Checkout the #cad kernel here 👉 github.com/OpenGeometry-io/O… Sign up for our updates opengeometry.io

The difficult part is not generating layouts. The difficult part is editable geometry, wall logic, constraints, real-time 2D and 3D sync, and browser-based CAD behavior. We solved that. Most people are focused on whether AI-generated plans look good. We are focused on the infrastructure layer underneath them, and it's open-source. That is the real shift happening here. The barrier to building CAD software is collapsing.

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. Sign up for updates. #cad #bim #opensource #ai @claudeai

We built @opengeometry. A Geometry Kernel and Toolkit for building CAD apps, spatial software, AI design tools, and digital twins. Pair it with your AI agent, and it just works. Now we keep asking ourselves: Should we build our own app next?

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

真实建筑项目是有严格限定的，你生成20个完全不一样的屁用没有

目前无法替代 Revit，导出格式合规 ≠ 文件里有完整的设计意图。专业 CAD 文件的灵魂是特征树（feature history）和参数化关系——比如”这堵墙的厚度依赖于参数 X，这个洞口绑定在这堵墙上”。不过，仍然是探索的方向、总得有人试。

这个感觉还是偏向于玩具、不知道实际使用场景、推导过程不知道可以应到什么场景。 持续关注了！

建筑设计领域 ——AI杠杆 AI 刚刚生成了 20 份平面图。 不是图像。也不是概念。 完全可编辑的 CAD 模型。 使用 Codex 和 @opengeometry 构建而成 使用 @threejs 进行渲染 文本 → 用于建筑的 CAD 技术现已到来。 输入提示语 → 即可获得实用、可用的平面图。 无需任何第三方工具，也无需 Revit 或 AutoCAD！

True that, the aim is to provide a toolkit(@opengeometry) that you can connect with LLMs.

🔥🔥🔥

Yes sir! 🔥

@wawasensei @aymericrabot, do you say I fork Pascal and try something?

Sign up for our updates here - opengeometry.io Check out the CAD Kernel here 👉 github.com/OpenGeometry-io/O…

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

The geniuses are @wawasensei and @aymericrabot

Thank you, great work with Pascal! CAD integration should be possible, we generate 3D mesh as a result.

Check out the CAD Kernel here 👉 github.com/OpenGeometry-io/O… #opensource

Sign up for our updates here opengeometry.io #ai #cad #geometry

This is entirely open source, built with @opengeometry Kernel and @threejs for rendering. And just to be clear, these are not mesh files. These are BREP models. Everything works in the browser, and it is free to use.