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<p>This article introduces an innovative paradigm in urban planning that goes beyond conventional methodologies by addressing the complex, multi-dimensional nature of contemporary cities. Drawing inspiration from living organisms, it presents the <i>Urban Genome</i> (<i>Urbanome</i>) framework, which posits that cities possess their own ‘DNA’—a coded set of service protocols, infrastructural designs and governance rules that guide development, functionality and adaptation. Leveraging advanced sensing, data-integration and artificial-intelligence (AI) technologies, among others, the Urbanome seeks to decode this urban DNA and integrate diverse data streams into a cohesive and dynamic model. The approach enables predictive analytics, adaptive planning and cross-sector integration to support long-term urban transformation. More than a metaphor, the Urban Genome offers as a blueprint for designing sustainable, resilient and inclusive urban environments, directly tackling the pressing challenges cities face worldwide. By providing a comprehensive and adaptable framework, it shifts practice from static sectoral models to a dynamic, systems-integrated strategy for sustainable cities urban futures.</p>

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Urban genome: a new paradigm for sustainable cities

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年9月29日

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  • J. M. Luna-Rivera,
  • Julio Rufo,
  • Jose Rabadan,
  • Victor Guerra,
  • Rafael Perez-Jimenez

摘要

This article introduces an innovative paradigm in urban planning that goes beyond conventional methodologies by addressing the complex, multi-dimensional nature of contemporary cities. Drawing inspiration from living organisms, it presents the Urban Genome (Urbanome) framework, which posits that cities possess their own ‘DNA’—a coded set of service protocols, infrastructural designs and governance rules that guide development, functionality and adaptation. Leveraging advanced sensing, data-integration and artificial-intelligence (AI) technologies, among others, the Urbanome seeks to decode this urban DNA and integrate diverse data streams into a cohesive and dynamic model. The approach enables predictive analytics, adaptive planning and cross-sector integration to support long-term urban transformation. More than a metaphor, the Urban Genome offers as a blueprint for designing sustainable, resilient and inclusive urban environments, directly tackling the pressing challenges cities face worldwide. By providing a comprehensive and adaptable framework, it shifts practice from static sectoral models to a dynamic, systems-integrated strategy for sustainable cities urban futures.