Safari

• WebLLM - Browser language-model inference engine accelerated with WebGPU.
• ONNX Runtime Web - Browser inference runtime with a WebGPU execution provider for ONNX models.
• Transformers.js - JavaScript machine-learning library with WebGPU acceleration through ONNX Runtime.

Safari

• WebGPU - Wikipedia article.
• From WebGL to WebGPU in Construct - By Ashley Gullen.
• WebGPU texture best practices - By Brandon Jones.
• WebGPU Buffer upload best practices - By Brandon Jones.
• The WebAssembly App Gap - By [Paul Butler](https://github.com/paulgb).
• WebGPU - All of the cores, none of the canvas - Compute concepts and browser support as of 2022, by [Surma](https://github.com/surma).
• WebGPU Fundamentals - A set of articles to help learn WebGPU.
• PBR in WebGPU: implementation details - By [Tomasz Czajecki](https://github.com/tchayen).
• I want to talk about WebGPU - By [Andi](https://mastodon.social/@mcc).
• WebGPU for Dummies - By Amir Sojoodi.
• WebGPU Timestamps - By Amir Sojoodi.
• Efficently rendering glTF models - A WebGPU Case Study - By [Brandon Jones](https://github.com/toji).
• WebAssembly and WebGPU - Browser machine-learning performance enhancements, by Google.
• Graphics on the web and beyond with WebGPU - By [Damien Seguin](https://dmnsgn.medium.com/).
• I want to talk about WebGPU - By [Andi](https://mastodon.social/@mcc).
• Figma rendering: Powered by WebGPU - Production renderer migration case study covering shaders, batching, and fallbacks (2025).
• Compatibility mode and transient attachments - Chrome 146 implementation update covering broader hardware support and attachment optimizations (2026).
• Immediates in Chrome 149–150 - Browser implementation update on passing small amounts of frequently changed shader data (2026).
• WebGPU texture best practices - By Brandon Jones.
• WebGPU Buffer upload best practices - By Brandon Jones.
• Efficiently rendering glTF models - A WebGPU Case Study - By [Brandon Jones](https://github.com/toji).
• From WebGL to WebGPU - By Google.
• WebGPU for Dummies - By Amir Sojoodi.

Try out WebGPU

• Graphics on the web and beyond with WebGPU - medium.com (by [Damien Seguin](https://dmnsgn.medium.com/))
• From WebGL to WebGPU - by Google

Try out WebGPU

• Practical WebGPU Graphics - by [Jack Xu](https://github.com/jack1232)

Chrome

• Android - WebGPU is supported by default.

Chromium

• Chrome - Enabled on supported Windows, macOS, ChromeOS, Android, and Linux configurations; consult the implementation status for hardware and operating system requirements.
• Edge - Chromium-based browser with WebGPU support on supported devices and operating systems.

Firefox

• Firefox Nightly - Preview implementation for testing upcoming support, including Linux and other Mac configurations.
• Firefox - Enabled on Windows and Apple Silicon Macs; other platforms have different rollout schedules.

Misc

• Implementation status - Platform support and rollout details maintained by GPUWeb.
• WebGPU browser support overview - Browser compatibility tables.
• WebGPU Report - Inspect the WebGPU features and limits available on your device.

Safari

• iOS/iPadOS Safari - WebGPU supported by default on iOS/iPadOS 26 or later; earlier versions require `Settings` → `Safari` → `Advanced` → `Feature Flags` → `WebGPU`.
• Safari Technology Preview - Preview browser for testing upcoming implementation changes.
• macOS Safari - WebGPU enabled by default on macOS 26 Tahoe or later; earlier versions require the `WebGPU` feature flag.
• Safari 26 release notes - WebGPU ships enabled on macOS Tahoe 26, iOS 26, iPadOS 26, and visionOS 26.

