AI benchmark index
What major benchmarks test and what selected primary sources reported.
- 19
- benchmark releases
- 58
- published result records
- 0
- Draconitic-run evaluations
Showing all 19 benchmark releases.
ARC-AGI-2 ARC-AGI-2 2025 private evaluation
Permanent entry- Task and data
- ARC-AGI-2 evaluates programmatic solutions on novel abstract grid-transformation tasks; the 2025 competition used a hidden private evaluation under efficiency and cost constraints.
- Primary metric
- A task scores as solved when one of two submitted outputs exactly matches the hidden output; the final accuracy is averaged over private tasks and higher is better.
- What it measures
- few-shot abstraction, rule induction, and exact generalization on unfamiliar visual grid transformations under the competition's resource constraints.
- Comparison rules
- Compare only the same ARC-AGI-2 year, split, submission allowance, and budget. These are 2025 competition system results, not model-only scores.
- Access and licensing
- Use ARC data and competition assets only under their official terms. The Compendium reproduces no grids, tasks, or solution artifacts.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| NVARCarc-agi-2:2025:private:budget-0.20 | 24.0%higher, percent | private-evaluation accuracyofficial 2025 competition result | ARC-AGI-2 2025 private evaluationOfficial competition result at a reported cost of USD $0.20 per task; implementation details live in the team's linked write-up.This is an engineered competition solution, not a base-model evaluation. | ARC Prize FoundationPublished not stated by publisher, reviewed 2026-07-13competition-result, published-third-party |
| the ARChitectsarc-agi-2:2025:private:budget-0.20 | 16.5%higher, percent | private-evaluation accuracyofficial 2025 competition result | ARC-AGI-2 2025 private evaluationOfficial competition result at a reported cost of USD $0.20 per task; implementation details live in the team's linked write-up.The aggregate page does not restate every inference and training parameter; no missing setup is inferred here. | ARC Prize FoundationPublished not stated by publisher, reviewed 2026-07-13competition-result, published-third-party |
| MindsAIarc-agi-2:2025:private:budget-0.20 | 12.6%higher, percent | private-evaluation accuracyofficial 2025 competition result | ARC-AGI-2 2025 private evaluationOfficial competition result at a reported cost of USD $0.20 per task; implementation details live in the team's linked write-up.Later ARC-AGI-2 leaderboards and different budgets are separate comparison classes. | ARC Prize FoundationPublished not stated by publisher, reviewed 2026-07-13competition-result, published-third-party |
GAIA GAIA 2023 paper release
Permanent entry- Task and data
- GAIA contains 466 real-world assistant questions divided into three difficulty levels and requiring combinations of reasoning, web browsing, files, multimodal inputs, and tools.
- Primary metric
- Accuracy is the share of questions receiving the unambiguous final answer; higher is better for a fixed split and tool-access policy.
- What it measures
- general-assistant task completion when answers require coordinated reasoning, retrieval, multimodal handling, and external tool use.
- Comparison rules
- A GAIA score is a system score. Match the 2023 release, split, tool set, browser state, and answer normalization before comparing results.
- Access and licensing
- The GAIA dataset card forbids resharing validation or test data in a crawlable form and requires gated access. The Compendium reproduces no questions, files, or answers.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| Human respondentsgaia-2023:paper:human | 92%higher, percent | accuracyhistorical human baseline | GAIA paper evaluationHuman evaluation described in the paper; per-participant and tool-condition detail is not restated in the abstract.This is a paper-level human anchor, not an unrestricted population estimate. | GAIA authorsPublished 2023-11-21, reviewed 2026-07-13human-baseline, published-third-party |
| GPT-4 equipped with pluginsgaia-2023:paper:gpt4-plugins | 15%higher, percent | accuracyhistorical system result | GAIA paper evaluationGPT-4 system with plugins; exact model snapshot, plugin inventory, and all execution parameters are not stated in the abstract.The missing exact plugin and model setup is explicit; this is not a base GPT-4 score. | GAIA authorsPublished 2023-11-21, reviewed 2026-07-13original-paper, published-third-party |
GPQA 2023 paper release (Extended/Main/Diamond sets)
Permanent entry- Task and data
- GPQA Extended contains 546 expert-written multiple-choice questions in biology, physics and chemistry. Its curated Main and Diamond subsets contain 448 and 198 questions.
- Primary metric
- Accuracy is the share of four-choice questions answered correctly; higher is better only when subset and supervision setup match.
- What it measures
- graduate-level scientific question answering and the gap between domain experts, skilled outsiders, and model baselines under specified resource conditions.
- Comparison rules
- Keep the subset and access-to-search setting attached. Raw expert and non-expert figures are not interchangeable with model results on a filtered subset.
