FACTORS AFFECTING E-GOVERNMENT ADOPTION IN THE DEMOCRATIC REPUBLIC OF CONGO

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As well as a convenient tool for performing online government transactions, to be used in public policy and enable transparency[4].Whileaccountabilityandenhancedconnectivityandaccesstoinformationforpeoplehavebeenenhancedby e government,digitaldistributionofinformationisalsoaccomplishedatahighpricetogovernmententities[5].

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Abstract The effectiveness of e government services is contingent on both government backing and end user’s acceptance. This article examine factors e government services in the Democratic Republic of Congo (DRC).The Darmawan model was extended to develop an acceptance model taking into account specific context for DRC.

Forthepurposeofthisstudy,G2Chasbeenconsideredforthefactthatisstructuredtotakeintoaccountfactorsinfluencingthe levelofadoptionofonlineservicesbycitizensindevelopingcountries,suchasDemocraticRepublicofCongo.

Elias Semajeri Ladislas1, Businge Phelix Mbabazi2

Key Words: E government,DemocraticRepublicofCongo,adoption,end users,informationsecurity,

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To get primary data, 100 citizens were polled. The impact of the parameters modified by adding constructs such as information security from the Darmawan’s model on e government adoption was investigated using regression analysis. The reported values of the various constructions in reliability tests is 0.972. The findings show that end users' e government behavior is influenced by information confidentiality, integrity, availability, accountability and non repudiation. Practice and research implications are highlighted.

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1. INTRODUCTION

Actually,e governmentisnolongerseenbygovernmentagenciesworldwideasanalternative,butasaparticularlysignificant additiontotheservicesprovidedtopeople.Thequalityandreliabilityofpublicsectorservicesareseenastheoutcomeofe governmentimplementation.E governmentoffersanimportantwayforpeopletoengageinandtoparticipatein.

Oneofthegovernmentsthathasagreedtointroducee governmentisthegovernmentoftheDemocraticRepublicofCongo (DRC).Asoneofthestepstobuildaknowledge basedsociety,e governmenthasbeenlaunched[6].

Makingelectronictraditionalgovernmenttransactionsmaynotbetheonlychallengeemergingfrome governmentsystems, sincetheintroductionandimplementationofsuchsystemsentailsavarietyofproblems,includingpolitical,cultural,social, technological,andorganizationalandhumanresourcesissues[7],[8],[9].

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Up to now, there really is no clear explanation of e government, and most definitions focus on the improved delivery of governmentservicestocitizensthroughtheuseoftechnology.E governmentrelatestotheuseofITtechnologybygovernment agencies[3].Suchinnovationscanrepresentarangeofdifferentpurposes,suchaspeople,consumers,clientsandworkers.

FACTORS AFFECTING E-GOVERNMENT ADOPTION IN THE DEMOCRATIC REPUBLIC OF CONGO

Prospectiveusersofe governmentserviceshavebeencategorizedintodifferentsectors:thegovernment togovernment(G2G) categorythatcoversinternal transactionsamonggovernmentagencies,thegovernment to business(G2B)category,that covers public sector contacts with the private sector, and the government to citizens (G2C) category, that comprises all electronicservicesrenderedbygovernmententitiestocitizens.

Mostoftimes,suchissuesledtofailureofE governmentdespiteeffortsengagedbygovernmentauthorities.

Internet advancement and the progress of information and communication technologies (ICT) provide new ways for governmentsfacilitatinginteractionwithcitizensandservethem[1].Theexponentialgrowthofe governmentworldwidehas enabled the debate about how governments should boost the citizen’s acceptance of their online public services [2]. E governmentimplementationsforseveralnationsstartedinthelate1990s.

In2018,theDepartmentofEconomicandSocialAffairsstipulatedthatthefailureofe governmentinitiativesaredependenton avarietyoffactors,includingtechnologyissues,trustinsecurityanduncertaintyofcitizens'needs[10].Inordertosupply

1,2School of Mathematic and Computing, Kampala International University, Kampala, Uganda ***

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Intheimplementationofe governmentservices,adoptionperformsanun overlookableposition.Lackofcitizens'acceptanceof e governmentservicesiseitheranegativesymptomaticofineffectiveapplicationoraverylargeindicativeparameterofless usageofe government[15],[16],[17].Basically,theprogressofe governmentisdependentonthedesireorreadinessofthe peopletoembraceandusethisinformationtechnology[17].