Try out WebGPU

• Chrome Canary - unsafe-webgpu` and enable the "Unsafe WebGPU" flag.
• Firefox Nightly
• Safari Technology Preview

• Register for Google Chrome origin trial - Chrome Developers
• Chrome Platform Status - Chrome Developers
• WebGPU and WSL in Safari - WebKit
• Servo MVP - WebGPU MVP

Safari

• Chromium
• Chromium

Try out WebGPU

• Webkit
• Firefox
• Chromium

Safari

• GPU for the web community group - W3C Community.
• Public GPU - W3C Mailing list.
• Matrix WebGPU - General community chat.

Try out WebGPU

• Possibility of SPIR-V and/or GLSL as a WebGPU extension? - WGSL in debate

Safari

• webgpu-profiler - A profiler for Rust + WebGPU.
• webgpu-recorder - A WebGPU playback recorder.
• webgpu-inspector - Inspection debugger for WebGPU.
• WebGPU Dev Extension - Browser extension for validation diagnostics, memory tracking, and redundant-state detection.
• WebGPUReconstruct - Capture browser commands and replay them through native implementations for graphics debugging and profiling.
• wgpu-profiler - GPU timing and profiling utilities for Rust applications using wgpu.

Safari

• Three.js WebGPU examples - A collection of examples from three.js using the WebGPU renderer - [Repository](https://github.com/mrdoob/three.js/tree/dev/examples#:~:text=webgpu_compute.html)
• Babylon.js Playground - By [Babylon.js](https://www.babylonjs.com/) (Note: Select `WebGPU` in the top right corner).
• WebGPU Live Demo Editor - A collection of WebGPU examples by [Hepp Maccoy](https://github.com/hepp) - [Repository](https://github.com/hepp/webgpu-examples)
• Shadowray Playground - Demo of an experimental ray-tracing layer implemented with WebGPU compute shaders.
• Web Stable Diffusion - Early browser image-generation demo using WebGPU, with [source code](https://github.com/mlc-ai/web-stable-diffusion).
• WebGPU Memory Model Testing - Memory models testing suite, by [Reese Levine](https://github.com/reeselevine) et al., UC Santa Cruz - [Repository](https://github.com/reeselevine/webgpu-litmus)
• WebGPU Path Tracing - A path tracer powered by WebGPU compute shaders, by [Fermin Lozano](https://github.com/ferminLR) - [Repository](https://github.com/ferminLR/webgpu-path-tracing)
• WebGPU first-person exploration of the Sponza Palace - Scene render comparison between WebGL, WebGL 2.0 and WebGPU, by Brandon Jones - [Repository](https://github.com/toji/webgpu-test)
• WebGPU Clustered Shading - By Brandon Jones - [Repository](https://github.com/toji/webgpu-clustered-shading)
• WebGPU Metaballs - By Brandon Jones - [Repository](https://github.com/toji/webgpu-metaballs)
• WebGPU External Texture Test - By Brandon Jones - [Repository](https://github.com/toji/webgpu-external-test)
• Online WGSL Editor - By [Takahiro](https://github.com/takahirox) - [Repository](https://github.com/takahirox/online-wgsl-editor)
• WebGPU Particles - Calculate and render particles, by [Daniel Toplak](https://github.com/hsimpson) - [Repository](https://github.com/hsimpson/webgpu-particles)
• WebGPU Examples - A few examples of rendering algorithms implemented in WebGPU, by [Tarek Sherif](https://github.com/tsherif) - [Repository](https://github.com/tsherif/webgpu-examples)
• WebGPU-Playground - A playground to experiment with WebGPU, by [@06wj](https://github.com/06wj) - [Repository](https://github.com/06wj/WebGPU-Playground)
• WebGPU-Lab - Demos and experiments, focused on compute shaders, by [Sebastian Macke](https://github.com/s-macke) - [Repository](https://github.com/s-macke/WebGPU-Lab)
• Shader Graph WGSL - A node based shader editor, by [deepkolos](https://github.com/deepkolos) - [Repository](https://github.com/deepkolos/shader-graph-wgsl)
• Marching Cubes WebGPU - Marching cubes implementation, by [Conor O'Malley](https://github.com/conorpo) - [Repository](https://github.com/conorpo/marching-cubes-webgpu)
• WebGPU Samples - A set of samples and demos demonstrating the use of the WebGPU API - [Repository](https://github.com/webgpu/webgpu-samples)
• wgpu examples - Official list of examples from the [wgpu](https://wgpu.rs) library - [Repository](https://github.com/gfx-rs/wgpu/tree/trunk/examples)
• Forest WebGPU - A scene built with Babylon.js.
• WebGPU 2D Fluid Simulation - An implementation of "Real-Time Fluid Dynamics for Games" paper, by [kishimisu](https://github.com/kishimisu) - [Repository](https://github.com/kishimisu/WebGPU-Fluid-Simulation)
• WebGPU Compute 101 Demo - A simple example using compute shaders. [source](https://glitch.com/edit/#!/hello-webgpu-compute)
• Web Stable Diffusion - An implementation of the image generator AI model, by CMU, OctoML, Catalyst et al - [Repository](https://github.com/mlc-ai/web-stable-diffusion)
• WebLLM - LLM inference engine, by CMU, University of Washington, OctoML, et al - [Repository](https://github.com/mlc-ai/web-llm)
• Real-Time GPU Texture Compression Demo - Showcases the advantages of real-time texture compression. Compares models using KTX2 textures against AVIF + Spark.
• PlayCanvas WebGPU Demos - By [PlayCanvas](https://playcanvas.com/) (Note: Select `WebGPU` in the top right corner).
• Project Prismatic - Stratton Studios Unity-powered WebGPU experience/demo.
• WebGPU real-time ray tracer - A real-time ray tracer implementing ReSTIR algorithm - [Repository](https://github.com/C-none/Web-RTRT)
• Project Prismatic - Stratton Studios Unity-powered WebGPU experience/demo.
• An online WebGPU calculator - An online calculator, but you can only use it on your remote friend's GPU (via WebRTC) - [Repository](https://github.com/periferia-labs/laskin.live)
• vgpu Shader on Live HTML - Shader demo applying WebGPU effects to HTML content; requires the experimental canvas-draw-element browser flag.
• RunMat Browser Sandbox - Browser playground for MATLAB-syntax numerical programs accelerated with WebGPU.
• DoG Studio - WebGPU image and video processing demo for configurable Difference-of-Gaussians line art and screentone effects, with [source code](https://github.com/dpfens/dogpack).
• Points examples - Generative art demos covering particles, render passes, and other WebGPU techniques.