- Access and licensing
- The Compendium does not reproduce GPQA questions. Dataset access and reuse remain governed by the benchmark publisher's terms.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| Domain-expert validatorsgpqa-2023:extended:expert | 65%higher, percent | accuracyhistorical human baseline | GPQA ExtendedExperts with or pursuing relevant PhDs; raw accuracy before discounting retrospectively identified clear mistakes.The paper also reports 74% after discounting clear mistakes; that adjusted figure is a different analysis. | GPQA authorsPublished 2023-11-20, reviewed 2026-07-13human-baseline, published-third-party |
| Skilled non-expert validatorsgpqa-2023:extended:nonexpert-web | 34%higher, percent | accuracyhistorical human baseline | GPQA ExtendedExperts in other domains, unrestricted web access, averaging more than 30 minutes per question.The non-expert baseline is specific to the recruited validator population and resource allowance. | GPQA authorsPublished 2023-11-20, reviewed 2026-07-13human-baseline, published-third-party |
| GPT-4gpqa-2023:extended:few-shot-cot | 38.7%higher, percent | accuracyhistorical paper result | GPQA ExtendedFew-shot chain-of-thought prompting; exact GPT-4 provider snapshot is not stated in the result table.A model family label without a dated snapshot limits reproducibility. | GPQA authorsPublished 2023-11-20, reviewed 2026-07-13original-paper, published-third-party |
| GPT-4 with searchgpqa-2023:extended:search-backoff | 39.4%higher, percent | accuracyhistorical system result | GPQA ExtendedSearch system with backoff to the few-shot chain-of-thought answer on abstention.This is a model-plus-retrieval system, not a base-model score; the paper reports a high abstention rate on filtered subsets. | GPQA authorsPublished 2023-11-20, reviewed 2026-07-13original-paper, published-third-party |
GSM8K OpenAI October 2021 release
Permanent entry- Task and data
- GSM8K is an 8,500-problem collection of linguistically varied grade-school arithmetic word problems whose natural-language solutions typically require several calculation steps.
- Primary metric
- The release reports final-answer solve rate. Higher is better when the same sample, candidate count, and answer extraction rules are retained.
- What it measures
- multi-step grade-school mathematical word-problem solving and, in the original work, the value of ranking generated solutions with a trained verifier.
- Comparison rules
- Keep the 100-candidate verifier setup separate from single-generation results and modern provider-reported GSM8K variants.
- Access and licensing
- The Compendium links to the official release and does not reproduce word problems or solutions. Check the dataset repository before reuse.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| OpenAI verification system (exact model variant not named on release page)gsm8k-2021:sample:100-candidate-verifier | 55%higher, percent | solve ratehistorical provider result | sample shared with child comparisonThe system generates 100 candidate solutions and selects the verifier's highest-ranked candidate; the page does not name the exact model variant for this 55% comparison.The subject's exact internal model snapshot is missing from the release page and is deliberately not guessed. | OpenAIPublished 2021-10-29, reviewed 2026-07-13model-provider, published-third-party |
| Small sample of children aged 9–12gsm8k-2021:sample:children | 60%higher, percent | solve ratehistorical human comparison | same sampled problems as the 55% system comparisonVolunteer child comparison reported by OpenAI; sample size and participant-level details are not stated on the release page.This small-sample comparison is not a population-level estimate of child performance. | OpenAIPublished 2021-10-29, reviewed 2026-07-13human-baseline, published-third-party |
HarmBench HarmBench paper v2 (2024-02-27)
Permanent entry- Task and data
- HarmBench standardizes harmful-behavior prompts, automated red-team attacks, target models, classifiers, and robust-refusal evaluation across text and multimodal settings.
- Primary metric
- Attack success rate is the percentage of behaviors elicited under a named attack; lower indicates stronger refusal for a target model, while higher can indicate a stronger attack.
- What it measures
- comparative robustness of model defenses and effectiveness of red-team methods on the benchmark's specified harmful behavior classes.
- Comparison rules
- The anchors below treat the subject as the target model, so lower direct-request ASR is better. Never mix Standard, Contextual, Copyright, All, validation, or test behavior splits.
- Access and licensing
- The Compendium reports aggregate safety-evaluation metadata only and reproduces no harmful prompts, target strings, jailbreaks, or attack payloads.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| Llama 2 7B Chatharmbench-v2:validation:all:direct-request | 0.8%lower, percent | direct-request attack success ratehistorical safety result | all validation behaviors: Standard, Contextual, and CopyrightDirect Request baseline with HarmBench classifier; paper Table 6 all-behavior validation aggregate.Lower is favorable only because the row's subject is the target model, not the red-team method. | HarmBench authorsPublished 2024-02-27, reviewed 2026-07-13original-paper, published-third-party |
| GPT-4 0613harmbench-v2:validation:all:direct-request | 21.0%lower, percent | direct-request attack success ratehistorical safety result | all validation behaviors: Standard, Contextual, and CopyrightDirect Request baseline with HarmBench classifier; paper Table 6 all-behavior validation aggregate.This dated API model and benchmark classifier do not represent current deployment safety. | HarmBench authorsPublished 2024-02-27, reviewed 2026-07-13original-paper, published-third-party |
| Claude 2harmbench-v2:validation:all:direct-request | 2.0%lower, percent | direct-request attack success ratehistorical safety result | all validation behaviors: Standard, Contextual, and CopyrightDirect Request baseline with HarmBench classifier; paper Table 6 all-behavior validation aggregate.The model label lacks a dated provider snapshot; no version is inferred. | HarmBench authorsPublished 2024-02-27, reviewed 2026-07-13original-paper, published-third-party |
HumanEval HumanEval paper v2; 164 Python tasks
Permanent entry- Task and data
- HumanEval is a set of 164 hand-written Python function-synthesis tasks defined by a signature, docstring, body placeholder, and hidden unit tests.
