Optimization of Hajj Dam payment through the implementation of blockchain technology: a Monte Carlo simulation and network analysis study

Purpose This study aims to evaluate whether and how a permissioned blockchain could affect the administration of Hajj Dam payments in Turkey, with a specific focus on transparency, settlement integrity and operational efficiency, without presuming any benefits in advance. Design/methodology/approach This study examines the feasibility of blockchain technology in simplifying Hajj Dam payment transactions, aiming to increase integrity and trust in Hajj financial management. The main quantitative methodologies adopted are the Monte Carlo simulation model, which is used to assess the risk and uncertainty in blockchain transactions by simulating thousands of payment scenarios, and network analysis, which is applied to map and measure the complexity and speed of transactions in the blockchain network. The empirical context is based on a synthetic model of the Hajj Dam payment process in Turkey. Findings The results indicate that blockchain implementation improves the efficiency and security of Dam payments, ensuring transparency and accuracy. Research limitations/implications Further studies are recommended to evaluate user acceptance of new technology-based payment systems. Practical implications The findings have significant implications for Islamic financial institutions and Hajj regulators by encouraging the adoption of blockchain technology to modernize the payment process. Social implications This study suggests that adopting blockchain technology in Hajj financial management can enhance trust and transparency among participants. Originality/value This study provides new insights into the practical implementation of blockchain technology in Hajj financial administration, particularly in Dam payments, highlighting its potential to change the existing paradigm. It fills a gap in the literature by introducing a data-driven framework tailored to the Hajj context, with a specific focus on Turkey.

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Publication Details

Journal
Journal of Islamic accounting and business research
Published
2025-12-03
DOI
https://doi.org/10.1108/jiabr-10-2024-0428
Primary Topic
Islamic Finance and Banking Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Optimization of Hajj Dam payment through the implementation of blockchain technology: a Monte Carlo simulation and network analysis study

Dalal Aassouli, Muhammad Fazlurrahman Syarif
Journal of Islamic accounting and business research
Islamic Finance and Banking Studies
article

Optimization of Hajj Dam payment through the implementation of blockchain technology: a Monte Carlo simulation and network analysis study

Dalal Aassouli, Muhammad Fazlurrahman Syarif
article en

Abstract

Purpose This study aims to evaluate whether and how a permissioned blockchain could affect the administration of Hajj Dam payments in Turkey, with a specific focus on transparency, settlement integrity and operational efficiency, without presuming any benefits in advance. Design/methodology/approach This study examines the feasibility of blockchain technology in simplifying Hajj Dam payment transactions, aiming to increase integrity and trust in Hajj financial management. The main quantitative methodologies adopted are the Monte Carlo simulation model, which is used to assess the risk and uncertainty in blockchain transactions by simulating thousands of payment scenarios, and network analysis, which is applied to map and measure the complexity and speed of transactions in the blockchain network. The empirical context is based on a synthetic model of the Hajj Dam payment process in Turkey. Findings The results indicate that blockchain implementation improves the efficiency and security of Dam payments, ensuring transparency and accuracy. Research limitations/implications Further studies are recommended to evaluate user acceptance of new technology-based payment systems. Practical implications The findings have significant implications for Islamic financial institutions and Hajj regulators by encouraging the adoption of blockchain technology to modernize the payment process. Social implications This study suggests that adopting blockchain technology in Hajj financial management can enhance trust and transparency among participants. Originality/value This study provides new insights into the practical implementation of blockchain technology in Hajj financial administration, particularly in Dam payments, highlighting its potential to change the existing paradigm. It fills a gap in the literature by introducing a data-driven framework tailored to the Hajj context, with a specific focus on Turkey.

Journal of Islamic accounting and business research
Hamad bin Khalifa University (QA)
Openalex Percentile: Top 47%
Islamic Finance and Banking Studies
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