SuperSplat’s latest release, Strawberry, bundles software attribution, collision generation, and a GPU‑accelerated histogram into a single, lightweight editor. The update promises to streamline pipeline workflows for indie studios and hobbyists while keeping performance on par with larger engines.

SuperSplat – The Tiny Engine That Packs a Punch
SuperSplat has long been a favorite among small‑team developers who need a fast, deterministic renderer that can be embedded in larger projects. The engine’s core philosophy is “do more with less,” and the newest release, Strawberry, pushes that principle further by adding three high‑value features that were previously scattered across separate tools.
What Strawberry Solves
1. Software Attribution
In many production pipelines, keeping track of where each asset originated—whether it was purchased from a marketplace, created in-house, or derived from an open‑source license—is a tedious manual task. Strawberry introduces an automated attribution system that scans asset metadata, tags the source, and generates a compliance report on demand. This helps teams avoid accidental license violations and makes audits a one‑click operation.
2. Collision Generation
Collision meshes are essential for physics simulations, but designing them by hand can consume valuable time. Strawberry’s collision generator uses a voxel‑based approach that runs on the GPU, producing convex hulls that balance accuracy with performance. The algorithm is configurable: users can choose between a high‑fidelity mode for close‑up interactions or a lightweight mode for background objects.
3. GPU‑Powered Histogram
Performance profiling is critical, yet many developers rely on CPU‑bound tools that lag behind real‑time rendering. Strawberry’s histogram module collects frame‑time data directly from the GPU, displaying a live bar chart of draw calls, vertex counts, and memory usage. The visual feedback is immediate, allowing artists to spot bottlenecks while they work.
Technical Deep‑Dive
Voxel‑Based Collision on the GPU
The collision generator converts a mesh into a voxel grid using a compute shader. Each voxel is assigned a binary value indicating occupancy. A marching cubes algorithm then extracts the surface, which is simplified into a convex hull. Because the entire pipeline runs on the GPU, the process completes in a fraction of a second even for complex models.
Attribution Metadata Extraction
Strawberry parses common asset formats (FBX, OBJ, glTF) and reads embedded metadata tags. When an asset lacks explicit provenance, the tool queries the file’s hash against a public database of known assets. If a match is found, the source URL and license type are automatically attached.
Histogram Rendering
The histogram leverages a fragment shader that samples the GPU’s timestamp queries. By batching queries per frame, the tool reduces overhead and ensures that profiling does not interfere with the main rendering loop.
Market Positioning
SuperSplat remains a niche engine compared to giants like Unity or Unreal, but its lightweight footprint makes it attractive for mobile, VR, and web projects. Strawberry’s feature set positions it as a one‑stop shop for teams that need rapid iteration without the bloat of full‑featured engines. The tool is free for open‑source projects and comes with a commercial license that includes priority support.
Funding and Traction
SuperSplat was founded in 2020 by a quartet of former game‑engine developers. While the company has not disclosed a recent Series A round, it has secured a modest seed investment of $1.2 million from a group of angel investors who specialize in indie‑tool development. The latest release has already seen adoption in over 300 projects on platforms such as itch.io and GitHub. Community feedback on Discord shows a steady increase in feature requests, indicating a healthy ecosystem.
How to Get Started
- Download the latest Strawberry release from the SuperSplat website.
- Read the documentation on the collision generator and attribution system at the official docs.
- Join the Discord community to share workflows, report bugs, and suggest new features.
Strawberry exemplifies how a focused, open‑source engine can evolve by adding practical tools that resonate with its user base. For developers looking to cut down on manual asset management and profiling overhead, this update is worth a look.

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