Try out WebGPU

• WebGPU Samples - by [Austin Eng](https://github.com/austinEng) (Google) - [repository](https://github.com/austinEng/webgpu-samples)
• WebGPUniverse - by students from Imperial College London
• Spookyball: a WebGPU-powered, Halloween-themed game - by [Brandon Jones](https://github.com/toji) - [repository](https://github.com/toji/spookyball)
• An online WebGPU calculator - [repository](https://github.com/periferia-labs/laskin.live)
• WebGPU examples - by [wgpu.rs](https://wgpu.rs) - [repository](https://github.com/gfx-rs/wgpu/tree/master/wgpu/examples)
• Three.js WebGPURenderer - by [Takahiro](https://github.com/takahirox) - [repository](https://github.com/takahirox/THREE.WebGPURenderer)
• Forest WebGPU - by [Babylon.js](https://www.babylonjs.com)
• WebGPU Experiments - by [Will Usher](https://github.com/Twinklebear) - [repository](https://github.com/Twinklebear/webgpu-experiments)
• WGSL-Toy - by [@HypnosNova](https://github.com/HypnosNova) - [repository](https://github.com/ValeeraJS/WGSL-Toy)
• WebGPU Compute 101 Demo - [source code](https://glitch.com/edit/#!/hello-webgpu-compute)
• WebGPU: Rendering, compute, GPU experiments - by [Kevin Masson](https://github.com/oktomus) - [repository](https://github.com/oktomus/web-experiments)
• Thimbleberry Image Transform Demo - by [mighdoll](https://vis.social/@mighdoll) - [repository](https://github.com/mighdoll/thimbleberry/tree/main/image-demo)
• WebGPU study - by [Redcamel](https://github.com/redcamel) - [repository](https://github.com/redcamel/webgpu)
• WebGPU point cloud - by [Markus Schütz](https://github.com/m-schuetz) - [repository](https://github.com/m-schuetz/webgpu_pointcloud)
• node-webgpu examples - by [Felix Maier](https://github.com/maierfelix)
• WebGPU Sketch Dojo - by [Georgi Nikolov](https://github.com/gnikoloff) - [repository](https://github.com/gnikoloff/webgpu-dojo)
• WebGPU Compute Metaballs - by [Georgi Nikolov](https://github.com/gnikoloff) - [repository](https://github.com/gnikoloff/webgpu-compute-metaballs)
• WebGPU 2D Fluid Simulation - by [indiana-dev](https://github.com/indiana-dev) - [repository](https://github.com/indiana-dev/WebGPU-Fluid-Simulation)

