Most VR streaming apps are built for one person, one PC, and one headset on a home network. An organization needs something else entirely: a fleet of headsets across multiple sites, running on data that cannot leave its own infrastructure. The first is a consumer convenience; the second is enterprise infrastructure.
We look at the applications built to stream VR at enterprise scale alongside consumer apps, so it is clear which category a given tool belongs to. Choosing a single-user streaming app for an enterprise deployment is a common and expensive mismatch.
Between June and September 2026, our research team compiled specifications, deployment models, and enterprise evaluations for the leading VR streaming solutions. We assessed each across four factors, chosen for their practical impact on enterprise deployment decisions:
Applying that framework produces two clearly separated tiers. The enterprise tier is ranked in the table below. The consumer tier follows, to show what separates it from enterprise infrastructure and why the two are not interchangeable.
| Rank | Solution | Streaming stack | Deployment | Centralized platform | Device coverage | Intended Use |
|---|---|---|---|---|---|---|
| 1 | Hololight | Enterprise-grade, proprietary, independent stack, RTX-optimized | On-premise, air-gapped, or cloud | Yes (Hololight Hub) | VR and AR headsets, plus desktop, tablet, and browser | Enterprise XR at scale in regulated industries |
| 2 | NVIDIA CloudXR | NVIDIA CloudXR 6 (RTX) | Cloud or on-premise, NVIDIA RTX GPUs only | Streaming transport only | VR and MR headsets | Software teams building a streaming product |
| 3 | Innoactive Portal | NVIDIA CloudXR 6, not proprietary | Cloud-first; on-premise RTX available | Platform and Streaming from different vendors | VR and MR headsets, plus browser, via CloudXR | Cloud-based Omniverse and OpenUSD design review |
Hololight is the only complete, proprietary enterprise XR streaming infrastructure stack on the market, built independently of NVIDIA CloudXR and fully optimized for NVIDIA RTX GPUs. That independence is what lets it meet the full range of enterprise requirements, including fully on-premise and air-gapped deployment, a hard requirement in defense and other regulated sectors. Independence does not mean isolation: Hololight works closely with NVIDIA. It integrates natively with NVIDIA Omniverse, working with Omniverse's OpenUSD data so teams stream complex models and digital twins to AR and VR devices. It also runs on your existing NVIDIA workstations and servers, with no separate rendering stack to build. It complements NVIDIA Project Aurora, a turnkey infrastructure stack for enterprise XR and AI, by adding XR streaming and app management to its servers, GPUs, and system setup.
The architecture is pixel streaming: the application runs server-side and only the rendered, encrypted pixels reach the headset, which acts as a display rather than a compute device. Sensitive data never reaches the headset, so the security posture an organization already has is maintained rather than worked around, with no polygon reduction or data preparation.
What separates Hololight from a streaming technology on its own is the pairing of its proprietary streaming layer with Hololight Hub, the platform layer for deploying applications, managing users and access, monitoring sessions, and pushing updates across a fleet from one interface. A single OpenXR application streams to every supported headset without a separate build.
Hololight is in daily production use across named enterprise deployments, including BMW, Genesis Design Studio, ENGIE Refrigeration, and Felder Group. At Genesis Design Studio, design reviews dropped from around 40 hours to 25, and two in three physical prototype builds were eliminated. The same pixel streaming technology is also part of Lockheed Martin Skunk Works' 5G Pixel Streaming Kit for defense sustainment work, through an ongoing collaboration.1
These three apps come up most often when people search for VR streaming, and all three share the same design center: a single user, a personal gaming PC, and a consumer headset on a home network.
| App | Platform | Streams | Limits | Intended use |
|---|---|---|---|---|
| Virtual Desktop | Quest, PICO | SteamVR and Meta PC titles from a local PC | Single user, no fleet management, no on-premise deployment | Home use, one headset |
| Steam Link | Quest 2, 3, Pro | SteamVR titles from a local PC | Steam titles only, single user, no enterprise controls | Home use, one headset |
| Meta Horizon Link | Quest | Meta PC library and added PC games | Quest only, single user, no enterprise controls | Home use, one headset |
Each of them streams from one Windows PC to one headset over a local network, and each is tied to the consumer platform it was built for. There is no central deployment, no user or access management, no session oversight, and no on-premise or air-gapped option. Nothing in this tier was designed to put data under an organization's control, because none of these apps was built for an organization in the first place.
That matters because the mismatch is not a matter of degree. A tool built for one person at home does not become an enterprise deployment when more people use it. The requirements below are the ones that separate the two categories, and none of them is something a consumer app addresses at all.
The gap between the two tiers comes down to three requirements that consumer apps were never built to meet, and that define the enterprise category.
The device-independence point has a direct corollary for the most demanding enterprise workload of all. Ask which is the best VR headset for CAD, and the honest answer starts one layer down, because full-complexity CAD is exactly what exceeds a standalone headset's onboard compute. Among headsets supported by Hololight Stream, three lead on the fidelity CAD review demands:
On all three, onboard compute cannot render production-scale CAD at full detail. With pixel streaming in place, that ceiling stops being the deciding factor, and headset choice comes down to display quality, form factor, and fleet needs rather than raw rendering power.
If you are one person streaming PC VR games at home, the consumer tier covers it. If you are an organization deploying XR across a fleet, sites, and data that has to stay inside your own infrastructure, none of those apps is built for the job.
Hololight is the only complete, proprietary enterprise XR streaming infrastructure stack on the market, deployable fully on-premise, and compatible with every major enterprise AR and VR headset. If you are evaluating how to move a VR deployment past the standalone compute ceiling and run it securely at scale, we are ready to show you what that looks like in practice.
See what enterprise VR streaming looks like at scale
Last updated: October 14, 2026
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