Literaturereviewsontheimplementationandusageofinformationsystemsandtechnologyinpreviousempirical studies indicatedthecommonrolesofe governmentinseveralvariousareassuchaselectronicgovernment(e government),electronic commerce(e commerce),e learning,etc.

A number of studies have adopted, updated and tested several theoretical models over the last thirty years in attempt to comprehendandforecasttheadoptionanduseoftechnology[18].

Severalresearchontechnologyacceptanceconcerningtheimplementationofe governmentusestheoriginaltypeoftechnology acceptancemodelsandhypotheses,combiningthemorincorporatingexplanatoryfeatures[21].

2. LITTERATURE REVIEW

Asfurtherasthisstudyisconcerned,wewillconsiderthedefinitionofGunter[13],specifyingthate governmentrelatestothe useofinformationandcommunicationtechnologyinordertoprovidepublicservicestopeopleandbusinessesandincludesthe transformationofpublicservicesaccessibletocitizensthroughneworganizationalprocessesandnewtechnologicaltrends.

2.1 Motivators of Adoption and Use of E government

ThusitisimportanttogainandassesstheDRCcitizens’perceptionsofe governmentasanimprovementintheirlifestylesby examiningthefactorsaffectingtheadoptionofe governmentintheDemocraticRepublicofCongoandhence,inrelationtothis latesttechnologicalinitiative,toexplaintheirresponsetogovernment.

Itiscommonlythoughtthattheconceptofe governmentemergednear1990after50yearsofuseofinformationtechnology(IT) inthesenseofthegovernmentsector[11],[12].

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However,thereisnosinglemodelthat,underallsituations,matcheswell.

Meaningsofe governmentvarybasedone governmenttargetsandperspectives,aswellasgroupexpectationsandbeliefs[13].

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Inordertoanalyze,examineandunderstandvariablesinfluencingtheuseoftechnologyinspecificcontexts,numeroustheories andmodelsoftechnologyadoptionhavebeendeveloped.

ModelsadoptedandthenusedfromanotherfieldanddevelopedbyresearchersinInformationSystemshavingmodelssuchas: TheoryofReasonedAction(TRA) TheoryofPlannedBehavior TechnologyAcceptanceModel(TAM) DiffusionofInnovationTheory(DOI) UnifiedTheoryofAcceptanceandUseofTechnology(UTAUT) Darmawan’smodel Etc.

Withdifferentphasesemerging,improved,interactive,transactional,andrelated,theadoptionofe governmentasamechanism iscontinuous.Atthetransactionallevel,theonlinetransactionsthemselvesoccur[19],[20].Theinformationsecurityaspect includes achieving this degree of two way communication. The protection of data is an integral part of systems that are transaction based.

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economicandsocialbenefitsforpeople,e governmentadoptionisknowntobeanimportantpartofe governmentprogressin developingcountries[5].

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AlthoughtheDarmawanmodel[22]didnotadequatelyhighlightkeyinformationsecurityandconfidencefactorsthatcould affectthepenetrationofe governmentinanAfricancontextwhenleftout,itwasconsideredthemostappropriatemodelto guidetheresearch.Thisisbecausethemodelisanexpansionof TAM,anempiricallytestedmodel,andthemodelalsoincludes factorssuchasadequatequalityoftheCitizenTrust+Framework,compatibility+knowledgequality,promotingconditionsthat havebeenlistedamongthemainfactorsinfluencingtheadoptionofegogovernmentservicesintheDemocraticRepublicof Congo(DRC).

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Table -1: A Summary of Measures for the E-Government Adoption Process

PerceivedUsefulness EasePerceivedUseof toIntentionUse andPrivacysecurity Management

Davis,F.(1989)

FISM No No No No Yes No Yes Yes Yes No No No Bwalya & Healy( 2010)

Fishbein, M. and Ajzen,I.(1975)

SocialInfluence BehavioralIntention Experience ExpectedBenefit

EGAM Yes Yes Yes Yes No Yes No No No Yes No No

Forthisstudy,datasecurityandtrustfactorshavebeendefinedfromotherresearchandthefieldsurveyandincorporatedinto theDarmawanmodelasadditionale governmentadoptionrequirements.

TAM Yes Yes Yes No No No No No Yes? Yes No Yes Venkatesh and Davis(2000)

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Rogers, E.M. (1962)

TPB No No No No No No No Yes? Yes Yes No No

Inordertoestablishsomeofthemainfactorswhichmightbecriticalinaffectingthedecisiontoacceptandusethetechnology usedine governmentinthecontextoftheDemocraticRepublicofCongo,ananalysisofsomeofthemaintechnologyadoption modelswasconducted.

