Towards AI-$45^{\circ}$ Law: A Roadmap to Trustworthy AGI
Chao Yang, Chaochao Lu, Yingchun Wang, Bowen Zhou

TL;DR
This paper introduces the AI-45° Law and a hierarchical Causal Ladder framework to guide the development of trustworthy AGI, balancing safety and capability through systematic levels and governance strategies.
Contribution
It proposes the AI-45° Law and the Causal Ladder of Trustworthy AGI as novel frameworks for aligning AI safety with capability development.
Findings
Defines five levels of trustworthy AGI: perception, reasoning, decision-making, autonomy, collaboration
Introduces the Causal Ladder as a taxonomy for AI safety research
Suggests governance measures for trustworthy AGI development
Abstract
Ensuring Artificial General Intelligence (AGI) reliably avoids harmful behaviors is a critical challenge, especially for systems with high autonomy or in safety-critical domains. Despite various safety assurance proposals and extreme risk warnings, comprehensive guidelines balancing AI safety and capability remain lacking. In this position paper, we propose the \textit{AI-\textbf{} Law} as a guiding principle for a balanced roadmap toward trustworthy AGI, and introduce the \textit{Causal Ladder of Trustworthy AGI} as a practical framework. This framework provides a systematic taxonomy and hierarchical structure for current AI capability and safety research, inspired by Judea Pearl's ``Ladder of Causation''. The Causal Ladder comprises three core layers: the Approximate Alignment Layer, the Intervenable Layer, and the Reflectable Layer. These layers address the key challenges…
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Taxonomy
TopicsScientific Computing and Data Management
