Abstract
Municipalities throughout South Africa consistently face complications when it comes to delivering high quality essential services to the communities they serve. Communities facing inadequate service often resort to violent and disruptive protests. Service delivery protests usually start when municipalities fail to offer communities essential quality services like electricity, water, paved roads, sanitation, and waste removal. Municipalities are leading the way in providing essential services directly to the community, so they must be swift to address public needs by promptly responding to requests and questions. Lacking a functional technology system makes it challenging for municipal officials to address every citizen's inquiry, feedback, or recommendation. Utilising technology systems and tools will make it easier to carry out daily operations at this level. This study explores the potential and prospects of blockchain technology in promoting service delivery within a selected South African municipality, addressing a significant research gap in the application of emerging technologies in municipal context.
The primary objective of this study is to assess how blockchain can address existing inefficiencies and improve transparency and accountability in municipal services, thereby enhancing public trust and improving service delivery mechanisms. The theoretical lenses used for this study was social contract theory, efficient service delivery theory, systems theory, Actor-Network theory, the technology acceptance model, and the technology-organization-environment framework model. These theories collectively offer a comprehensive framework and insights for understanding the adoption and implementation of blockchain technology in municipal service delivery.
The research approach relied on a qualitative, exploratory, and descriptive design to address the research questions and reach the research objectives. This methodology facilitated a comprehensive understanding of both the perceived benefits and challenges of implementing blockchain solutions in public services particularly municipal services. The study utilised both primary and secondary sources of information. The primary data was collected through interviews key personnel of the CoJ and secondary data was collected through document analysis. Thematic analysis was conducted to identify key insights regarding the perceived benefits and challenges of blockchain implementation in municipal service delivery.
The analysis revealed that blockchain technology has the potential to streamline municipal processes, reduce bureaucratic inefficiencies, improve data security and enhance efficiency in service delivery processes. The analysis also points to a promising potential for blockchain to transform service delivery in municipalities by enhancing transparency, efficiency, and accountability of services. However, challenges such as infrastructural limitations, resistance
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to change, regulatory concerns and institutional readiness were identified as significant barriers to implementation.
The findings led to recommendations at both the municipal and policy levels, which might assist the CoJ and other South African municipalities to improve service delivery to their communities. The study concludes with possible recommendations for South African municipalities to reconsider existing governance processes and policy methods, as well as embrace this new age technology for future policy implementation in the fourth industrial revolution, with particular reference to the city of Johannesburg.