Adapt, don’t redraw
Change meaningful controls such as width, height, spacing, count, profile, or material and regenerate the object without rebuilding it from zero.
The freedom to design anything
Objects that stay alive.
3D Super Objects turns design intent into reusable parametric 2D and 3D objects. Build by hand, begin from a reference image, or collaborate with AI—then keep every useful dimension, material, part, and rule editable.
Manual + AI workflows
Visual 2D/3D editing
Open JSON foundation
1800 mm
Try the sliders. One object, endless valid variations.
A model should be more than finished geometry. It should remember why it was designed that way—and remain ready for the next idea.
Platform value
From a shape to a design system.
Traditional models freeze decisions into geometry. 3D Super Objects keeps design logic accessible, so one carefully authored object can answer many projects, scales, and contexts.
Own the intelligence
Geometry, hierarchy, variables, metadata, appearance, and behavior live in a structured object—not in a single opaque mesh.
Move at the speed of intent
Use AI to translate words and visual references into an editable starting point, then use the same visual editor to review and refine the result.
How it works
Two ways in. One living object.
Choose the workflow that fits the moment. Direct authorship gives total control; AI gives rapid interpretation. Both arrive in the same editable parametric environment.
Craft the logic yourself.
Ideal when the designer already understands the construction, system, or formal rules behind the object.
1
Define the design variables
Name the dimensions and choices that matter, including limits, steps, units, and allowed values.
2
Build a meaningful part hierarchy
Compose primitives, procedural geometry, mesh data, or external assets into named, nested parts.
3
Connect geometry to intent
Drive supported dimensions and transforms with variables and expressions, then inspect every variation live.
4
Enrich and publish
Add materials, metadata, property sets, cameras, lighting, animations, and exportable representations.
Turn references into editable BIM intelligence.
Ideal for converting an idea, product image, sketch, precedent, or specification into a structured first model.
1
Describe and attach
Write the design intent and add reference images or supporting JSON, YAML, text, CSV, or Markdown files.
2
AI interprets the object
A vision-capable model reasons about scale, proportions, hierarchy, materials, and which controls should remain parametric.
3
Review and validate
An optional second AI pass checks the proposal, followed by deterministic server validation for renderability.
4
Preview, refine, apply
Continue the conversation, inspect the live candidate, apply it to the editor, and save only when it is ready.
The object DNA
Geometry is only one layer.
Each object is a structured document that can describe what it is, how it looks, how it is assembled, and which decisions remain open. This is the foundation for reusable BIM-oriented content instead of disposable visual models.
VariablesExpressionsNested partsMaterialsProperty sets2D representationConnectionsBehaviors
Design intentVariables, limits & expressions
Physical formParts, geometry & transforms
PARAMETRIC
OBJECT
OBJECT
BIM meaningMetadata & property sets
Experience2D, materials, views & motion
Core features
A complete object workshop.
From the first primitive to the final handoff, the platform keeps authoring, visualization, organization, and exchange in one continuous workflow.
Schema-driven editing
Forms are generated from a shared object definition, making rich object data visible and editable.
Live 3D viewport
Inspect geometry, nested transforms, materials, textures, edges, grids, lights, and saved cameras.
2D representation
Preview object drawings and generate a simplified top projection from supported 3D geometry.
Parametric controls
Use human-readable variables and expressions to drive dimensions and repeated design relationships.
Hierarchical assembly
Add, copy, reorder, reparent, isolate, and edit individual parts within a meaningful object tree.
AI Object Studio
Choose an AI provider and model, attach references, refine conversationally, review, and apply.
Library & reuse
Search by names and tags, generate thumbnails, merge objects, and export selected subassemblies.
Open outputs
Exchange structured JSON or YAML and export visual or geometric representations as SVG and GLB.
Designed for any physical object
One platform. Many design languages.
▥Architecture
⌑Furniture
♧Landscape
⚙Mechanical
◫Public realm
◇Product design
What designers gain
More freedom. Less repetition.
The value is not automation for its own sake. It is the ability to explore more options while keeping authorship, traceability, and editability in the designer’s hands.
Explore faster
Test proportions and variations through direct parameters instead of rebuilding geometry.
Reuse knowledge
Capture design logic once, then adapt it across projects and contexts.
Start anywhere
Begin with a blank object, an existing model, a written brief, or a reference image.
Stay in control
AI creates a candidate—not a final authority. Preview, edit, validate, and choose when to save.
3D Super Objects
Don’t just model the answer. Model the possibilities.
Create a reusable parametric object manually, ask AI to interpret a reference, or move fluidly between both approaches. The result remains yours to inspect, adapt, and develop.
Create the next super objectFeatured application
See the platform applied to a public park.
Explore how 3D Super Objects was used to generate adaptable shade structures, play equipment, furniture, landscape elements and illuminated walkways for the Dubai Municipality AI-Park competition.
Open the AI-Park executive summary