AI 3D for AR/VR

Generate engine-ready 3D assets for Unity, Unreal, and WebXR in seconds.

Generate AR/VR Assets Explore All Features

Neural4D accelerates AR/VR development by translating text or images directly into optimized FBX and GLB formats. Automated polygon reduction and high-fidelity PBR texturing, ready for deployment in any spatial computing pipeline.

AI generated low-poly 3D assets integrated into a spatial computing AR/VR environment

Accelerate Spatial Computing Workflows

What is AI 3D for AR/VR? It is an intelligent generation pipeline that prioritizes performance and visual fidelity for immersive computing. Neural4D outputs low-polygon, high-quality assets designed specifically for rendering within tight real-time constraints, from mobile AR to enterprise VR headsets.

Engine-ready low-poly 3D topology optimized for VR headset frame rates

Engine-Ready Topology

Receive assets with optimized triangle counts for smooth 90 FPS rendering in VR headsets and mobile AR applications, with no manual retopology required.

Complete PBR Textures

Every generated model includes Albedo, Normal, and Roughness maps. Achieve photorealistic rendering instantly in Unity HDRP or Unreal Engine 5 Lumen.

Universal 3D format export for GLB, FBX, USDZ spatial platforms

Universal Format Export

Download native GLB for WebXR, FBX for traditional game engines, or USDZ for Apple Vision Pro and iOS Quick Look ecosystems.

Automated polygon reduction for mobile AR performance budgets

Mobile AR Optimization

Our spatial processing engine preserves geometric integrity while minimizing polygon count, keeping your AR apps performant across all device tiers.

Four Steps to a VR-Ready Asset

1. Describe Your Asset

Type a text prompt or upload a reference image in the Neural4D Studio. Describe the geometry, style, and intended use to guide the generation engine.

Neural4D Studio text input interface for AR/VR asset generation

Configuring polygon budget and LOD settings for AR/VR assets

2. Select Generation Parameters

Adjust generation settings such as mesh density and style preference. The engine uses these parameters to guide volumetric inference toward the geometry and surface detail best suited for your AR/VR use case.

3. Volumetric Generation

The Direct3D-S2 engine reconstructs high-fidelity geometry with Spatial Sparse Attention. Critical features like edges, joints, and surface details are preserved with precision.

Direct3D-S2 engine performing volumetric 3D inference for spatial computing

Exporting AR-ready 3D model as GLB or FBX for engine integration

4. Export and Deploy

Download your engine-ready asset as GLB, FBX, OBJ, or USDZ, complete with PBR texture maps. Drag and drop directly into Unity, Unreal, or your WebXR framework.

Generate AR/VR Assets Now →

AI 3D for AR/VR FAQs

What is AI 3D for AR/VR (and how does it work)?

AI 3D for AR/VR is a specialized generation pipeline that produces lightweight, highly optimized 3D models suitable for immersive environments. Neural4D processes text prompts or images into low-polygon geometry with PBR textures, ensuring high frame rates in virtual and augmented reality applications.

Are the generated models compatible with Unity and Unreal Engine?

Yes. All assets can be exported in industry-standard formats such as FBX, GLB, and OBJ. These formats drop directly into Unity, Unreal Engine, and WebXR frameworks with materials pre-configured.

Does the AI generate optimized topology for mobile AR?

Absolutely. Our spatial processing engine is designed to maintain geometric integrity while minimizing polygon count. This ensures your AR applications remain performant even on mobile devices.

Can I bake lighting and textures into the models?

Neural4D provides complete PBR texture sets, including Albedo, Normal, Metallic, and Roughness maps. You can bake these textures within your engine of choice for optimal runtime performance.

What is the turnaround time for generating a VR-ready asset?

Our platform generates production-ready 3D models in under 90 seconds. This allows environment artists to rapidly prototype and populate vast virtual worlds without pipeline bottlenecks.