- Primary metric
- The paper reports pass@k, an estimate of the probability that at least one of k generated samples passes all tests; higher is better for a fixed k and sampling setup.
- What it measures
- small, self-contained Python code generation from natural-language function specifications under functional tests.
- Comparison rules
- Never compare pass@1 to pass@10 or pass@100 as one metric. HumanEval+, language ports, and modified test suites are separate lineages.
- Access and licensing
- The Compendium cites aggregate results only and does not reproduce prompts, reference code, or tests.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-J 6Bhumaneval-v2:test:pass@1 | 11.62%higher, percent | pass@1historical paper result | 164 HumanEval taskspass@1 estimated from 200 sampled programs per task under the paper's sampling and execution protocol.A pass means supplied tests passed; it is not proof of complete program correctness. | OpenAI Codex paper authorsPublished 2021-07-14, reviewed 2026-07-13original-paper, published-third-party |
| Codex-12Bhumaneval-v2:test:pass@1 | 28.81%higher, percent | pass@1historical paper result | 164 HumanEval taskspass@1 estimated from 200 sampled programs per task under the paper's Codex evaluation protocol.The early research model label is not interchangeable with later products named Codex. | OpenAI Codex paper authorsPublished 2021-07-14, reviewed 2026-07-13original-paper, published-third-party |
| Codex-S-12Bhumaneval-v2:test:pass@1:supervised | 37.7%higher, percent | pass@1historical paper result | 164 HumanEval taskspass@1 estimated from 200 sampled programs per task after supervised fine-tuning on standalone functions.The supervised adaptation changes the comparison class relative to base Codex. | OpenAI Codex paper authorsPublished 2021-07-14, reviewed 2026-07-13original-paper, published-third-party |
Humanity's Last Exam — static release 2,500-question static release; paper v10
Permanent entry- Task and data
- The static HLE release contains 2,500 closed-ended, expert-reviewed text and image questions spanning more than one hundred subjects at the frontier of academic knowledge.
- Primary metric
- The paper reports answer accuracy and RMS calibration error. The anchors below show accuracy; higher accuracy is better within the fixed static release and judge protocol.
- What it measures
- performance on a deliberately difficult, broad set of expert-level closed-ended academic questions, including multimodal items.
- Comparison rules
- These rows bind to the 2,500-question static paper release, not a rolling HLE dataset or later leaderboard. Text-only model rows are not comparable to full multimodal rows.
- Access and licensing
- The official repository uses an MIT license for repository materials and explicitly asks that benchmark data never enter training corpora. The Compendium links only and reproduces no questions or images.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| gpt-4o-2024-11-20hle-static-2500:full:paper-v10 | 2.7%higher, percent | accuracystatic historical anchor | 2,500-question static releaseStandardized zero-shot reasoning/final-answer prompt; temperature 0; o3-mini answer-equivalence judge.The static-release score should not be relabeled as a current HLE leaderboard result. | HLE organizing teamPublished 2026-02-20, reviewed 2026-07-13original-paper, published-third-party |
| claude-3-5-sonnet-20241022hle-static-2500:full:paper-v10 | 4.1%higher, percent | accuracystatic historical anchor | 2,500-question static releaseStandardized zero-shot reasoning/final-answer prompt; temperature 0; o3-mini answer-equivalence judge.Small near-floor differences are not strong evidence of broad capability gains, as the paper cautions. | HLE organizing teamPublished 2026-02-20, reviewed 2026-07-13original-paper, published-third-party |
| o1-2024-12-17hle-static-2500:full:paper-v10 | 8.0%higher, percent | accuracystatic historical anchor | 2,500-question static releaseStandardized zero-shot reasoning/final-answer prompt; model-supported temperature 1.0; o3-mini answer-equivalence judge.Different reasoning budgets and model-specific temperature constraints matter to comparison. | HLE organizing teamPublished 2026-02-20, reviewed 2026-07-13original-paper, published-third-party |
| o3-mini-2025-01-31 (high)hle-static-2500:text-only:paper-v10 | 13.4%higher, percent | accuracystatic subset anchor | text-only subset of the static releaseStandardized zero-shot reasoning/final-answer prompt; model-supported temperature 1.0; o3-mini answer-equivalence judge.The paper marks this model as text-only, so its subset result is not directly comparable to full multimodal rows. | HLE organizing teamPublished 2026-02-20, reviewed 2026-07-13original-paper, published-third-party |
IFEval IFEval paper v1 (2023-11-14)
Permanent entry- Task and data
- IFEval pairs roughly 500 prompts with one or more of 25 objectively verifiable instruction types such as length, formatting, keywords, and response structure.
- Primary metric
- It reports strict and loose accuracy at prompt and instruction levels. Higher is better, but each of the four metrics is a separate result lineage.
