SpAItial’s Echo-2 model creates full 3D‑consistent environments from a single photo or text prompt, generating geometry, texture, lighting, and semantic masks in real time using GPU‑friendly 3D Gaussian splatting. The output can be explored interactively on any device, edited via text, and exported for game engines, VR/AR, or robotics simulators, enabling rapid digital twin creation without specialized scanning hardware.
Funding
Funding not disclosed
Founders
Product
Problem
Creating detailed, navigable 3D environments currently requires specialized 3D scanning hardware, extensive manual modeling, or time‑consuming asset pipelines, limiting rapid prototyping and digital twin creation for many industries.
Solution
SpAItial’s Echo-2 model generates physically grounded 3D worlds directly from a single image or text prompt. The model produces a spatially consistent representation of geometry, appearance, and semantics, which is rendered in real time using GPU‑friendly 3D Gaussian Splatting. Users can explore the generated scene from any angle on any device, edit objects or styles via text, and obtain precise semantic masks for downstream tasks. By eliminating the need for manual modeling or costly scanning, Echo-2 enables fast creation of digital twins, immersive game levels, and training environments for robotics.
Target Audience
Primary customers include game developers, architects and interior designers, robotics researchers, and enterprises needing rapid digital twins of physical spaces.
Features
- Converts a single photo or textual description into a full 3D‑consistent scene with geometry, texture, and lighting
- Real‑time browser rendering via 3D Gaussian Splatting, supporting interactive exploration on modest hardware
- Generates detailed semantic segmentation of scene elements for object‑level editing and analysis
- Text‑driven object addition, removal, and style transfer while preserving global spatial coherence
- Supports creation of digital twins of homes, factories, or architectural spaces without 3D scanning equipment
- Exportable scene data for integration with game engines, VR/AR platforms, and robotics simulators