Walk through a rainy cyberpunk alley powered by WebGPU, Three.js, and TSL (Three Shading Language). Neon billboards, wet pavement, GPU rain that respects rooftops and props, cinematic post-processing, and first-person exploration with BVH collision.
BLAS on WebGPU
The Internet is the computer. Distributed LLM inference across browsers via WebGPU.
General-Purpose GPU Computing in JavaScript using WebGPU. Write GPU-accelerated code with zero boilerplate — no shader knowledge required.
A 3D digital content creation app with webgpu
Fractals on WebGPU.
Real-time Navier-Stokes desktop wallpaper — WebGPU compute shaders (Lively Wallpaper)
PyTorch's API that trains in a browser tab on WebGPU — autograd, nn, optim, capture/replay, int8, ONNX out; held to real torch's values on 4,764 golden cases; measured on one page against TF.js, jax-js, Burn and ONNX Runtime Web (4–12× faster training, ahead of ORT at inference)
High-precision 64-bit floating point math library for WebGPU
An idle game about optimization, and about who is doing it. Hand the wheel to an autonomous Overseer — a deterministic scorer, or Llama 3.2 1B on your GPU via WebGPU — and watch it drift from the directives you set. Static, no backend, no API keys. Generated in Google AI Studio, then audited and repaired.
A tiny WebGPU framework where one JS object is the single source of truth for uniforms and resources — WGSL structs, binding indices and buffer offsets are generated. Fullscreen WGSL shaders, compute passes and GPGPU in one file, no build step.
LingPath Studio: train paired language models in the browser with CUDA kernels compiled to WebGPU.
A high-performance, browser-native 3D parametric CAD engine powered by **Rust**, **WebAssembly**, and **WebGPU**.
Dual-headed ResNet Go engine with MCTS, GTP, self-play training, and a WebGPU-accelerated browser demo
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