NVIDIA and Apple have just made it possible for automotive designers and engineers to review massive 3D models at full scale in photorealistic detail using Apple Vision Pro, without the usual trade-off of degrading image quality. The integration of NVIDIA CloudXR 6.0 with Apple's visionOS enables high-fidelity spatial computing, a technology that blends digital content seamlessly with the physical world. This partnership opens up entirely new workflows for industries ranging from automotive design to healthcare and manufacturing. What Problem Does This Actually Solve for Design Teams? Traditionally, bringing high-fidelity 3D assets to untethered devices like headsets required developers to dramatically simplify or degrade their datasets. This meant designers had to work with lower-quality versions of their models, losing critical details about proportions, surface finishes, colors, and materials. CloudXR for visionOS changes this equation entirely. Professionals can now review designs and digital twins in full fidelity, preserving quality while reducing the extra work that came with simplification. The technology achieves this through dynamic foveated streaming, a capability enabled by CloudXR 6.0 and visionOS 26.4. This system intelligently optimizes rendering resolution based on approximately where the user is looking, ensuring the highest possible visual fidelity at focus points while maximizing performance and bandwidth efficiency. Importantly, approximate gaze data is never exposed to the application, strictly protecting user privacy while delivering the ultralow latency required for comfortable, photorealistic immersion. Which Companies Are Already Using This Technology? The ecosystem of partners adopting this integration is expanding rapidly. Leading software providers and major enterprises have already begun transforming their workflows with CloudXR for visionOS: - Automotive Design: BMW Group, Kia, Rivian, and Volvo Group are using Immersive for Autodesk VRED to visualize massive models with ray tracing at 1:1 scale in Apple Vision Pro, enabling real-time collaboration across global teams without the constraints of traditional high-end setups. - Healthcare and Laboratory Planning: Pharmaceutical company Roche is collaborating with Innoactive to simulate layouts for biofluid analysis labs using Autodesk Revit software, NVIDIA Omniverse libraries, and CloudXR for visionOS before building them in the real world. - Manufacturing and Facility Optimization: Manufacturer Foxconn is using CloudXR for visionOS to visualize factory-floor walkthroughs so designers can explore and optimize facilities before stepping foot inside, while data center platform provider Switch is demoing an Omniverse digital twin of its EVO AI Factories to enable infrastructure optimization within a fully immersive spatial environment. - Simulation and Engineering: MHP, a management and IT consultancy, is using Synopsys Ansys Discovery 3D product simulation software with Omniverse and Innoactive Spatial to simulate real-time aerodynamics airflow. Karim Habib, executive vice president and head of Kia Global Design, explained the practical impact: "Integrating immersive spatial computing into our workflow with NVIDIA CloudXR for visionOS allows us to evaluate our designs at full size with greater clarity and speed on Apple Vision Pro. We can experience proportions, surfaces, colors and materials together in a shared real-world environment and collaborate in real time across our global teams.". How to Get Started With CloudXR for Apple Vision Pro - Developer Access: CloudXR 6.0 is now available to developers as a native streaming framework for Swift, the programming language for Apple platforms including visionOS, iOS, and iPadOS, meaning Swift developers can stream and build high-fidelity consumer and enterprise apps right out of the box within Xcode, Apple's integrated development environment. - Software Integration: Leading software providers including Autodesk, Innoactive, Synopsys, Trifork, X-Plane, and iRacing are already delivering high-fidelity applications natively to Apple Vision Pro, with Immersive for Autodesk VRED coming later in spring 2026. - Hardware Requirements: Users need an Apple Vision Pro headset and access to NVIDIA RTX-accelerated computers, which can range from NVIDIA RTX PRO workstations to GeForce RTX GPUs on PCs or in the cloud, to stream high-resolution content with 4K resolution and real-time response rates. - Enterprise Deployment: Organizations can move beyond single-user pilots toward collaborative, multi-location deployments that require performance, control, and scalability across locations, with visionOS 26.4 and these apps becoming available to users in spring 2026. Mikael Gordh, head of Volvo Group Design at Volvo Group, highlighted how this transforms the design process: "Spatial computing, Apple Vision Pro and CloudXR let us experience everything users see and touch, years sooner. This tech delivers realism never possible before: premium experiences through seamless collaboration. Shaping transport's future, beyond vehicles.". Why Does This Matter Beyond Just Automotive? The implications extend far beyond car design. The three critical requirements for demanding XR and spatial computing workloads are uncompromised high-fidelity visuals at 4K resolution, real-time response rates, and full immersion. CloudXR for visionOS enables all three simultaneously. This means professionals across healthcare, manufacturing, aviation, and other industries can now work with digital twins and complex simulations that previously required expensive, stationary workstations. Thomas Heermann, vice president of automotive design at Autodesk, explained the broader significance: "By combining Autodesk VRED with NVIDIA CloudXR, Apple Vision Pro spatial computing and Innoactive's app expertise, we're enabling immersive, real-time collaboration without the constraints of traditional high-end setups. Automotive design reviews are high-stakes moments where teams need to iterate quickly and make confident decisions. By making the review process more seamless, companies can spend less time on infrastructure and more time on bringing products to life.". The integration represents a fundamental shift in how professionals interact with complex digital assets. Rather than being confined to desktop monitors or requiring expensive VR setups, teams can now put on a headset and collaborate in real time across global locations, experiencing designs at full scale with photorealistic accuracy. This capability is becoming available to users in spring 2026, marking a significant milestone in the adoption of spatial computing for enterprise workflows.