Safari

• 2D - Signed distance field primitives in WGSL, by [@munrocket](https://github.com/munrocket).

Try out WebGPU

• 3D SDF Primitives - in WGSL by @munrocket

Safari

• A Taste of WebGPU in Firefox - Mozilla.org article by Dzmitry Malyshau.
• Point of WebGPU native - By Dzmitry Malyshau.
• Implementing WebGPU in Gecko - By [Dzmitry Malyshau](https://github.com/kvark).
• A brief history of graphics on the web and WebGPU - By Ashley Gullen.
• wgpu-rs on the web - Rust Graphics Mages.
• Compiling Machine Learning to WebAssembly and WebGPU with Apache TVM - By [Tianqi Chen](https://github.com/tqchen) & [Jared Roesch](https://github.com/jroesch).
• Next-generation 3D Graphics on the web - Webkit.org article by [Dean Jackson](https://twitter.com/grorgwork).
• Raw WebGPU - An overview on how to write a WebGPU application, by [Alain Galvan](https://github.com/alaingalvan).
• Basic WebGPU Rendering - Summary of the steps to render a scene, by [@ndesmic](https://github.com/ndesmic).
• WebGPU for Metal Developers Part 1 - part-two/) - Introduction to WebGPU from Apple's GPU API, Metal, by [Warren Moore](https://twitter.com/warrenm).
• Real-Time Ray-Tracing in WebGPU - Building a Ray tracer using a modified version of WebGPU implementation with Vulkan and DX12 ray tracing extensions, by [Felix Maier](https://github.com/maierfelix).
• From WebGL to WebGPU: A perspective from Babylon js by David Catuhe
• Next-Generation 3D Graphics on the Web (Google I/O 2019)
• Building WebGPU with Rust - By Dzmitry Malyshau from Mozilla.
• YC Point of WebGPU on native - Discussion regarding this article.
• webgpu-devtools - Legacy alpha browser extension.
• webgpu-debugger - Legacy alpha debugger.
• Dawn RT - A fork of dawn with Ray tracing extensions, by Felix Maier.
• wgpu-load-test - A wgpu stress test, by [Alexis Andre](https://github.com/MacTuitui).
• Mik Bry

