System Speed Efficiency and Service Delivery Performance in a Digital Permit System: Empirical Evidence from the Ngorongoro Conservation Area Authority, Tanzania

Joseph Daudi

doi:10.59645/tji.v4i1.813

Authors

Joseph Daudi Faculty of Informatics

DOI:

https://doi.org/10.59645/tji.v4i1.813

Keywords:

System Speed Efficiency, Service Delivery Performance, Digital Permit Systems, Electronic Government Systems

Abstract

Digital permit management systems are increasingly used in public institutions to improve efficiency, transparency, and responsiveness, yet performance constraints especially system speed inefficiency continue to undermine service delivery in high-demand environments. This study examined the influence of system speed efficiency on customer service delivery within the Ngorongoro Conservation Area Authority Online Permit System at Ngorongoro Conservation Area Authority Arusha, focusing on processing time, system reliability, automated decision channels, timeliness of report generation, and transaction approval efficiency. A quantitative, causal-explanatory design was employed, using structured questionnaires administered to a stratified random sample of 345 respondents. Data were analyzed using descriptive statistics, Pearson correlation, and multiple regression analysis. Results indicated generally favorable perceptions of system speed efficiency, with all speed dimensions showing significant positive inter-correlations, confirming a coherent system quality construct. The regression model demonstrated strong explanatory power, accounting for 69.1% of the variance in customer service delivery, with timeliness of report generation emerging as the most influential predictor. The study contributes by extending information systems success evaluation to conservation-based digital permit platforms in a developing economy and highlighting report-output timeliness as a strategic lever for improving public digital service performance. These findings suggest that performance optimization in public digital systems should prioritize output timeliness rather than front-end automation alone, particularly in high demand regulatory environments.

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