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Results 49 to 72 of 75 for “WebGPU”.
- Showcase
AI Grid: Run LLMs in Your Browser, Share GPU Compute with the World
AI Grid connects browser tabs into a peer-to-peer compute mesh. Run LLMs locally with WebGPU, share spare GPU cycles, or borrow from others. No installs, no cloud. Just a URL and your graphics card.
- Showcase
Prinzipiell Tinker Series
Frank Reitberger’s Tinker series is a collection of WebGL and WebGPU experiments exploring procedural geometry, modular shaders, and real-time rendering in the browser. Each project builds on the last, offering sharp techniques and inspiration for anyone working with Three.js or TSL.
- Showcase
Yusef Nsar Turns a Portfolio Into a 3D AI Timeline
A React Three Fiber portfolio built as an infinite 3D timeline, using WebGPU, compute shaders, TSL nodes, GSAP, and AI-driven interactive elements.
- Showcase
Interactive Physics With a TSL Fisheye Lens
Nikita Frolov combines physics-driven motion, glass refraction, iridescent metal, post FX, and a custom TSL fisheye node in a compact WebGPU experiment.
- Showcase
Shader Lab: Stack, Animate, and Export GPU Shaders in the Browser
A layered shader compositor that runs on WebGPU. Stack gradients, text, and TSL passes, then bend them through a CRT layer that models phosphor smear and channel convergence. Write shaders as node graphs, keyframe the knobs, and export the whole thing into React.
- Showcase
Patina Preview: Real-Time Procedural Weathering in Three.js and TSL
A small procedural PBR playground by codetaur where metal ages in real time. Oxidation pools in the cavities, highlights dull from mirror to milk, and the whole surface rewrites itself through a Three.js TSL node graph running on WebGPU.
- Showcase
Embedding Atlas: Apple's Open-Source Tool for Exploring Millions of Vectors in Your Browser
Apple's Embedding Atlas renders millions of embedding points interactively using WebGPU (with WebGL 2 fallback), Wasm-compiled UMAP, and density-based clustering that runs in milliseconds. Open source, with React, Svelte, Jupyter, and CLI support.
- Showcase
WebHeat: GPU-Powered Thermal Simulation for Any STL File
A high school senior learned Newton's law of cooling in class, then built a full thermal simulation in the browser. Drop in any STL, watch heat propagate through voxelized geometry on the GPU. WebGPU compute shaders, React frontend, and a useRef trick that keeps it all from falling apart.
- Showcase
Singularity: A Black Hole Simulation
A fully raymarched black hole in your browser (glowing accretion disk, gravitational lensing, radiation noise) all built with Three.js, TSL, and WebGPU. No geometry, just math. A cosmic shader experiment pushing real-time web graphics to the edge.
- Showcase
Noomo's 3D Storytelling Site: A Walk Through Phoenix
Noomo's storytelling site turns five client stories into rooms in a lit hallway, with animation bound to scroll instead of autoplay. Three.js doing the heavy lifting, WebGPU peeking around the corner on sister projects. Worth opening the network tab for.
- Showcase
Indra's Pearls
A WebGPU deep dive into Indra’s Pearls, where circle inversions and Möbius transforms turn math into living geometry.
- Showcase
CodeofSagar: 3D Animated Portfolio
Sagar Kumar Ghosh built a 3D portfolio that feels more like an interactive scene than a resume. It runs on React, Three.js, GSAP, and even dips into WebGPU. If you're curious how to blend real-time graphics with a modern web stack, this is worth a close look.
- News
glTF 2.1 Aims At Complex Scenes, Not Just Single Assets
Khronos is planning glTF 2.1 as a backward-compatible update focused on large composed scenes, external assets, packaging, BVHs, thumbnails, and 64-bit GLB files.
- Showcase
Crystal Words: A Snowflake for Every Word You Type
Type a word. Watch it break into a six-fold ice lattice and hang in the air like a frozen sentence. Crystal Words is a small WebGL piece by Ming Jyun Hung that grows a structurally unique snowflake from whatever you put into the keyboard.
- Showcase
SWOOOP: Low-Poly Biplane Flight in PlayCanvas
A low-poly biplane circles a floating island, collecting gems while physics and ambient occlusion do the heavy lifting. Built in WebGL with PlayCanvas in just four weeks by a remote team across Athens and London.
- Showcase
curtains.js: DOM-Driven WebGL Textured Planes
Martin Laxenaire's lightweight WebGL library that converts HTML elements into shader-driven textured planes positioned exactly where your CSS says they should be. Write normal markup, add shaders, skip the coordinate math.
- Showcase
Gauzilla Pro: Web-Native Gaussian Splatting for 4D Digital Twins
A browser-based platform turning drone footage and smartphone video into photorealistic 3D scenes with AI-powered segmentation. Built on an open-source Rust/WASM renderer, no installs required. Construction teams are already using it for as-built documentation.
- Showcase
spark.js GLTF Demo: Real-Time Texture Transcoding for Faster Asset Delivery
A GLTF viewer that ships textures as compact WebP or AVIF, then transcodes them to GPU-compressed formats in the browser. Small downloads, efficient VRAM. Spark.js handles the conversion so you get the best of both worlds.
- Showcase
The Globe of Economic Complexity: Visualizing $15 Trillion in World Trade
Harvard's WebGL experiment animates 153,000 particles to map global exports. Each dot = $100M. Built with Three.js, it's a masterclass in data viz that's begging for a modern remake with up-to-date capabilities and data.
- Showcase
Gen-02 Portfolio: An Immersive World
Samsy transforms the traditional portfolio into a 3D navigable space with his Gen-02 site. Built with Vue.js, GSAP, and custom WebGL, visitors explore interactive rooms showcasing a decade of award-winning creative tech work. Awwwards SOTD winner with serious technical depth.
- Showcase
SuperSplat: Editing 3D Gaussian Splats in the Browser
A few million ellipsoids that snap into a photoreal coffee shop, an ant, the Moon. SuperSplat is a browser-based editor for cleaning up 3D Gaussian splats, with GPU-accelerated selection, unlimited undo, and a streamed LOD format for massive scenes. Open source, nothing to install.
- Showcase
Realistic Physics Simulations in the Browser
Dive into saharan's impressive collection of browser-based physics simulations featuring realistic water droplets with WebAssembly SIMD, GPGPU-powered fluffy balls, coupled cloth-fluid dynamics, and more. All built with Haxe and open-sourced on GitHub for anyone curious about computational physics.
- Showcase
Exploring Sutro Tower in 3D
Fly through a photorealistic 3D scan of SF's iconic Sutro Tower. Drone photography, gsplat training, and SOGS compression were used to create this ~30MB Gaussian Splat rendered in PlayCanvas. A beautiful example of web-based photogrammetry in action.
- Showcase
Marble Madness-Inspired Game for Netlify
Paris studio Little Workshop built a Marble Madness-inspired WebGL experience to celebrate Netlify's 5 million developers. Using Three.js, Rapier physics, and a Unity-to-browser pipeline, two devs created this award-winning browser game in 8 weeks.
