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This paper proposes a paradigm shift in AI evaluation by moving from human-centric benchmarks to a system where models generate their own challenges, enabling scalable measurement beyond current human capabilities. By utilizing an adversarial psychometric rating framework, the approach mitigates issues like private information attacks and judge fatigue, offering a practical solution for assessing advanced agent performance without relying on external examiners.
Measuring Intelligence Beyond Human Scale
arXiv:2607.07040v2 Announce Type: replace Abstract: How can we measure intelligence beyond human capability? Human-authored benchmarks saturate, and above human capability, examiners may not know which tasks are both hard and verifiable. We argue that this difficulty is inherent to absolute-scale evaluation and propose a new paradigm based on relative measurement in which models generate public challenges that separate other systems. Aggregating these outcomes yields an adversarial psychometric rating system that can scale with the systems being measured. We describe practical protocols that reduce incentives for private-information attacks, support judge-free adjudication, and naturally scale with agent capabilities. We instantiate the framework across verifiable and open-ended, non-verifiable domains, illustrating how model-generated evaluation can continue to measure systems beyond the human frontier.
Abstract:How can we measure intelligence beyond human capability? Human-authored benchmarks saturate, and above human capability, examiners may not know which tasks are both hard and verifiable. We argue that this difficulty is inherent to absolute-scale evaluation and propose a new paradigm based on relative measurement in which models generate public challenges that separate other systems. Aggregating these outcomes yields an adversarial psychometric rating system that can scale with the systems being measured. We describe practical protocols that reduce incentives for private-information attacks, support judge-free adjudication, and naturally scale with agent capabilities. We instantiate the framework across verifiable and open-ended, non-verifiable domains, illustrating how model-generated evaluation can continue to measure systems beyond the human frontier.
Artificial Intelligence (cs.AI)
arXiv:2607.07040 [cs.AI]
(or arXiv:2607.07040v2 [cs.AI] for this version)
https://doi.org/10.48550/arXiv.2607.07040 Focus to learn more arXiv-issued DOI via DataCite
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