A Reddit user released a 19-task cybersecurity benchmark where models attack isolated Docker boxes to find flags, with 544 scored attempts across 6 models. Local Qwen3.8 27B scored 28.1%, while cheap API models like GPT-6 Luna reached 90.9%. The post was prompted by a John Hammond video showing criminals use the same model on RunPod.
Anthropic's Frontier Red Team published an evaluation of GLM-5.3 and Claude Mythos Preview on 100 randomly selected tasks from an internal Binary Exploitation benchmark. GLM-5.3 produced full control flow hijacks in 4% of trials versus 6% for Claude Mythos Preview, while earlier models like Claude Opus 4.6 and GLM-5.2 succeeded in none. The report frames this as a meaningful threshold being crossed in AI cyber capabilities.
Anthropic's Frontier Red Team published an evaluation of GLM-5.3 and Claude Mythos Preview on 100 randomly selected tasks from an internal Binary Exploitation benchmark. GLM-5.3 produced full control flow hijacks in 4% of trials versus 6% for Claude Mythos Preview, while earlier models like Claude Opus 4.6 and GLM-5.2 succeeded in none. The report frames this as a meaningful threshold being crossed in AI cyber capabilities.
A Reddit post introduces HunterBench, a benchmark for comparing which LLMs perform best at penetration testing. The author argues existing options like CyberGym focus on promoting agents and tooling rather than comparing models, and cover mainly exploit/PoC generation for known vulnerabilities in isolated environments. The benchmark aims to fill the gap for evaluating the latest models on real pentesting work.
A Reddit post introduces HunterBench, a benchmark for comparing which LLMs perform best at penetration testing. The author argues existing options like CyberGym focus on promoting agents and tooling rather than comparing models, and cover mainly exploit/PoC generation for known vulnerabilities in isolated environments. The benchmark aims to fill the gap for evaluating the latest models on real pentesting work.
AI researcher Taha (lordx64) released CyberKimi, a privacy-first, unrestricted cybersecurity model fine-tuned from Moonshot's Kimi K3, and demonstrated strong results on ExploitBench's v8-cve-2024-6100 challenge. The model is designed for both red and blue team operations.
AI researcher Taha (lordx64) released CyberKimi, a privacy-first, unrestricted cybersecurity model fine-tuned from Moonshot's Kimi K3, and demonstrated strong results on ExploitBench's v8-cve-2024-6100 challenge. The model is designed for both red and blue team operations.
A benchmark-style project comparing local open-source and frontier cloud models on real security auditing of public GitHub codebases. Over two weeks it logged 1,665 model runs across 27 repos, producing 1,067 findings with per-model accuracy results. Results are published in a verifiable audit database, aimed at developers evaluating which models are reliable for security work.
A benchmark-style project comparing local open-source and frontier cloud models on real security auditing of public GitHub codebases. Over two weeks it logged 1,665 model runs across 27 repos, producing 1,067 findings with per-model accuracy results. Results are published in a verifiable audit database, aimed at developers evaluating which models are reliable for security work.
A small team at Adverserial introduced CyberPVP, a live head-to-head benchmark where security-focused models compete on the same cybersecurity tasks. The first public run matches CyberKimi against Aikido Security's ALTAR-1 on 100 randomly selected CyberGym tasks, with traces streamed live and published for independent verification.
A small team at Adverserial introduced CyberPVP, a live head-to-head benchmark where security-focused models compete on the same cybersecurity tasks. The first public run matches CyberKimi against Aikido Security's ALTAR-1 on 100 randomly selected CyberGym tasks, with traces streamed live and published for independent verification.