Turkish decision-making benchmark HakemBench released with 2,346 items across seven tracks
HakemBench is a new Turkish benchmark for evaluating models on typed decision-making tasks, released under CC BY 4.0.
HakemBench is a new Turkish benchmark for evaluating models on typed decision-making tasks, released under CC BY 4.0.
A new benchmark called XiangqiBench evaluates LLM agents in closed-loop Chinese chess endgames, requiring models to deliver checkmate against an engine defender rather than just suggest a move.
A new framework called Calibrated User Embeddings (CUE) aims to improve the ecological validity of user simulators used in multi-turn AI agent benchmarks.
Anthropic’s claude-api plugin adds `build_eval` and `hill-climb` commands for automating eval design and improvement.
ScopeBench introduces 30 agentic security tasks where the objective is only reachable by violating stated scope boundaries.
The UK AI Security Institute (AISI) will publish verified evaluation results for five benchmarks and six frontier models using EvalEval’s open reporting schema.
BioPhys-Bridge introduces 500 cases and 1,517 tasks to evaluate evidence-grounded scientific reasoning in biophysics.
A systematic review of 14,767 arXiv papers from January 2022 to August 2026 maps how LLM benchmark design has evolved.
BenchMIRT is a new method to audit LLM benchmarks at the prompt level using multidimensional Item Response Theory (MIRT).
A new benchmark, DeflectBench, evaluates how large language models respond to prompts requesting rhetorical fallacies like whataboutism, ad hominem, and red herring.
AI models improved rapidly on New York Times Connections puzzles from 18% solve rate in late 2024 to near-perfect in early 2025.
Outcome-only evaluation misses 55% of silent faults in agent trajectories, flagging 33% of correct trajectories as failures.
EvalDetectBench is an open pipeline and benchmark designed to measure evaluation awareness in frontier language models.
Google DeepMind launched the first double-blind evaluation of a proprietary frontier AI model using cryptographically secure environments.
Introduces ESQ-Bench, an Oracle-first NL2SQL benchmark with three enterprise schema complexity tiers and silent-divergence evaluation.
A new benchmark called RENDER evaluates how the format of memory inputs (raw dialogue, summaries, structured records) affects LLM performance scores.
Wazobia Eval is the first benchmark focused on Nigerian Pidgin emotion understanding, sarcasm detection, and cultural reasoning.
Eleven widely used open-source ASR models reproduced benchmark errors and omitted audible words when acoustic cues suggested the test context.
Backtrader-Bench is a new benchmarking framework for evaluating LLM coding agents in algorithmic trading using self-generated multiple-choice questions (MCQs).
Apple’s ML Research team introduced DeepAmbigQA, a dataset of 3,600 questions designed to test LLMs on ambiguous multi-hop reasoning.
smevals is a new open-source eval suite for testing AI models, prompts, and agent harnesses.
A new arXiv paper introduces a consensus-based evaluation framework that ranks LLM responses by aggregating peer preferences rather than relying on fixed ground truth.
Apple’s Machine Learning Research team introduced LVSum, a human-annotated benchmark for evaluating long-form video summarization with fine-grained temporal alignment.
Introduces CLIR-Bench, a benchmark for multimodal question answering over irregular clinical time series.
An applied AI engineer compared 100 human-annotated traces with automated eval systems to assess their reliability.
OpenAI published an analysis identifying reliability and accuracy concerns in SWE-Bench Pro, a popular benchmark for evaluating AI coding performance.
AgentLens introduces a benchmark that evaluates interactive coding agents by their full task trajectory rather than a binary pass/fail outcome.
A new benchmark called CSTutorBench evaluates how well small language models can act as tutors in K-12 computer science education using block-based programming in VEX VR.
ScarfBench introduces 34 enterprise Java applications, 204 migration tasks, and 1,331 expert-written tests to evaluate AI agents on framework modernization.
GPTNT is a new benchmark for evaluating real-time collaboration between multimodal agents using the cooperative video game 'Keep Talking and Nobody Explodes'.
Accuracy saturation in AI benchmarks often leads to retirement or replacement, but this misses other performance dimensions like construct validity, efficiency, and reliability.
A new benchmark introduces a contamination-aware, multi-zone protocol to evaluate when LLMs should answer or abstain.
A nine-judge LLM-as-a-judge panel provides only about two independent votes’ worth of information due to correlated errors.
OpenAI introduced LifeSciBench, a benchmark designed to evaluate AI systems on real-world life science research tasks and decisions.
Hugging Face and IBM Research launched the Open Agent Leaderboard, an evaluation framework that benchmarks full agent systems (model plus architecture) rather than isolated models across six real-world task categories.
Forum AI, founded by former Meta news chief Campbell Brown 17 months ago, builds benchmarks evaluated by leading experts to test how foundation models perform on high-stakes topics including geopolitics, mental health, finance, and hiring.
Researchers introduce BenchJack, an automated red-teaming system designed to identify reward-hacking vulnerabilities in AI agent benchmarks across software engineering, web navigation, and other domains.
The Holistic Agent Leaderboard spent $40,000 to evaluate 21,730 agent rollouts across 9 models and 9 benchmarks, with single frontier-model runs costing up to $2,829 per task.
Error analysis—systematic manual review of 50-100+ traces—is the foundation of effective LLM evaluation, not infrastructure or metrics.
A group of 17 researchers from academia, government, industry, and civil society launched CRUX, a project to conduct 'open-world evaluations' that test AI on complex, unstructured real-world tasks instead of standardized benchmarks.
Researchers from Narayanan and Kapoor's lab released a framework decomposing AI agent reliability into 12 dimensions across four core areas: consistency, robustness, calibration, and safety.