100 newly written competition math problems at or above the difficulty of AIME's hardest five problems, each manually revised to be unique and to resist guessing, with a single verifiable integer answer.
unassessed
| Category | math |
|---|---|
| Subcategory | competition mathematics harder than AIME, integer-answer |
| Page status | active |
| Metric | accuracy (pass@1, verified answer match) |
| Direction | higher_is_better |
| Unit | % |
| Dataset size | 100 |
| Dataset licence | CC0 1.0 (public domain dedication), per the dataset card |
| Publisher | ByteDance Seed |
BeyondAIME gives a model 100 original competition-mathematics problems built specifically to stay hard once benchmarks like AIME stop separating frontier models. The dataset card states the construction principles directly: every problem targets a difficulty at or above AIME's problems 11-15 (conventionally its hardest third), is manually revised to be a unique formulation not findable in standard pre-training corpora, tests reasoning rather than specialised mathematical knowledge beyond the standard university level, and is deliberately reworked to avoid "pseudo-proof" problems where guessing the final answer is much easier than actually solving the problem. Like AIME, every problem has exactly one positive integer answer, chosen specifically to allow unambiguous, fully automated grading rather than free-form proof evaluation.
Free-response competition math problem in (Markdown with LaTeX), single positive integer answer out, typically boxed; no answer choices are offered.
No model card in ModelSpec reports this benchmark yet.