SCAF: Technology to Citizen Well-being – A Smart City Architecture Framework Based on TOGAF

The development of smart cities has often followed a technocentric vision, prioritizing infrastructure and digitalization without clear alignment to citizens’ needs. This article proposes the Smart City Architecture Framework (SCAF), a TOGAF-based model starting from strategic drivers focused on citizen well-being. Through a systematic literature review and comparative analysis, common limitations are identified, including lack of citizen participation and traceability between strategy and technology. SCAF introduces a five-layer methodological sequence—drivers, vision, processes, applications, and infrastructure—to coherently link aspirations with technological solutions. The article concludes by discussing implementation challenges and future empirical validation in urban contexts.

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Published
2025-08-13
DOI
https://doi.org/10.1109/colcom66267.2025.11185771
Primary Topic
Smart Cities and Technologies
Type
article
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article

SCAF: Technology to Citizen Well-being – A Smart City Architecture Framework Based on TOGAF

Yair Rivera Julio, Tania Lucía Cobos, César Viloria-Núñez, Ángel Pinto et al.
Smart Cities and Technologies
article

SCAF: Technology to Citizen Well-being – A Smart City Architecture Framework Based on TOGAF

Yair Rivera Julio, Tania Lucía Cobos, César Viloria-Núñez, Ángel Pinto, Nohora Mercado, Isaac Zúñiga
article en

Abstract

The development of smart cities has often followed a technocentric vision, prioritizing infrastructure and digitalization without clear alignment to citizens’ needs. This article proposes the Smart City Architecture Framework (SCAF), a TOGAF-based model starting from strategic drivers focused on citizen well-being. Through a systematic literature review and comparative analysis, common limitations are identified, including lack of citizen participation and traceability between strategy and technology. SCAF introduces a five-layer methodological sequence—drivers, vision, processes, applications, and infrastructure—to coherently link aspirations with technological solutions. The article concludes by discussing implementation challenges and future empirical validation in urban contexts.

Universidad Tecnológica de Bolívar (CO), University of Cartagena (CO), Universidad del Sinú (CO), University of the Coast (CO), Corporación Universitaria Americana (CO)
Openalex Percentile: Top 59%
Smart Cities and Technologies
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