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Today’s update on my one-click zero-CPU web-to-native rendering app. 🚀 MacOS support is live! IOSurface lets us stream three.js (or any web content) directly from the GPU into TouchDesigner, Unreal, Unity & more. UI’s shaping up nicely 😎 Next: Multi texture per URL. 👀

Been side questing into GPU programming with DX11 and Metal this week. The learning curve with AI sensei on other languages feels unreal, made my first PR today! 🧑‍🎓 github.com/benoitlahoz/no…

Today's update on my one-click, zero-CPU web<->native app. 🚀 Added offscreen webpage viewer and multi feed per URL. Basic tool nearly done. Next: advanced API for manual control of DXGI/IOSurface texture transfer. Also I'm confident in GPU<->GPU transfer from Native to Web.

This is amazing and makes me extremely bullish. Imagine this, directly streaming in Touch Designer via GPU<->GPU transfer with my upcoming native app. And this is just a basic example of what will be possible. Utsubo is coming strong and will change interactive installations.

✅ Native → Web pipeline now working on macOS! If resources are wired in the node graph, they are shared directly with the embedded window, ready to use in your web app. I will make a demo with Kinect in Web this weekend! Next up: Windows support. 🪟

Native → Web pipeline now working on Windows! This one took a while. I had to build my own Node.js C++ library for SpoutDX from scratch. It supports dynamic feed switching and custom formats like r32f, as shown here with the Kinect!

Native-to-Web API is nearly complete. I built a minimal WebGPU project that listens for incoming nodes and displays the first received texture in the fragment. Each app or site can act as a node, with performance that feels like everything runs in the same tab.🤯🚀

After a long battle with Metal, GPU-to-GPU texture transfer from native to Web is finally working. All my nodes now render IOSurface textures via importExternalTexture in WebGPU. No CPU readback. Next week, I’ll reveal why I did all this with the AI integration.

Worked with both Josué and Lucas multiple times Utsubo, they’re incredible artists and friends. Go check this out!

Real-time AI + WebGPU + WebGL (Three.js) and broadcasted to native, with all inter-process communication handled via shared GPU textures, zero CPU, 100% GPU. Each node runs in its own process and hosts fully editable code: fork it, modify it, or prompt it live with an Agent.

Recreating the water stripes in Hokusai’s artwork has to be one of the most puzzling tasks I’ve ever attempted. Getting close, though!

Today, I created a set of helpers in order to recreate the shape of the Great Wave, but I found the interaction felt too static. Instead, I’m planning to recreate the scene using periodic velocity emitters to simulate wave motion, ideally resulting in a more natural effect.

Back in 2022, I had to implement KTX 2D Array Compression in Three.js to handle this site packed with HD textures: github.com/mrdoob/three.j… Luckily, we had a lot of freedom with the design integration, made the technical challenge a lot more fun!

Took me a few days to got Unified Spray, Foam and Bubbles to work with MLS Material Point Method but I'm happy with the result so far! (MPM Grid on the right.)

Integrated unified spray, foam, and bubbles into my fluid simulation. Runs in real-time with WebGPU, Three.js, and over 1 million particles!

Safari enabling WebGPU by default… starting tomorrow? 👀 #WWDC25

x.com/marcinignac/st…

We back in business Claude, next prompt: “Read this paper on AVBD and implement it using WebGPURenderer from Three.js. Use webgpu_compute_particles_fluid.html as a starting point."