Structural analysis of inclusive metaverse spaces for the sustainability of future smart cities (Case study: Tehran Metropolis)

Document Type : Original Research Articles

Author

Assistant Professor, Department of Geography, Payame Noor University, Tehran, Iran.

Abstract

The Metaverse, as a hypothetical virtual environment utilizing advanced technologies such as Artificial Intelligence and the Internet of Things, has the potential to contribute to the sustainability of future smart cities, enhancing urban efficiency and quality of life. In this regard, the present study aims to analyze the framework of immersive Metaverse spaces for the sustainability of future smart cities in the metropolitan area of Tehran. The research strategy is application-oriented, and the methodology is descriptive-analytical, based on exploratory futures research methods. The theoretical data were collected using a documentary method, and the empirical data were gathered through a survey method based on the Delphi technique. The target population of this study included urban experts, and a purposive sample of 70 individuals was selected. To analyze the data, the Delphi method, structural analysis in the MICMAC environment, and Scenario Wizard software were employed. The findings revealed that indicators such as transparency, demand reduction, urban simulation, and digital education play significant roles in improving smart urban sustainability. Additionally, the study demonstrated that the Metaverse can serve as an effective tool for optimizing resource consumption, increasing citizen participation, and mitigating urban risks. The final results suggest that to fully harness the potential of the Metaverse, it is necessary to strengthen digital infrastructures, enhance technology-related education, and improve cybersecurity. Overall, it is recommended that policymakers in Tehran focus on developing Metaverse technologies and integrating them with urban systems to leverage all the capabilities of this technology.

Keywords

Main Subjects

References

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Geography and Regional Future Studies
Volume 3, Issue 4 - Serial Number 12
Winter
December 2026
Pages 73-90

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