- What it measures
- whether model responses satisfy automatically checkable natural-language constraints under the benchmark's instruction inventory.
- Comparison rules
- Compare the same metric level and strictness. Model responses were collected in different months, and the paper cautions that the two models differ greatly in size.
- Access and licensing
- The Compendium does not reproduce prompts or checker code; use the official paper and linked implementation under their stated terms.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-4 (November 2023 API responses)ifeval-v1:prompt:strict | 76.89%higher, percent | prompt-level strict accuracyhistorical paper result | IFEval full evaluationAPI responses collected in November 2023; exact provider snapshot and decoding parameters are not stated in Table 3.Prompt-level strict requires every instruction in a prompt to pass. | Google ResearchPublished 2023-11-14, reviewed 2026-07-13original-paper, published-third-party |
| GPT-4 (November 2023 API responses)ifeval-v1:instruction:strict | 83.57%higher, percent | instruction-level strict accuracyhistorical paper result | IFEval full evaluationAPI responses collected in November 2023; exact provider snapshot and decoding parameters are not stated in Table 3.Instruction-level strict is not comparable to prompt-level strict despite sharing responses. | Google ResearchPublished 2023-11-14, reviewed 2026-07-13original-paper, published-third-party |
| PaLM 2 S (August 2023 API responses)ifeval-v1:prompt:strict | 43.07%higher, percent | prompt-level strict accuracyhistorical paper result | IFEval full evaluationAPI responses collected in August 2023; exact snapshot and decoding parameters are not stated in Table 3.The paper cautions that PaLM 2 S and GPT-4 are not directly comparable because parameter counts differ greatly. | Google ResearchPublished 2023-11-14, reviewed 2026-07-13original-paper, published-third-party |
| PaLM 2 S (August 2023 API responses)ifeval-v1:instruction:strict | 55.76%higher, percent | instruction-level strict accuracyhistorical paper result | IFEval full evaluationAPI responses collected in August 2023; exact snapshot and decoding parameters are not stated in Table 3.Instruction-level strict is not comparable to prompt-level strict despite sharing responses. | Google ResearchPublished 2023-11-14, reviewed 2026-07-13original-paper, published-third-party |
LiveCodeBench LiveCodeBench paper v2; post-September-2023 slice
Permanent entry- Task and data
- LiveCodeBench continuously collects coding-contest problems after model release dates and evaluates code generation, self-repair, code execution, and output prediction.
- Primary metric
- The paper uses scenario-specific pass@1. The anchors below are total code-generation pass@1 on the paper's post-September-2023 window; higher is better.
- What it measures
- coding performance on recently released contest problems and several adjacent code-reasoning scenarios with time-window analysis for possible contamination.
- Comparison rules
- Pin benchmark release, scenario, date window, difficulty aggregation, prompt, and model snapshot. The paper-v2 anchors are not current leaderboard standings.
- Access and licensing
- The official code is MIT-licensed, but contest problem statements originate with LeetCode, AtCoder, and Codeforces and retain platform-specific terms. No problems are reproduced here.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-4O-2024-05-13livecodebench-v2:post-2023-09:codegen:total | 41.9%higher, percent | code-generation pass@1fixed paper snapshot of rolling benchmark | post-September-2023 problems; all difficulty levelsZero-shot code-generation prompt; total combines Easy, Medium, and Hard in paper Table 3.This dated paper slice is not a current rolling-leaderboard score. | LiveCodeBench authorsPublished 2024-06-06, reviewed 2026-07-13rolling-leaderboard, published-third-party |
| GPT-4-Turbo-2024-04-09livecodebench-v2:post-2023-09:codegen:total | 41.1%higher, percent | code-generation pass@1fixed paper snapshot of rolling benchmark | post-September-2023 problems; all difficulty levelsZero-shot code-generation prompt; total combines Easy, Medium, and Hard in paper Table 3.Prompt and time-window changes move this result into a different comparison class. | LiveCodeBench authorsPublished 2024-06-06, reviewed 2026-07-13rolling-leaderboard, published-third-party |
| Claude-3-Opuslivecodebench-v2:post-2023-09:codegen:total | 32.8%higher, percent | code-generation pass@1fixed paper snapshot of rolling benchmark | post-September-2023 problems; all difficulty levelsZero-shot code-generation prompt; exact provider snapshot is not stated beyond the paper label.The missing exact model snapshot limits reproducibility and is not inferred. | LiveCodeBench authorsPublished 2024-06-06, reviewed 2026-07-13rolling-leaderboard, published-third-party |
LongBench v2 LongBench v2 paper v2 (2025-01-03)
Permanent entry- Task and data
- LongBench v2 contains 503 multiple-choice questions over contexts ranging from 8,000 to two million words across six long-context task families.
- Primary metric
- Overall accuracy is reported in percent, with zero-shot and zero-shot chain-of-thought columns. Higher is better within the same column and truncation policy.
- What it measures
- deep understanding and reasoning over long single documents, multiple documents, code repositories, dialogues, structured data, and in-context learning material.
