Extended Abstract
Introduction
Peri-urban settlements, as transitional and fluid spatial territories located between urban cores and rural hinterlands, have increasingly become arenas of social, infrastructural, and governance challenges. In the context of Iranian urbanization, these settlements often lack adequate access to services, participatory governance mechanisms, and spatial justice. While traditional planning approaches have failed to fully address the dynamic needs of these areas, emerging technologies—particularly the Metaverse, digital twins, and urban platform technologies—offer new prospects for rethinking empowerment strategies. The Metaverse, as a hybrid digital environment that integrates spatial simulation, user interaction, and real-time data, has the potential to function as a socio-technical infrastructure to foster community participation, spatial inclusion, and local capacity-building. However, despite growing global interest, academic literature in Iran has yet to systematically examine the conceptual interlinkages between Metaverse technologies and the empowerment of peri-urban settlements. This study aims to fill this gap by constructing a theoretical framework through documentary qualitative analysis.
 
Methodology
This research adopts a document-based qualitative content analysis approach, focusing on the interpretation of academic texts as its primary source of data. Rather than relying on fieldwork or empirical observations, the study utilizes a systematic review of published literature—including journal articles, books, policy reports, and academic theses—related to the themes of peri-urban development, digital technologies, and urban empowerment. The research process was structured around four analytical phases:
1. Document Collection: A total of 30 scholarly sources (2015–2025) were selected through targeted searches in databases such as Scopus, ScienceDirect, Springer, Taylor & Francis, Google Scholar, SID, and ISC. Keywords used included: peri-urban settlements, digital empowerment, Metaverse, digital twin, smart city governance, and platform-based planning.
2. Initial Coding: Through a systematic reading of selected texts, open coding was conducted to extract recurrent concepts, theoretical categories, and key terminologies associated with the research themes.
3. Thematic Categorization: The open codes were then classified into five central conceptual domains, each reflecting a specific aspect of the relationship between Metaverse technologies and peri-urban empowerment.
4. Conceptual Integration and Model Development: These thematic domains were synthesized into a conceptual framework illustrating how Metaverse technologies may contribute to the digital, spatial, and participatory empowerment of peri-urban communities in Iran.
To enhance theoretical rigor, the study also drew upon interdisciplinary perspectives from architecture, urban studies, digital sociology, and platform governance literature. Moreover, three international case studies (Seoul, Barcelona, Singapore) were included to provide comparative insights into real-world applications of the Metaverse in urban contexts.
 
Results and discussion
The analysis identified five core conceptual axes that form the basis of the proposed framework:
1. Participatory Empowerment and Spatial Justice:
The Metaverse offers tools for engaging marginalized communities in decision-making processes through virtual forums, simulations, and gamified participation. This helps reduce spatial inequalities and supports a rights-based approach to planning.
2. Spatial Regeneration via Digital Twins:
By employing digital twin models, urban planners and residents can collaboratively visualize, assess, and redesign neglected urban spaces. This enhances transparency and co-production in urban regeneration efforts.
3. Platform Governance and Data-Driven Decision-Making:
The Metaverse, operating through platform logic, enables real-time data collection, interactive dashboards, and decentralized service provision. This can transform peri-urban governance from reactive to anticipatory.
4. Smart Infrastructure and Digital Resilience:
Integration with technologies such as IoT, AI, and Big Data can support the development of responsive urban systems. These tools can mitigate environmental risks and enhance the infrastructural capacity of informal or underserved settlements.
5. Localization and Institutionalization of Digital Technologies:
The success of Metaverse platforms depends on their adaptation to cultural, legal, and institutional contexts. Issues such as digital literacy, legal protections, data governance, and cross-sector coordination must be addressed for meaningful implementation.
Comparative examples from Seoul’s Metaverse Seoul, Barcelona’s Urban Lab, and Virtual Singapore showed how cities are already deploying immersive technologies to democratize urban planning, simulate spatial transformations, and engage marginalized communities in decision-making.
 
Conclusion
The findings of the research indicate that the metaverse, if localized and leveraged for its participatory potential, can serve as an innovative tool to overcome social-spatial divides in peri-urban settlements. This technology has the capability to create platforms for spatial simulation, virtual interaction, and the enhancement of data-driven governance, thereby playing a crucial role in empowering rural and peri-urban communities.
Funding
According to the responsible author, this article has no financial support
 
Authors’ Contribution
The first author contributed 30% (Methodology and Synthesis of data), the second author contributed 20% (Collaboration in data collection), the third author contributed 35% (Editing the final version of the article and implementing peer review revisions), and the fourth author contributed 15% (Collaboration in data collection and drafting the initial version).
 
Conflict of Interest
Authors declared no conflict of interest.