If you don't own the geometry, you don't own the outcome.
I visited this installation by Banksy when I was in London last month.
What does it depict? It's upon you to understand.
Who's @banksy? It's no one, and it can be anyone around you.
So what's the point? That's what it depicts.
You're the artist!
What are we doing without direction?
A great artist doesn't inspire, it intrigues.
Lately, architecture, BIM, and CAD are missing it. Where is the direction?
Who is setting it? Are you working for the app, or is the app working for you?
So many questions!
We started a year back by giving people control over the geometry they create.
We will show you the outcome this month.
Control over geometry will unlock AI, collaboration, and direction. Most importantly, led by you.
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#cad #opengeometry #bim #aeco #architecture
Yes, we used AI.
To build this demo and pair it with the @OpenGeometry SDK, along with @threejs.
Before anyone complains about the layout, I am talking about the capabilities.
AI is not the interesting part anymore.
The interesting part is that a small team can now build CAD software that used to require entire companies.
Yes, we are building our own app. Site planning. Massing. Floor plans. Drawings. A pinch of AI.
The demo is AI-assisted.
The geometry engine is not.
That distinction is about to matter a lot.
We are building a very different kind of AEC software.
You don't need yearly licenses, not even for the app we are building.
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#cad #bim #opensource #ai @claudeai
We started with a simple question.
Why is creating software for physical buildings still so difficult?
The deeper we went, the more obvious it became.
Every CAD app depends on a Geometry Kernel.
And nothing out there felt built for the future we wanted.
So we wrote our own @opengeometry
Actual geometry infrastructure designed for modern CAD and AI workflows.
#cad #bim #opensource
AI just generated 20 floor plans.
Not images. Not concepts.
Fully editable CAD models.
Built using Codex @OpenAI and @opengeometry
Rendering using @threejs
Text → CAD for Architecture is here.
Type a prompt → get real, usable floor plans.
No third-party tool, no Revit, no AutoCAD!
Kernel GitHub code in comments.
What do we build next?
#cad #ai #opensource @sama #architecture
From rockets to architecture, if it needs geometry, we support it.
Someone recently asked whether our Geometry Kernel is only for Architecture use cases.
The answer is simple, absolutely not.
You can design rockets with it, too.
The sky is not the limit!
@opengeometry@threejs@SpaceX@elonmusk
#rockets #cad #opengeometry #architecture
Depuis quelques semaines, je vois de nombreuses initiatives dans le domaine de la 3D issues des pratiques de vibe coding + avancée technique de Claude + open source + les librairies de threejs (https://t.co/r09PUMruOi)... bref, c'est la fête dans le domaine de la 3D.
Let AI build the data centers itself.
Prompt constraints → generate full site layouts
Plan views
Parametric CAD
Technical drawings
All in the browser using @opengeometry + @threejs
From idea to build-ready in minutes.
#aec#bim#cad#architecture#building
Geometry changes everything.
Geometry was the missing layer in AI.
We believe if you don’t own the geometry, you don’t own the outcome.
Now it’s obvious.
Text → Floorplans → CAD → Render
Made with @opengeometry, @threejs@GoogleAI#aec#bim#cad#architecture#building
Geometry changes everything.
Geometry was the missing layer in AI.
We believe if you don’t own the geometry, you don’t own the outcome.
Now it’s obvious.
Text → Floorplans → CAD → Render
Made with @opengeometry, @threejs@GoogleAI#aec#bim#cad#architecture#building
Generate any BREP using @opengeometry and Claude Opus 4.7
OpenGeometry Kernel is being used for CAD operations, and using @threejs for rendering. Entirely opensource!
Parametric CAD object from technical drawings is here.
Check the link below for GitHub.
#cad#claude#threejs