๐ค AI Summary
Urban AI applications provoke crises concerning fairness, accountability, and regulatory legitimacy. This paper addresses this challenge by technologically operationalizing the legal โreasonable personโ standard, introducing the Urban Reasonableness Layer (URL)โa novel governance framework to anchor democratic legitimacy and sustainability in urban AI systems. Methodologically, it integrates historical analogies, multi-scenario mapping, participatory norm development, and quantifiable evaluation metrics to enable dynamic deliberation and value-conflict mediation. Key contributions include: (1) the first systematic conceptual translation and architectural implementation of legal reasonableness into urban AI systems; (2) a fully specified operational architecture and assessment framework for the URL; and (3) comparative scenario analysis revealing governance pathways that advance inclusivity, contestability, and democratic alignment. The study establishes a theoretical paradigm and practical interface for institutional techno-governance in the AI era.
๐ Abstract
This position paper argues that embedding the legal "reasonable person" standard in municipal AI systems is essential for democratic and sustainable urban governance. As cities increasingly deploy artificial intelligence (AI) systems, concerns around equity, accountability, and normative legitimacy are growing. This paper introduces the Urban Reasonableness Layer (URL), a conceptual framework that adapts the legal "reasonable person" standard for supervisory oversight in municipal AI systems, including potential future implementations of Artificial General Intelligence (AGI). Drawing on historical analogies, scenario mapping, and participatory norm-setting, we explore how legal and community-derived standards can inform AI decision-making in urban contexts. Rather than prescribing a fixed solution, the URL is proposed as an exploratory architecture for negotiating contested values, aligning automation with democratic processes, and interrogating the limits of technical alignment. Our key contributions include: (1) articulating the conceptual and operational architecture of the URL; (2) specifying participatory mechanisms for dynamic normative threshold-setting; (3) presenting a comparative scenario analysis of governance trajectories; and (4) outlining evaluation metrics and limitations. This work contributes to ongoing debates on urban AI governance by foregrounding pluralism, contestability, and the inherently political nature of socio-technical systems.