance the metaverse with rich content and even create embodied AI assistants like Jarvis from Iron Man.

• How does Nvidia support extended reality (XR)?

  Nvidia supports XR with offerings like Omniverse, which provides full Fidelity ray tracing for accurate 3D rendering, interoperability with open USD, and scalable cloud-based GPU support. It also offers Cloud XR and GDN for seamless data streaming and global cloud gaming infrastructure, along with collaborating with partners to deliver high-quality 3D assets for immersive experiences.

• What is spatial computing?

  Spatial computing is the integration of physical and digital technologies, extending the capabilities of augmented reality (AR) and virtual reality (VR) to enable familiar interactions in a 3D world.

• 00:06 David Shu, VP of XR and Spatial Computing at Nvidia, discusses the intersection of physical and digital technologies. Spatial Computing extends AR and VR, allowing familiar interactions in a 3D world. Nvidia supports XR with offerings like Omniverse for interoperability and scalability.
• 06:41 Nvidia's Omniverse provides full Fidelity ray tracing for accurate 3D rendering, interoperability with open USD, and scalable cloud-based GPU support. Cloud XR and GDN offer seamless data streaming and global cloud gaming infrastructure for remote rendering. The company collaborates with partners to deliver high-quality 3D assets for immersive experiences.
• 13:10 Spatial computing and AI are transforming the design, creation, and consumption of digital content. The interplay of AR, VR, and AI is democratizing 3D content creation and has the potential to create fully immersive experiences. The goal is to enhance the metaverse with rich content and potentially create an embodied AI assistant like Jarvis from Iron Man.
• 20:18 The combination of spatial computing, language processing, and immersive tech is driving the development of advanced applications and AI-powered assistants like Jarvis, which enables intuitive interaction in various scenarios. Nvidia is at the forefront of creating tools and platforms, such as Tokyo, to harness these capabilities for diverse applications, from fast service locations to gaming.
• 27:02 The use of digital twins and augmented reality (AR) in construction projects led to over 50% productivity savings. The technology enables spatial visualization, collaboration, and training across various applications, such as industrial and consumer use, like personalizing sneakers with AI and AR.
• 33:56 AI and AR are being used to help redecorate spaces by scanning the room, removing existing furniture, suggesting new furniture, and allowing AR visualization. Nvidia is open to partnerships for spatial computing and XR technologies, aiming to deliver high-precision content and assets creation tools. The future looks promising with spatial generative capabilities and extensive AI applications in learning and training.