NVIDIA's shared VR environment technology is coming to Apple Vision Pro

AppleInsider

A combination of technologies from NVIDIA involving Omniverse Cloud APIs will soon let enterprise developers interact with fully rendered 3D digital twins streamed to Apple Vision Pro.

NVIDIA cloud streaming brings complex digital twins to Apple Vision Pro

You may know NVIDIA for its graphics cards or game streaming service, but the company also develops applications for enterprise use. A new software framework built with Omniverse Cloud APIs lets developers send OpenUSD scenes from their applications to the NVIDIA Graphics Delivery Network, which can stream the content to Apple Vision Pro.

That was a lot of technical jargon and industry terms that can be summed up like this -- enterprise NVIDIA developers will be able to upload their work to the cloud and stream it to Apple Vision Pro without running it on the local M2 processor. It also enables hybrid rendering that combines local and remote rendering using technologies from Apple and NVIDIA in the same software.

The new framework was announced during NVIDIA GTC. If you're still wondering what all of this means, CGI studio Katana showed off a demo of an Apple Vision Pro wearer using a car configurator powered by the NVIDIA cloud.

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The vehicle in the video is called a digital twin. A digital twin is an object like a vehicle built using real-world stats and metrics to represent it in a simulation.

Creating a digital twin isn't as simple as rendering something like a vehicle in a video game. It requires powerful, dedicated graphics processors to handle all of the data on high-resolution displays.

"The breakthrough ultra-high-resolution displays of Apple Vision Pro, combined with photorealistic rendering of OpenUSD content streamed from NVIDIA accelerated computing, unlocks an incredible opportunity for the advancement of immersive experiences," said Mike Rockwell, vice president of the Vision Products Group at Apple. "Spatial computing will redefine how designers and developers build captivating digital content, driving a new era of creativity and engagement."

Moving a 3D concept from a 2D monitor into a spatial computing environment can open up new possibilities for interacting with data. While Apple Vision Pro can't run these models independently, NVIDIA RTX Enterprise Cloud Rendering allows digital twins to be brought to spatial environments.



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byronl

Will apple have to ramp up its cloud computing efforts to create something similar? It’s quite likely more and more things will be processed on the cloud instead of on device

dewme

Very interesting. I’m familiar with the digital twin concept as it’s used by GE’s Digital Twin Framework (GENIX) and others that are based on live and historical data collected from real, physical instances of the thing that’s being twinned, which in GE’s case may be an actual in-service jet engine, gas turbine, locomotive, etc. It’s about transforming physical models and their dynamics into digital models in a way that result in a digital model that behaves identically, within a certain scope, aspect, or range to the same stimulus as does the physical model. This digital twin concept has been around for more than 20 years.  

The car configurator shown in the attached video doesn’t strike me at all as being a digital twin. It is very similar to the static configurators already used by virtually all car makers. Only the 3D rendering of the as-configured car is modeled. I’m not harping on wordplay here, I’m just saying that if they want to show an example that more accurately describes the potential of digital twins, what they’re showing far undervalues the much greater promise and potential that the digital twin concepts and implementations actually deliver. 

Again, this goes far beyond VR and in practice is closer to AR but with the added potential to perform predictive analysis, failure avoidance, as well as observe and analyze the operation and behavior of systems in real time that are otherwise not observable. When you use realtime data from a live physical instance of something to drive an instance of a digital twin of the same thing it’s no longer purely VR. At the same time it’s not purely AR either. It starts to look more like you’re at the intersection of VR and AR, which I believe is exactly where Apple wants to be with Vision Pro for certain applications beyond games and entertainment. 

9secondkox2

“The vehicle in the video is called a digital twin. A digital twin is an object like a vehicle built using real-world stats and metrics to represent it in a simulation.

Creating a digital twin isn't as simple as rendering something like a vehicle in a video game. It requires powerful, dedicated graphics processors to handle all of the data on high-resolution displays.”

So… how is that different than a video game say like Gran Turism and Forza - also using real world stats and metrics to represent each car? 

It’s like it’s trying to sound more than it really is. 

In reality it seems to be just another way to stream content from a render/server farm  and that’s pretty much what it is  another way for Nvidia to create business for itself.

You don’t need apples cameras for the car since it’s created and rendered elsewhere. You don’t need the Vision Pro processing power since it doesn’t even touch the m2. This sounds like it would do just fine on that old Google cardboard thing. 

In the end, this isn’t about the Vision Pro or its tech at all. This is entirely an Nvidia commercial. And Nvidia’s nice words about leveraging all this amazing tech in Vision Pro is just butt-kissing to apple so they’ll use the platform. 

Meh. 

Still waiting for some Apple Vision Pro - specific thing to come around and showcase why it’s the next best thing  

danox

In short Nvidia in the cloud Google, Microsoft and Meta need it.......

coolfactor

Race car drivers operating a digital twin while a real car speeds down the race track.

Flight simulators that are actually controlling a real jet.

Doctors performing surgery from another continent.

We've only seen the beginning.