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From Failure to Success: Using Design-Reality Gap<br />

Analysis as a Mid-implementation Assessment Tool for<br />

e-Government<br />

Lemma Lessa<br />

School of Information Sciences<br />

Addis Ababa University, Ethiopia<br />

(+251) 911683805<br />

lemma.lessa@gmail.com<br />

ABSTRACT<br />

e-Government implementation failure in low-income countries is<br />

reported to be as high as 85% where 35% being classified as total<br />

failures - the project never started or was started but immediately<br />

abandoned, and 50% are partial failures - major project goals are<br />

not attained or there were undesirable outcomes [5]. Given this<br />

rate of failure we wanted to investigate a project with partial<br />

failure and draw lessons learned that can be replicated in other<br />

projects. This paper looks at a Land Management Information<br />

System (LMIS) in Ethiopia that facilitates citizen’s request for<br />

land information. The project is credited for reducing the delay in<br />

retrieving land information, simplifying the process, and reducing<br />

the potential for corruption.<br />

We use Design-Reality gap model [5] as a theoretical framework<br />

to assess the project status. Primary data were collected from four<br />

different groups involved in the project including agency<br />

representatives from the Federal Government of Ethiopia, officials<br />

from the capacity building office of Diredawa City<br />

Administration, municipality representatives, and IT<br />

professionals. Our analysis revealed the main contributors for the<br />

success of the e-Government project and also show the<br />

implementation gaps which need due attention in the future to<br />

maximize the success of the project. Based on the implementation<br />

experiences of this project, list of recommendations are provided<br />

for successful execution of possible related initiatives in the<br />

future.<br />

Categories and Subject Descriptors<br />

J. [Computer Applications] J.1 [Administrative Data Processing]<br />

- Government; H.4 [Information systems Applications] H.4.m<br />

[Miscellaneous]<br />

Permission to make digital or hard copies of part or all of this work for<br />

personal or classroom use is granted without fee provided that copies are<br />

not made or distributed for profit or commercial advantage and that copies<br />

bear this notice and the full citation on the first page. Copyrights for<br />

components of this work owned by others than ACM must be honored.<br />

Abstracting with credit is permitted. To copy otherwise, to republish, to<br />

post on servers or to redistribute to lists, requires prior specific permission<br />

and/or a fee.<br />

ICEGOV '12, October 22 - 25 2012, Albany, NY, USA<br />

Copyright 2012 ACM 978-1-4503-1200-4/12/10...$15.00<br />

Solomon Negash<br />

Department of Information Systems<br />

Michael J. Coles College of Business<br />

Kennesaw State University, USA<br />

770-420-4312<br />

snegash@yahoo.com<br />

210<br />

Mesfin Belachew<br />

Ministry of Communications and<br />

Information Technology, Ethiopia<br />

(+251) 911791462<br />

mesfinbelachew@gmail.com<br />

General Terms<br />

Management, Measurement, Performance<br />

Keywords<br />

e-Government, implementation success, Design-Reality gap<br />

model, ITPOSMO model, developing countries, low-income<br />

countries<br />

1. INTRODUCTION<br />

It has been said a lot about the tremendous role of e-Government<br />

to improve and more importantly transform the public sector<br />

especially in developing countries context. Although there are<br />

significant investments on e-Government initiatives in spite of<br />

limited budget, there are only few success stories recorded<br />

whereas majorities of those efforts end up in a failure. It is of the<br />

interest of all respective governments if those e-Government<br />

initiatives can be ideally successful as well as sustainable. In line<br />

with this there is also emerging keen interest to evaluate the<br />

contributions of such initiatives on the effectiveness and<br />

efficiency of their public services as it is natural to evaluate<br />

whether benefits out weight costs or not and as they ideally expect<br />

very much positive impacts in this regard.<br />

An e-Government project is said to be successful if most<br />

stakeholders attain their major goals and do not experience<br />

significant undesirable outcomes. Considerable amount of<br />

research has been carried out on the use and positive role of ICTs<br />

in low-income countries in areas such as health, public<br />

administration, and education [9]. And some studies have pointed<br />

out information systems project failure in low-income countries<br />

([7]; [4]). Researchers have also argued that most of these projects<br />

fail either totally or partially due to ‘design-actuality’ [4] or<br />

‘design-reality’ gaps [5], long-term sustainability problems [1], or<br />

lack of commitment on the part of political leadership and public<br />

managers [2].<br />

According to a study curried out by Heeks (in [4, p.2]) who has<br />

done substantial research in the subject area, most<br />

implementations of e-Government in low-income countries fail,<br />

with 35% being classified as total failures (project was never<br />

started or was started but immediately abandoned), and 50% are<br />

partial failures (major goals are not attained and/or there were<br />

undesirable outcomes). Similarly, in a study by [6], it was<br />

estimated that US$3 trillion will be spent on information

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