Safari

• Babylon.js - Open game and rendering engine.
• Dawn - Google implementation that powers WebGPU in Chromium, can be used as a standalone package.
• wgpu - Cross-platform Rust graphics API based on WebGPU, used by Firefox and native applications.
• webgpu-headers - C/C++ headers.
• RedGPU - JavaScript WebGPU library, by [@redcamel](https://github.com/redcamel).
• WebGPU .NET - Browser-focused .NET bindings for the Emscripten WebGPU API.
• RedCube - glTF viewer based on a WebGPU backend.
• hwoa-rang-gpu - Micro WebGPU rendering & compute library.
• wgsl_reflect - A WebGPU Shading Language parser and reflection library for JavaScript.
• WebGPU-C++ - A single-file zero-overhead C++ idiomatic wrapper, by @eliemichel.
• GEngine - A basic rendering engine based on WebGPU, by junwei.gu.
• Thimbleberry - Reusable WebGPU shaders and support functions.
• WebRTX - Experimental ray-tracing layer implemented with WebGPU compute shaders.
• Three.js - 3D library with WebGPURenderer and Three.js Shading Language (TSL) for shader authoring.
• Deno - Runtime for JavaScript, TypeScript, and WebAssembly based on the V8 engine.
• Arche Graphics - WebGPU Graphics Engine.
• React Native WebGPU - React Native implementation of WebGPU using Dawn.
• TypeGPU - Type-safe toolkit for GPU resources and shaders authored in TypeScript.
• WESL - WGSL extensions for `import`, `@if`, and more.
• sokol - Simple STB-style cross-platform libraries for C and C++.
• WebGPU .NET - .NET bindings, built on top of wgpu.
• GEngine - A basic rendering engine based on WebGPU, by junwei.gu.
• WebGpGpu.ts - A WebGPU framework to access compute shaders, browser or server-side, without the steep learning curve.
• Use.GPU - Reactive/declarative WebGPU runtime.
• spark.js - A real-time GPU texture compression library for WebGPU.
• SWGPU - A Simple WebGPU Game Engine.
• PlayCanvas - Web-based game engine with WebGPU support.
• PixiJS - 2D rendering engine with a WebGPU renderer.
• zephyr3d - A TypeScript-based 3D rendering engine with WebGPU/WebGL support.
• ChartGPU - Interactive charting library using WebGPU for rendering.
• luma.gl - Graphics and compute toolkit with WebGPU and WebGL backends.
• webgpu-utils - Helpers for buffer layouts, textures, mipmaps, and bind groups.
• Emdawnwebgpu - Dawn-maintained WebGPU bindings for Emscripten applications.
• wgpu-native - Native C interface to the Rust wgpu implementation.
• Vello - Experimental Rust 2D vector renderer using wgpu and GPU compute.
• Deno - JavaScript and TypeScript runtime with WebGPU support through the `--unstable-webgpu` flag.
• WESL - Community WGSL extensions for `import`, `@if`, and more.
• vgpu - TypeScript WebGPU library with typed WGSL imports and a shared API for browsers, Node.js, and tests.
• RunMat - GPU-accelerated numerical computing runtime for MATLAB-syntax programs, with browser execution through WebAssembly and WebGPU.
• Vienna WebGPU Engine - Educational C++ game engine built on WebGPU, with rendering tutorials and native and browser backends.
• Points - Generative art library built with WebGPU.
• fisheye.js - WebGPU compute library for fisheye image and video correction using WebCodecs.

Try out WebGPU

• Webcore module WebGPU - Webkit / Safari
• sokol - WebGPU Backend TODO
• Deno roadmap - GPU APIs (WebGPU) to support ML apps
• Arche Graphics - WebGPU Graphics Engine
• Three.js - Experimental support
• bgfx - WebGPU/Dawn experimental
• WebGPU for Node - Based on Dawn
• Haiku - 2D & 3D WebGPU Game Engine written in TypeScript
• SWGPU - A Simple WebGPU Game Engine

Try out WebGPU

• Tint - Proposal for textual shader language by Google

Safari

• Get started with GPU Compute on the Web - Tutorial on how to use WebGPU for non-graphical applications, by [François Beaufort](https://github.com/beaufortfrancois).
• Build a compute rasterizer in WebGPU - How to build a complete rasterizer using compute shaders, by [Omar Shehata](https://github.com/OmarShehata).
• Learn wgpu - Tutorial and examples on wgpu, a Rust implementation of WebGPU, by [@sotrh](https://github.com/sotrh)
• LearningWebGPU 教程 (Chinese) - Tutorials using WGSL; the older GLSL-to-SPIR-V branch is deprecated.
• From 0 to glTF with WebGPU: Series - 0-to-gltf?tab=readme-ov-file) - A tutorial to create a glTF model viewer, by [Will Usher](https://github.com/Twinklebear).
• WebGPU Engine Development (Chinese/English) - Development process of WebGPU Engine (C++ and TypeScript).
• Your first WebGPU app - Google codelab introducing rendering and compute with a Game of Life simulation.
• Learn vgpu - Interactive introduction to the vgpu API with live WGSL editing.

Try out WebGPU

• From 0 to glTF with WebGPU: The First Triangle - to-gltf-triangle)) - by [Will Usher](https://github.com/Twinklebear)