AI Potluck
Infrastructure / Compilers & Model Optimization

ThunderKittens

Hazy Research (Stanford)

ThunderKittens is a CUDA-embedded framework of tile primitives for writing deep-learning kernels, built on the premise that kernels expressed over register and shared-memory tiles reach hand-written performance with far less code. Because it embeds in CUDA rather than replacing it, authors can drop to raw CUDA where the abstraction runs out. Stanford's Hazy Research group develops it.

Verified 2026-08-18 via the GitHub API and the LICENSE body.

Openness

5 high confidence
5.0
license
MIT(OSI)
source
public
core-gated
ungated

MIT license body confirmed. The repository is public and unarchived and builds the whole product, and the README describes no paid tier, enterprise edition or license-gated build beside it, so source is public and the core ungated.

Adoption

2 low confidence
2.0

3,634 GitHub stars, which lands in the 1K-10K stars band of the stars scale, level 2. A header library built from source with no package registry presence, so the stars scale applies with its cap of 3.

Capability

2 medium confidence
2.0

Banded on the category feature matrix as narrow kernel set or single-pass utility. Placed two bands below the tensorrt anchor, on a matrix that bands on how much of the model-to-hardware transformation pipeline a product performs, over how many inputs and targets.

Verified 2026-08-18