Grace Cathedral is a San Francisco landmark on Nob Hill.
After seeing Vincent Woo's high-quality capture of the cathedral and its surrounding streets as 3D Gaussian splats, we jumped at the chance to collaborate with him. Together, we turned his splats into a browser-based, interactive experience. You can see the finished app below:
Last month we shipped Software Attribution, Collision Generation and GPU-Powered Histogram. Today we're announcing some of the most significant upgrades to the SuperSplat platform yet — a brand new high-performance WebGPU renderer and automatic, high-quality levels of detail for streamed scenes. Together they make splats load faster and render smoother than ever, from phones right through to high-end desktops.
It's here! 🥳 Today, we're excited to announce that WebGPU support has officially arrived in the PlayCanvas Editor.
We're thrilled to announce the launch of the open source glTF Viewer 4.0, an update that supercharges your 3D model viewing experience with powerful features and support for the latest web technologies!
"Cyber Samurai" by KhoaMinh is licensed under CC BY 4.0.
This new release is chock-full with enhancements aimed at providing more realistic, insightful, and versatile viewing options for your glTF files. Let's dive into the headline features of glTF Viewer 4.0.
WebGPU is a cutting-edge technology that promises to revolutionize the way 3D graphics are handled on the web. As the successor to WebGL, WebGPU provides faster and more efficient rendering capabilities for complex 3D graphics and simulations.
PlayCanvas has been at the forefront of this new technology and has been working on adding WebGPU support to its platform.
With WebGPU, we can expect to see more immersive and interactive 3D experiences on the web in the future.
