Evaluation of the Effectiveness and Awareness of Mobile Money Services among Users in Tanzania A Case of Iris Biometric Authentication Method

Main Article Content

Mustafa Habibu Mohsini
Florence Upendo Rashidi
Bakari Mega

Abstract

This study evaluates user perceptions of a framework proposed by Rashidi et al. [11] that uniquely combines iris biometric authentication (IRBAM) with two-factor authentication (2FA), incorporating liveness detection to enhance security in mobile money services (MMSs) in Tanzania. The IRBAM-2FA combination is novel for Tanzania’s MMS, leveraging unique iris patterns and liveness detection to enhance security over prevalent PIN-based systems vulnerable to fraud. Through a survey-based evaluation of a demo application, involving 258 respondents (204 customers, 54 agents) in Dodoma, we assessed the framework’s effectiveness in preventing unauthorized access, its convenience, and user acceptance. Findings show that 79.41% of customers are aged 18–35, suggesting a tech-savvy audience likely to embrace IRBAM-2FA, as younger individuals are typically more open to innovative technologies. Additionally, 46.1% of customers and 51.9% of agents strongly agreed that the framework enhances security, while 85.5% of customers and 71.6% of agents expressed willingness to adopt it. Low IRBAM awareness (65.2% of customers, 79.9% of agents), usability issues (20% of agents' disagreement), cost (30%), and health risks (40%), pose barriers, with future work needed on feature phone support and rural testing for inclusivity. These insights underscore the potential of IRBAM to foster trust in MMS.

Article Details

How to Cite
Mohsini, M. H., Rashidi, F. U., & Mega, B. (2025). Evaluation of the Effectiveness and Awareness of Mobile Money Services among Users in Tanzania: A Case of Iris Biometric Authentication Method. Journal of ICT Systems, 3(1), 103–127. https://doi.org/10.56279/jicts.v3i1.378
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Articles
Author Biographies

Mustafa Habibu Mohsini, The University of Dodoma

Department of Computer Science and Engineering, College of Informatics and Virtual Education

Florence Upendo Rashidi, The University of Dodoma

Department of Electronics and Telecommunication Engineering, College of Informatics and Virtual Education