- Comparison rules
- Attach zero-shot versus chain-of-thought, model snapshot, context/truncation policy, and compensation rule. LongBench v1 and v2 are different datasets.
- Access and licensing
- The Compendium cites aggregate paper results only and does not reproduce long documents, questions, structured data, or answer choices.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| o1-preview-2024-09-12longbench-v2:full:cot:uncompensated | 57.7%higher, percent | overall accuracyhistorical paper result | 503-item full setZero-shot chain-of-thought; middle truncation beyond model context; invalid choices counted incorrect in the main table.The paper's compensated table uses another scoring treatment and must not be mixed with this row. | LongBench v2 authorsPublished 2025-01-03, reviewed 2026-07-13original-paper, published-third-party |
| GPT-4o-2024-08-06longbench-v2:full:zero-shot:uncompensated | 50.1%higher, percent | overall accuracyhistorical paper result | 503-item full setZero-shot column; middle truncation beyond model context; invalid choices counted incorrect in the main table.The adjacent CoT score is 51.2%; this anchor is specifically the zero-shot column. | LongBench v2 authorsPublished 2025-01-03, reviewed 2026-07-13original-paper, published-third-party |
| Human expertslongbench-v2:full:human-15-minute | 53.7%higher, percent | overall accuracyhistorical human baseline | 503-item full setExperts had a 15-minute time limit per item and could answer 'I don't know'; this occurred for eight percent of data.Time limits and recruited expertise define this baseline; it is not an unrestricted human ceiling. | LongBench v2 authorsPublished 2025-01-03, reviewed 2026-07-13human-baseline, published-third-party |
MATH MATH 2021 paper release
Permanent entry- Task and data
- MATH contains 12,500 competition-mathematics problems across seven subjects and five difficulty levels, each paired with a worked solution in the released dataset.
- Primary metric
- The paper primarily reports exact-answer accuracy after normalization of equivalent final-answer formats; higher is better within the same split and generation rules.
- What it measures
- competition-style mathematical problem solving across algebra, geometry, number theory, counting and probability, and related school-level areas.
- Comparison rules
- Separate few-shot GPT-3 from AMPS-pretrained and fine-tuned GPT-2 results. Modern MATH variants and scoring pipelines are different lineages.
- Access and licensing
- The Compendium does not reproduce problems, figures, or solutions. Code licensing does not automatically grant rights to every source problem.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-2 1.5Bmath-2021:test:amps-pretrained:fine-tuned | 6.9%higher, percent | exact-answer accuracyhistorical paper baseline | MATH test setFine-tuned model pretrained on the paper's AMPS auxiliary corpus; aggregate across seven subjects.This setup includes AMPS pretraining and is not directly comparable to the paper's GPT-3 API rows. | MATH authorsPublished 2021-03-05, reviewed 2026-07-13original-paper, published-third-party |
| GPT-3 175Bmath-2021:test:gpt3:few-shot | 5.2%higher, percent | exact-answer accuracyhistorical paper baseline | MATH test setFew-shot GPT-3 API evaluation; no AMPS pretraining; the exact API snapshot is not stated beyond the 175B model label.Few-shot and fine-tuned rows use different adaptation regimes. | MATH authorsPublished 2021-03-05, reviewed 2026-07-13original-paper, published-third-party |
| Three-time IMO gold medalistmath-2021:human:n20:one-hour | 90%higher, percent | accuracysmall-sample human anchor | 20 randomly sampled MATH test problemsOne-hour, by-hand human study; 18 of 20 correct.A single expert on 20 items is illustrative, not a precise benchmark-wide human ceiling. | MATH authorsPublished 2021-03-05, reviewed 2026-07-13human-baseline, published-third-party |
MMLU ICLR 2021 paper release
Permanent entry- Task and data
- MMLU aggregates four-choice questions across 57 academic and professional subjects, with development, validation, and held-out test examples.
- Primary metric
- The paper reports classification accuracy averaged across examples and tasks; higher is better within the same release and prompting protocol.
- What it measures
- broad text-only knowledge recall and problem solving across the sampled school, university, and professional domains.
- Comparison rules
- Compare only results using the same 57-task release and matching shot/scoring protocol. Later MMLU variants and provider-reported aggregates may use different prompts.
- Access and licensing
- The Compendium links to the paper and does not reproduce questions. Underlying question sources can retain separate rights and terms.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-3 175B (paper label: X-Large)mmlu-2021:test:57-task:few-shot | 43.9%higher, percent | average classification accuracyhistorical paper baseline | 57-task test aggregateFew-shot prompting; the paper evaluates the 175B GPT-3 variant across all tasks.This is the original paper baseline, not a current GPT-family result. | MMLU authorsPublished 2021-01-12, reviewed 2026-07-13original-paper, published-third-party |
| Unspecialized Amazon Mechanical Turk participantsmmlu-2021:human:unspecialized | 34.5%higher, percent | average classification accuracyhistorical human baseline | human comparison over the benchmarkHuman baseline described by the paper; participant sampling detail is limited in the result summary.A crowd-worker baseline is not an estimate of expert performance. | MMLU authorsPublished 2021-01-12, reviewed 2026-07-13human-baseline, published-third-party |
| Estimated expert-level human performancemmlu-2021:human:expert-estimate | 89.8%higher, percent | estimated average accuracyhistorical estimate | 57-subject aggregate estimatePaper authors combine available 95th-percentile exam performance with estimates where equivalent data are unavailable.This is an author estimate, not one controlled participant run across every MMLU subject. | MMLU authorsPublished 2021-01-12, reviewed 2026-07-13human-baseline, published-third-party |
MMLU-Pro paper v6 (2024-11-06)
Permanent entry- Task and data
- MMLU-Pro revises MMLU into 14 reasoning-heavy categories, removes noisy or trivial items, and expands multiple-choice questions from four to ten options.
