PlayCanvas has released a major update to its Gaussian Splatting toolset, significantly streamlining the workflow from creating 3D scenes to deploying them as fully functional web applications.
What Happened
SuperSplat v2.29.0 and splat-transform 3.0 have been released. Key changes include support for exporting scenes in the new SPZ format, which is 10 times more compact than the traditional PLY format, the addition of 360° video rendering capabilities, and the implementation of a one-click feature to create web applications based on Vite and TypeScript. The updated splat-transform 3.0 features a streaming architecture, allowing for the processing of point clouds containing over 100 million Gaussians on standard consumer hardware by optimizing RAM usage.
Context
Gaussian Splatting technology enables the creation of highly realistic 3D scenes; however, transmitting and rendering such massive datasets in a browser has long been a difficult engineering challenge due to enormous file sizes and high client-side resource requirements.
Why It Matters for the Industry
This update moves Gaussian Splatting from the realm of research prototypes into the segment of production-ready tools for the web. The introduction of the SPZ format and data transmission optimizations reduce network bandwidth and memory requirements, paving the way for mass commercial use of interactive 3D in e-commerce, education, and real estate.
Why It Matters for Users
Developers can use modern AI assistants, such as Cursor or Claude, to quickly write application logic around ready-made 3D scenes (the "vibe coding" approach). Additionally, enthusiasts can now work with massive scenes without the need for expensive server workstations.
Sources
Author
Look at AI, Editorial Team