NVIDIA CloudXR
Streaming for XR and spatial computing.
Overview
Flexible Spatial Streaming Across OpenXR and Web Ecosystems
Built on the OpenXR foundation, NVIDIA CloudXR™ delivers high-fidelity streaming across a standardized ecosystem. This support extends to native applications and can be delivered using the web, enabling high-performance extended reality (XR) delivery directly to XR device browsers. By intelligently adjusting to network conditions, CloudXR provides the frame rates and visual fidelity required for the next generation of tetherless AR and VR.
Benefits
Explore the Benefits of NVIDIA CloudXR
CloudXR enables a developer toolchain for spatial streaming, supporting a varying and open ecosystem of different devices, applications, and operating systems.
OpenXR Foundation
Built on the OpenXR industry standard, CloudXR allows you to build a single server-side application that can stream to a wide variety of OpenXR devices without needing to rewrite code for each platform.
Dual-OS Support
CloudXR provides deployment versatility, supporting server applications on Windows and Linux. It integrates smoothly with on-premises servers, cloud VMs, and modern Linux containers, ensuring compatibility with existing IT infrastructure.
Apple Device Support
CloudXR is integrated with Apple’s FoveatedStreaming framework to enable high-performance, dynamically foveated streaming to Apple Vision Pro. And with a unified Xcode template, developers can now build once and deploy CloudXR streaming apps across iOS, iPadOS, and visionOS.
Native Web Streaming Support
The CloudXR.js web client enables applications to stream directly to an XR device's web browser. This eliminates the need for users to install or sideload any additional client software onto the device.
Use Cases
How CloudXR Is Being Used
Unlock next-generation industrial use cases by leveraging CloudXR's ability to stream high-fidelity XR applications remotely.
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Digital Twins
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Robotic Teleoperation
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Design Review
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Unreal Engine Development
Digital Twins and Factory Planning
CloudXR 6.0 transforms industrial workflows into a collaborative spatial experience, allowing stakeholders to validate production layouts and massive digital twins within a real-world context before physical implementation. By leveraging the NVIDIA Omniverse™ Spatial Streaming reference workflow, developers can stream physically accurate OpenUSD-based twins with photorealistic RTX rendering directly to the headset. Planners can walk through full-scale virtual factory floors to evaluate ergonomic zones and material flow using native gestures, while the server handles computationally intensive physics simulations.
Foxconn
Robotic Teleoperation
With NVIDIA Isaac™ TeleOp, robotics developers can collect high-quality demonstrations in the real world and simulation to train, test, and evaluate robot policies in NVIDIA Isaac Sim™ and Isaac Lab.
Design Review
CloudXR 6.0 redefines the design review workflow by enabling teams to stream photorealistic, full-scale digital prototypes directly to untethered XR devices. Leveraging NVIDIA RTX PRO™ GPUs, designers can visualize complex textures and ray-traced reflections with the fidelity and accuracy required for mission-critical visualization, where every detail matters.
Rivian
Unreal Engine Development
CloudXR 6.0 enhances Unreal Engine development. It allows developers to build streaming applications that can exchange custom data between the streamed server and the CloudXR client. This functionality utilizes standard Unreal tools, such as Blueprint.
Katana
Starting Options
Ways to Get Started Building With CloudXR
Start integrating XR streaming into your workflows. Documentation and resources are available to help you get started.
Resources
The Latest from CloudXR
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Blogs
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Sessions
