Plain-language summaries of cutting-edge research in technology, sports science, and cybersecurity
Medium ProfileFirst comprehensive benchmark for evaluating AI exploitation capabilities. Tests whether AI agents can turn known vulnerabilities into working attacks across userspace programs, browsers, and Linux kernel.
View PDFAI systems that can autonomously conduct multi-stage cyber campaigns at the level of sophisticated criminal groups and intelligence agencies. Covers capabilities, tactics, strategic implications, and defense frameworks.
View PDFOpen-source AI framework for automated vulnerability discovery and penetration testing. Designed to be deployed in bug bounty programs and real-world security assessments.
View PDFBenchmark for evaluating how well AI security agents can operate stealthily during penetration tests. Measures detection evasion capabilities of autonomous offensive tools.
View PDFIoT-based system using wearable sensors to monitor athlete biomechanics in real-time, predicting and preventing sports injuries through machine learning analysis.
View PDFComputer vision system for automated soccer analytics, including player tracking, tactical analysis, and performance metrics using deep learning models.
View PDFComprehensive survey of the intersection between neuroscience and artificial intelligence, exploring how brain-inspired approaches can advance AI capabilities.
View PDFFramework for developing AI systems inspired by neurocognitive processes, bridging the gap between brain science and machine intelligence.
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