PIXELD · UNREAL + INTERACTIVE 3D

Run the real-time 3D application where the GPU is. Interact from where the user is.

PixelD can host and deliver real-time 3D applications and Unreal-class workloads from centralized GPU compute. An internally developed interactive game has already been run on the PixelD fabric.

Unreal Engine streamingPixel Streaming workloadsInteractive 3DCloud renderingRemote game streamingSimulation

WHAT THIS PIXELD MODE MEANS

One PixelD fabric. A workload-specific operating profile.

Epic Games uses the term Pixel Streaming for running an Unreal Engine application remotely and delivering rendered frames plus interaction to browser clients. PixelD is not a rebranding of that Unreal feature: PixelD is the broader compute/session/operations fabric that can host interactive 3D and Pixel Streaming-oriented workloads where qualified.

WHY IT MATTERS

Move the workload to the right compute without losing operational control.

PixelD is evaluated around user experience, centralized control, security boundaries, resilience and infrastructure efficiency—not only around a remote-display protocol.

INTERACTIVE 3D PROOF

An internally developed real-time game has been executed on PixelD, supporting the claim that the fabric can run interactive 3D application workloads.

An internally developed real-time game has been executed on PixelD, supporting the claim that the fabric can run interactive 3D application workloads.

CENTRAL GPU EXECUTION

Keep the heavy application and rendering on managed CPU/GPU infrastructure while clients receive an interactive visual experience.

Keep the heavy application and rendering on managed CPU/GPU infrastructure while clients receive an interactive visual experience.

APPLICATION LIFECYCLE

Combine interactive application hosting with centrally controlled environment, release and resource profiles.

Combine interactive application hosting with centrally controlled environment, release and resource profiles.

BROADER THAN ONE ENGINE

Use the same PixelD operating model for Unreal-class visualization, 3D tools, simulation and other interactive graphics workloads.

Use the same PixelD operating model for Unreal-class visualization, 3D tools, simulation and other interactive graphics workloads.

USE CASES

Start with the workload, not the endpoint.

Choose one expensive, difficult or highly controlled workload and qualify the experience before expanding the operating model.

Unreal experiences

Interactive product experiences, architectural visualization, training and real-time applications.

Simulation

GPU-backed simulation and visualization for engineering, education and industrial workflows.

Virtual showrooms

Interactive high-fidelity experiences served from centralized compute.

Games & demonstrations

Controlled demonstrations and interactive games without making the access device the primary rendering workstation.

PIXELD OPERATING MODEL

Access device → PixelD session + policy → workload-sized CPU/GPU + governed data.

ACCESS

Browser · endpoint · headset where qualified

Display, input and secure access appropriate to the workload.

→
PIXELD

Session · application · policy · lifecycle

One managed operating layer for the user and application environment.

→
COMPUTE + DATA

CPU · GPU · RAM · project state

Resources stay where performance, security and recovery make business sense.

COMMON QUESTIONS

Understand the boundary before the pilot.

PixelD claims are intentionally tied to measured or qualified deployment conditions rather than universal performance promises.

Is PixelD the same as Unreal Engine Pixel Streaming?

No. Unreal Engine Pixel Streaming is an Epic Games technology for streaming Unreal applications. PixelD is AIOTOR's broader compute and workspace fabric and can be used to host or deliver Unreal and Pixel Streaming-oriented workloads when the deployment is qualified.

Has a game actually run on PixelD?

Yes. An internally developed real-time game has already been run on PixelD. That is application-execution evidence; headset-specific or universal WAN performance still requires separate qualification.

Can PixelD stream the Unreal Editor?

The architecture is suitable for remote high-fidelity application work, but each Unreal Editor workflow, GPU profile and interaction path should be qualified before making a production performance commitment.

NEXT STEP

Prove this workload on PixelD.

Define the application, endpoint, network, compute profile, data boundary and measurable acceptance criteria. Then qualify it under real operating conditions.