Engineering
Built on
industrial-grade foundations
The same geometric kernel used in automotive and aerospace, powered by AI and deployed at the edge.
The Architecture
Three layers of technology, unified into a single seamless experience.
AI Code Generation
Large language models fine-tuned for CAD. Understands mechanical engineering terminology, manufacturing constraints, and parametric design patterns.
Open CASCADE Kernel
The same boundary representation (B-rep) geometric kernel trusted by Airbus, BMW, and Tesla. Full NURBS surface modeling with sub-micron precision.
Edge-Deployed Workers
Python workers running on global edge infrastructure. Geometry computation happens close to users, delivering sub-2-second generation times worldwide.
By the Numbers
Performance metrics that matter for production workflows.
<2s
Generation Time
From prompt to mesh
0.01mm
Tolerance
Geometric precision
60fps
Rendering
WebGPU accelerated
3
Export Formats
STL, STEP, 3MF
The Pipeline
What happens between your words and your model.
Natural Language Understanding
Your input is analyzed for design intent, dimensions, relationships, and constraints. Ambiguity is resolved using engineering context.
Parametric Code Synthesis
The AI generates build123d Python code — a fully parametric, editable representation of your design. Every dimension is a variable.
B-rep Geometry Evaluation
The Open CASCADE kernel evaluates the code, constructing a boundary representation with NURBS surfaces, trimmed curves, and topology.
Real-time Streaming
The tessellated mesh streams to your browser. Three.js renders it at 60fps with proper normals, materials, and lighting.
The future of design is conversational
Traditional CAD tools require months of training. Our approach removes that friction entirely. Engineers can iterate at the speed of thought. Makers can prototype without learning software. The barrier between idea and reality disappears.