Generate production-ready 3D game assets instantly with Neural4D's AI. Create watertight props with PBR materials for Unity, Unreal Engine, and Godot.
Neural4D's Direct3D-S2 engine uses Spatial Sparse Attention (SSA), a mechanism that processes geometry volumetrically rather than estimating surfaces, to generate watertight 3D meshes from text descriptions. Unlike depth-map or triplane methods, SSA infers internal structure, producing zero non-manifold geometry.
The Direct3D-S2 engine focuses on generating watertight triangular meshes, ensuring your game assets have robust collision boundaries and proper physics interactions.
Generate dense, watertight geometry at 2048³ resolution. Zero non-manifold edges ensure assets are ready for 3D printing and physics-based simulation.
Automatically synthesize PBR material maps. The engine calculates Normal, Metallic, and Roughness data natively alongside the volumetric geometry.
Instantly generate complex background items, debris, and scene fillers matching your art style (e.g., sci-fi, wasteland, fantasy) to flesh out vast levels.
Create highly detailed interactable objects, loot chests, and base weapon meshes with clean topologies perfect for close-up player inspection.
Generate entire sets of placeholder and final-quality assets within minutes, allowing indie developers to rapidly iterate gameplay mechanics without blocking on art.
Generate assets with rational triangle counts that balance high-fidelity visuals with the strict performance requirements of mobile games and VR applications.
Unlike traditional photogrammetry or basic AI generation that bakes lighting into a single texture, Neural4D natively computes and separates Normal, Metallic, and Roughness maps. This ensures your assets react physically to dynamic engine lighting.
Export assets directly as .FBX or .GLB files. The Direct3D-S2 engine generates watertight, high-density triangular meshes with zero non-manifold edges. Drop them straight into Unity, Godot, or Unreal Engine 5 without requiring manual retopology for collision detection.
Yes. Powered by the N4D-2.5 multi-modal engine, we support 50+ languages including Chinese, French, and Japanese. Simply describe your vision in your native language.
Neural4D uses the Direct3D-S2 engine with Spatial Sparse Attention (SSA). SSA focuses computational resources on critical geometric features and semantic transitions simultaneously. This ensures complex parts like joints, organic details, and thin features are watertight and structurally sound, rather than hallucinated.
You can export industry-standard formats including .obj, .fbx, .glb, and .usdz for high-fidelity rendering, as well as .stl for 3D printing. For supported formats, Neural4D provides a complete PBR texture set (Normal, Metallic, Roughness) to ensure seamless integration into professional pipelines.
Yes, paid subscribers retain 100% commercial ownership of all generated assets. Free users receive 50 power per week for personal, non-commercial exploration.
Neural4D generates production-ready models in approximately 90 seconds. We utilize global GPU clusters to ensure consistent speed for users in any region.