Exploring Critical Success Factors Towards Adoption of M-Government Services in Tanzania: A Web Analytics Study

Exploring Critical Success Factors Towards Adoption of M-Government Services in Tanzania: A Web Analytics Study

Fredrick Ishengoma
DOI: 10.4018/978-1-7998-7848-3.ch009
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Abstract

For the past decade, the Tanzanian government has started implementing m-government initiatives. However, little is known about the factors surrounding m-government adoption in Tanzania. Consequently, some m-government services have been successfully adopted while others are still struggling (having a low level of adoption). In this chapter, the authors investigate critical success factors (CSFs) that favor the adoption of m-government services from a web analytics point of view. The results show that inspecting the web analytics data from multiple viewpoints and varying levels of detail, gives insights on the CSFs towards the adoption of m-government services. The findings suggest that perceived usefulness, user needs, and usability favor the adoption of one m-government service over the other. Moreover, factors like the loading time of the service, the number of requests, and bounce rate seem not to have an effect.
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Background

Web Analytics

Web Analytics (WA) refers to the assessment, compilation, review, and reporting of web-based data with the aim of better understanding and improving web use (Sleeper, Consolvo, & Staddon, 2014). For instance, we can use WA to track the number of visitors, where they came from, what section they visited, how much time they spent on the web, how far users navigated, where their visits ended, and where they went next (Clifton, 2012). Web analytics' strength lies in its ability to deliver unbiased results, overcoming the shortage of experts, being low cost, it does not get tired, and it evades inconsistency results from experts (Dingli and Misfud, 2011). Moreover, WA collects data from the user’s unobtrusiveness. By using WA, Researchers are able to gather data from users without interfering with their responses, i.e., in a non-reactive manner. As opposed to the obtrusive approach, where the participant is fully conscious that they are being observed, the participant's viewpoints and reactions will be affected (the Hawthorne effect). Studies have shown that the Hawthorne effect (HE) affects participants' responses and behavior in studies (McCarney et al., 2007). With WA, data collection happens invisibly to the users on the background, thus avoiding the Hawthorne effect (Lalmas et al., 2014).

Key Terms in this Chapter

Accessibility: The ease of attaining information and services offered through an e-government channel.

Direct Traffic: Traffic generated from users who are familiar with the site name, and they go directly to the website by typing the site URL.

Loading Time: The amount of time needed by the browser to load and display the web page.

Page Size: The size (in bytes) of the web page rendered by the browser.

Number of Requests: The total number of requests that needed to be executed to retrieve a complete web page.

Organic Search Results: The natural listings that are suggested by search algorithms for example from Google.com.

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