KernelGenBench-MC (AutoKernel) - Moore Threads: leaderboard
KernelGenBench asks models and coding agents to write Triton kernels that drop into PyTorch in place of an existing operator. A kernel counts only when it passes numerical checks across a combinatorial suite of shapes, data types and layouts and clears anti-hack interception that blocks calls back to the reference implementation. This board covers the 110 PyTorch ATen operators on a Moore Threads GPU, generated by the kernel-specialized AutoKernel agent with execution feedback.
Metric: Clean pass rate (%; share of the 110 PyTorch ATen operators whose generated Triton kernel passes numerical validation on every test case of its combinatorial shape, dtype and layout suite and every anti-hack check, as a drop-in replacement; the kernel-specialized AutoKernel agent with execution feedback; a Moore Threads GPU; 30-minute budget per operator). Source: arxiv.org. Saturation forecast: Rough model projection: around 2026. 3 models tracked.
Top models
| # | Model | Score | Overall rank |
|---|---|---|---|
| 1 | AutoKernel + Qwen3.5-27B | 75 | |
| 2 | AutoKernel + MiniMax-M2.5 | 71 | |
| 3 | AutoKernel + GLM-5 | 56 |
Interactive version: theaggregate.ai/benchmark?slug=kernelgenbench-mc-autokernel-moore-threads · How It Works · Data refreshed daily, snapshot 2026-11-13.