- Primary metric
- The paper reports overall accuracy in percent. Its main table uses chain-of-thought and five shots except for the two Gemini 1.5 rows, which use zero shots.
- What it measures
- more discriminative knowledge-and-reasoning performance under the paper's ten-option, curated multiple-choice construction.
- Comparison rules
- Do not compare the rows below to ordinary MMLU scores. Within MMLU-Pro, preserve the paper version and distinguish five-shot from zero-shot settings.
- Access and licensing
- The Compendium paraphrases paper metadata and does not reproduce benchmark questions or answer choices.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-4o (paper's June 2024 evaluation label)mmlu-pro-v6:test:cot:5-shot | 72.6%higher, percent | overall accuracyhistorical paper result | overall test aggregateChain-of-thought, five-shot setting from Table 2; exact provider snapshot is not stated in the table.The exact dated GPT-4o API model is not reported, so this row must not be merged with provider-version results. | MMLU-Pro authorsPublished 2024-11-06, reviewed 2026-07-13original-paper, published-third-party |
| Gemini-1.5-Prommlu-pro-v6:test:cot:0-shot | 69.0%higher, percent | overall accuracyhistorical paper result | overall test aggregateChain-of-thought, zero-shot setting from Table 2; exact provider snapshot is not stated in the table.This row uses zero shots while most Table 2 rows use five, so direct model comparison needs that qualification. | MMLU-Pro authorsPublished 2024-11-06, reviewed 2026-07-13original-paper, published-third-party |
| Claude-3-Opusmmlu-pro-v6:test:cot:5-shot | 68.5%higher, percent | overall accuracyhistorical paper result | overall test aggregateChain-of-thought, five-shot setting from Table 2; exact provider snapshot is not stated in the table.Provider-side model updates and prompt differences can invalidate comparisons to similarly named later snapshots. | MMLU-Pro authorsPublished 2024-11-06, reviewed 2026-07-13original-paper, published-third-party |
MMMU MMMU paper v4 (2024-06-13)
Permanent entry- Task and data
- MMMU contains about 11,500 multimodal questions from college exams, quizzes, and textbooks across 30 subjects, 183 subfields, and many image types.
- Primary metric
- The paper reports multiple-choice and open-answer accuracy. The anchors below use overall validation accuracy; higher is better within that 900-item split.
- What it measures
- college-level multimodal perception plus domain knowledge and reasoning across art, business, science, medicine, humanities, and engineering.
- Comparison rules
- Keep validation and test separate and distinguish author-provided outputs from benchmark-team runs. MMMU-Pro is a separate benchmark, not a drop-in update.
- Access and licensing
- The official repository says annotators were instructed to respect source rights and invites removal reports. The Compendium reproduces no questions, textbook figures, music, charts, or tables.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| Random choicemmmu-v4:validation-900:overall | 22.1%higher, percent | accuracyhistorical baseline | 900-item validation setAnswer-frequency baseline reported in paper Table 2.The chance level is not exactly 25% because answer-option counts vary. | MMMU authorsPublished 2024-06-13, reviewed 2026-07-13original-paper, published-third-party |
| Best expert groupmmmu-v4:validation-900:human-expert | 88.6%higher, percent | accuracyhistorical human baseline | 900-item validation setBest of three college-senior expert levels; 90 students represented 30 subjects and could consult textbooks.This recruited expert comparison is not a universal human ceiling. | MMMU authorsPublished 2024-06-13, reviewed 2026-07-13human-baseline, published-third-party |
| GPT-4V(ision) (Playground)mmmu-v4:validation-900:text-image | 56.8%higher, percent | accuracyhistorical paper result | 900-item validation setText-and-image input under the benchmark paper's Playground evaluation; exact dated model snapshot is not stated.Missing exact provider snapshot limits reproduction. | MMMU authorsPublished 2024-06-13, reviewed 2026-07-13original-paper, published-third-party |
| GPT-4ommmu-v4:validation-900:author-provided | 69.1%higher, percent | accuracyhistorical author-provided result | 900-item validation setAuthor-provided result; the paper does not report one unified prompt/setup for this row.The source marks this as author-provided; absent setup details are not filled in by the Compendium. | MMMU authorsPublished 2024-06-13, reviewed 2026-07-13model-provider, published-third-party |
MTEB v1 MTEB paper v3; 56 English datasets
Permanent entry- Task and data
- MTEB v1 spans eight embedding task types; the paper's English aggregate covers 56 datasets across classification, clustering, pair classification, reranking, retrieval, semantic similarity, and summarization.
