Atlas - Create detailed 3D content using AI with unprecedented speed and quality

Atlas Create detailed 3D content using AI with unprecedented speed and quality

Contact for Pricing

Home: https://atlas.design

3D
Design

#3D Modeling
#Game Development
#virtual worlds
#Asset Generation
#PBR materials
#UV mapping

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What is Atlas?

Atlas represents a breakthrough in AI-powered 3D content creation, delivering a comprehensive suite of tools that transform reference images and text into highly detailed, game-ready 3D models. The platform generates clean geometric models complete with semantic segmentations and UV mappings, ensuring both visual appeal and proper structure with all required PBR material maps.

The technology enables an end-to-end workflow from 3D concepting to runtime generation, incorporating style-specific AI training based on mood boards within a closed IP loop. This innovative approach allows creators to generate entire catalogues of unique assets while maintaining consistent style and quality.

Features

Speed: Generate assets in seconds with 200x efficiency gains
Scale: End-to-end workflow from 3D concepting to runtime generation
Quality: Clean geometric models with semantic segmentations and UV mappings
Style Customization: AI training based on specific style references
Engine Integration: Interfaces with major gaming and 3D engines
PBR Material Maps: Complete set of physically based rendering materials
Closed IP Loop: Secure asset generation maintaining unique style

Use Cases

Game Asset Creation
Architectural Visualization
Level Design
Virtual Reality Content
Augmented Reality Applications
World Building
Props Design
Web3 Asset Generation

FAQs

How does Atlas integrate with existing game engines?

Atlas interfaces with major gaming and 3D engines to provide a smooth, nondestructive workflow for creators.
What type of 3D assets can Atlas generate?

Atlas can generate various types of assets including architecture, game assets, props, and level design elements, all with proper UV mappings and PBR material maps.