- Primary metric
- Each task type has its own principal metric; the paper's overall score averages task-level main metrics on a 0–100 scale. Higher is better within the fixed dataset suite.
- What it measures
- how one text-embedding model transfers across several retrieval, similarity, classification, clustering, reranking, and related English tasks.
- Comparison rules
- These are MTEB v1 paper aggregates over 56 English datasets. Do not merge them with current MTEB leaderboard variants, multilingual suites, or different task weighting.
- Access and licensing
- The benchmark framework and each underlying dataset can have different licenses. The Compendium reproduces no examples or dataset content.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| ST5-XXLmteb-v1:english-56:paper-average | 59.51higher, benchmark points | average of task main metricshistorical paper result | 56 English datasetsPaper Table 1 aggregate; task-specific main metrics averaged across the English subsets.The aggregate mixes task-specific metrics and is not a percentage of examples correct. | MTEB authorsPublished 2023-03-19, reviewed 2026-07-13original-paper, published-third-party |
| GTR-XXLmteb-v1:english-56:paper-average | 58.97higher, benchmark points | average of task main metricshistorical paper result | 56 English datasetsPaper Table 1 aggregate; task-specific main metrics averaged across the English subsets.Task-level tradeoffs are hidden by the overall average. | MTEB authorsPublished 2023-03-19, reviewed 2026-07-13original-paper, published-third-party |
| SGPT-5.8B-msmarcomteb-v1:english-56:paper-average | 58.81higher, benchmark points | average of task main metricshistorical paper result | 56 English datasetsPaper Table 1 aggregate; task-specific main metrics averaged across the English subsets.Training on MS MARCO can affect retrieval-oriented performance and comparability. | MTEB authorsPublished 2023-03-19, reviewed 2026-07-13original-paper, published-third-party |
| OpenAI Ada Similaritymteb-v1:english-56:paper-average | 49.52higher, benchmark points | average of task main metricshistorical paper result | 56 English datasetsPaper Table 1 aggregate; exact provider snapshot beyond the published model label is not stated.This historical provider label is not interchangeable with later OpenAI embedding models. | MTEB authorsPublished 2023-03-19, reviewed 2026-07-13original-paper, published-third-party |
OSWorld OSWorld paper v2 (2024-05-30)
Permanent entry- Task and data
- OSWorld provides 369 open-ended computer tasks in real Ubuntu, Windows, and macOS environments across web, office, media, coding, and cross-application workflows.
- Primary metric
- Execution-based success rate is the share of tasks whose environment end state satisfies the task-specific evaluator; higher is better under the same OS and observation/action setup.
- What it measures
- multimodal computer-agent ability to perceive interfaces and execute mouse, keyboard, and code actions across real desktop applications.
- Comparison rules
- Preserve input modality, action space, operating-system image, model snapshot, and task release. Human, accessibility-tree, screenshot, and Set-of-Mark rows are distinct.
- Access and licensing
- The Compendium does not reproduce tasks, screenshots, application assets, or environment images; use official access paths and third-party software licenses.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| Human participantsosworld-v2:full:human | 72.36%higher, percent | execution success ratehistorical human baseline | OSWorld full task setPaper human-performance study using real environments and task-specific execution checks.Human performance reflects the study's participants, environment, and time conditions. | OSWorld authorsPublished 2024-05-30, reviewed 2026-07-13human-baseline, published-third-party |
| GPT-4osworld-v2:full:a11y-tree | 12.24%higher, percent | execution success ratehistorical agent result | OSWorld full task setAccessibility-tree input and pyautogui-style computer actions; three recent observations/actions in chat history.The paper label does not supply an exact dated GPT-4 snapshot; no version is inferred. | OSWorld authorsPublished 2024-05-30, reviewed 2026-07-13original-paper, published-third-party |
| GPT-4oosworld-v2:full:a11y-tree | 11.36%higher, percent | execution success ratehistorical agent result | OSWorld full task setAccessibility-tree input and pyautogui-style computer actions; three recent observations/actions in chat history.This is one observation/action configuration, not a general GPT-4o computer-use score. | OSWorld authorsPublished 2024-05-30, reviewed 2026-07-13original-paper, published-third-party |
SWE-Bench Pro SWE-Bench Pro September 2025 release
Permanent entry- Task and data
- SWE-Bench Pro contains 1,865 longer-horizon software-engineering tasks across 41 maintained public, held-out, and commercial repositories, with human-augmented requirements and reproducible tests.
- Primary metric
- Percent resolved is the fraction of tasks whose patches satisfy the benchmark tests. Higher is better only within the same public, held-out, or commercial split and scaffold.
- What it measures
- agentic repository work on larger, more diverse, and less easily memorized software tasks than the original SWE-bench family.
- Comparison rules
- Never pool public and commercial results. These release-page anchors use the SWE-Agent scaffold and model labels exactly as published; exact provider snapshots are missing.
- Access and licensing
- Public, held-out, and commercial materials have different access and licensing conditions. The Compendium publishes metadata and results only, not tasks or code.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| OpenAI GPT-5 (exact snapshot not stated by source)swebench-pro-2025:public:swe-agent | 23.3%higher, percent | resolvedofficial release result | public datasetSWE-Agent scaffold; the release page does not name the exact GPT-5 snapshot or restate every inference parameter.Do not infer a provider snapshot or compare this with commercial-split results. | Scale AIPublished 2025-09-19, reviewed 2026-07-13original-paper, published-third-party |
| Claude Opus 4.1 (exact snapshot not stated by source)swebench-pro-2025:public:swe-agent | 23.1%higher, percent | resolvedofficial release result | public datasetSWE-Agent scaffold; the release page does not name the exact Claude Opus 4.1 snapshot or restate every inference parameter.A 0.2-point difference should not be treated as decisive without uncertainty and repeat-run detail. | Scale AIPublished 2025-09-19, reviewed 2026-07-13original-paper, published-third-party |
| Claude Opus 4.1 (exact snapshot not stated by source)swebench-pro-2025:commercial:swe-agent | 17.8%higher, percent | resolvedofficial private-split result | private commercial subsetSWE-Agent scaffold; proprietary repository evaluation. Exact model snapshot and full task artifacts are unavailable on the release page.Private tasks cannot be independently inspected and are a different comparison class from public tasks. | Scale AIPublished 2025-09-19, reviewed 2026-07-13original-paper, published-third-party |
| OpenAI GPT-5 (exact snapshot not stated by source)swebench-pro-2025:commercial:swe-agent | 14.9%higher, percent | resolvedofficial private-split result | private commercial subsetSWE-Agent scaffold; proprietary repository evaluation. Exact model snapshot and full task artifacts are unavailable on the release page.Private tasks cannot be independently inspected and are a different comparison class from public tasks. | Scale AIPublished 2025-09-19, reviewed 2026-07-13original-paper, published-third-party |
SWE-bench Verified — historical release 500-instance 2024 release; historical OpenAI snapshot
Permanent entry- Task and data
- SWE-bench Verified is a human-filtered set of 500 real GitHub issue-resolution tasks whose problem statements, tests, and environments were reviewed for feasibility.
- Primary metric
- Percent resolved is the share of instances whose generated patch applies and passes both FAIL_TO_PASS and PASS_TO_PASS tests; higher is better for a fixed scaffold and harness.
- What it measures
- agent-plus-model ability to navigate Python repositories and produce test-passing patches for selected real-world issues.
- Comparison rules
- Treat the 2024 OpenAI figure as historical. Current mini-SWE-agent releases 1.x and 2.x are explicitly not necessarily comparable, and arbitrary-scaffold results form other lineages.
- Access and licensing
- Repository issues, code, and tests retain their original project licenses. The Compendium does not reproduce issue text, patches, tests, or repository assets.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| gpt-4o-2024-05-13 with Agentlessswebench-verified-2024:openai-study:agentless:single-seed | 33.2%higher, percent | resolvedhistorical; not a current leaderboard rank | 500-instance SWE-bench VerifiedBest-performing open-source scaffold in OpenAI's study; one seed using closest-documented or default hyperparameters.OpenAI states the run may differ from official leaderboard reports; later harness and scaffold results are separate. | OpenAI and SWE-benchPublished 2024-08-13, reviewed 2026-07-13historical-snapshot, published-third-party |
TruthfulQA TruthfulQA paper v2 (2022-05-08)
Permanent entry- Task and data
- TruthfulQA comprises 817 adversarially written questions in 38 categories chosen to elicit common misconceptions and imitative falsehoods from language models.
- Primary metric
- The generation task reports truthfulness and informativeness under human or learned judgments; the multiple-choice tasks use separate accuracy metrics.
- What it measures
- resistance to producing selected common falsehoods when answering short questions, with a deliberate distinction between truth and informativeness.
- Comparison rules
- Keep generation truthfulness, true-and-informative, MC1, and MC2 separate. These anchors are original generation-task results, not the January 2025 binary variant.
- Access and licensing
- The Compendium publishes no benchmark questions or reference answers and links to the primary paper for methodology.
| Published subject | Score | Metric | Split and evaluation setting | Source record |
|---|---|---|---|---|
| GPT-3 175B with helpful prompttruthfulqa-v2:generation:truthfulness | 58%higher, percent | truthful answershistorical paper result | 817-question generation taskHelpful prompt; generated full-sentence answers judged for truthfulness under the paper's protocol.Only 21% of answers were both true and informative; truthfulness alone can reward uninformative responses. | TruthfulQA authorsPublished 2022-05-08, reviewed 2026-07-13original-paper, published-third-party |
| Human participanttruthfulqa-v2:generation:truthfulness:human | 94%higher, percent | truthful answershistorical human baseline | 817-question generation taskSingle human participant answered the generation questions under the paper's comparison protocol.One participant is an illustrative anchor, not a population estimate; 87% of answers were both true and informative. | TruthfulQA authorsPublished 2022-05-08, reviewed 2026-07-13human-baseline, published-third-party |
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