TRA No No No No No No No No Yes Yes No No

Name and Year Models

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Models and Core Variables

UTAUT Yes Yes Yes No No Yes No Yes Yes Yes Yes Yes Tassabehji(2005) N/A No No No Yes No No No No No No No Yes? Wangwe et al.’s (2012)

Fishbein, M. and Ajzen,I(1980)

Acomparisonmatrixillustratingtheidentifiedgapsintheliteratureregardingtheassessmentoftheadoptionandusageof emergingtechnologyservicesine governmentisprovidedinTable 1.

ESADEC Yes Yes Yes Yes Yes No No Yes No No No No Darmawan’s model(2017)

TOG No No No No No Yes Yes No No No No No Alfawaz et al.’s (2008)

TAM2 Yes? Yes? No No No Yes No Yes? Yes Yes? Yes Yes Venaktesh et al.(2003)

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DOI No No No No No No No Yes? Yes? Yes? No No

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toWillingnessadopt InformationSecurity FacilitatingConditions

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IntheDelon&McLeanSuccessmodel,Systemqualityischaracterizedasthedegreeofexcellenceofthesoftwareorsystem andfocusesonthefunctionalityoftheuserinterface,easeofuse,systemresponselevels,documentationandqualityofthe system,easeofmaintainingtheprogrammingcode,andwhetherthesystemisbug free[34].

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ThequalityofserviceinthesuccessfulDelon&McLeanmodelisthequalityoftheintendedsystem,ifthecustomeriswilling ornot,andtowhatdegreethesystemcanhelpusersbuildjobs.

addition,thereareotherfactorsthatarethoughtoimpactorpromotee Governmentadoption.

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InUTAUT,thefacilitatingconditionsintheUTAUTmodelisdescribedastheobjectiveenvironmentalfactorsthatparticipants agreetomakeanacteasytoexecute,alongwiththesupportofcomputer.Ithasbeendemonstratedthat,throughperceived usefulnessandeaseofuse,facilitatingconditionssignificantlyimproveuseracceptance[39],[40],[41].Facilitatingconditions givethereferencemanualincludesspecificguidanceonhowtouseanapplication,specialistunitsorstafftooperatethee Governmentsystem,andappropriatesupportresources.

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The independent factors proposed by the UTAUT model comprise of performance expectancy, effort expectancy, social influenceandfacilitatingconditions.

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Compatibilityischaracterizedasastatetowhichaninventionisconsideredtobecompatiblewithpotentialadopters'current values,needs,andexperiences[44].

Itiscrucialtounderstandthefactorsaffectinge governmentusers.Therearemanyacceptancemodels,asdiscussedabove, whichhavebeencommonlyusedtodescribetheuseracceptanceoftheInformationSystem.TAMisnowoneofthemany extensively studied models in information system documentation and has been used in a wide variety of information managementapplications indifferentconsumersamples [29]. The TAMhas been updated byseveral scholars toboostits interpretationabilities.Inthefieldofe Government[12],[30],[31],[32].

Takentogether,theresultsdemonstratethattheperceivedeaseofuse,perceivedutility,CitizenConfidence,SystemEfficiency, Compatibility,InformationQuality,PromotingConditionsthathavebeenestablishedamongthevitalfactorsinfluencinge governmentservicesadoption.However,Informationsecurityconsiderationsarethoughttobecorrelatedintheadoptionofe governmentintheDemocraticRepublicofCongo'sContext.

Compatibilityisanotheraspectthatisalsoacriticalfactorofe Governmentadoption[42],[43].

Compatibilityisanotheraspectthatisalsoanimportantfactorine Governmentadoption.Compatibilityisdescribedasthe waytowhichtechnologyisconsideredtobecompatiblewiththecurrentvalues,desiresandexpectationsofpotentialadopters [44].In

AccordingtoEseri(2014),InformationSecurityisthemechanismthroughwhichthegovernment,asanongoingprocessand notasastateatatime,protectsandpreservesitssystems,media,andfacilitiesthatpreserveinformationnecessaryforits securityoperations[45],describedaccessibility,confidentiality,transparency,informationassurance,andaccountability as components of information security. In this study, the capacity of e government systems to meet confidentiality/privacy, transparency,accountabilityandtrustassetsisevaluatedintermsofinformationprotection[46].

3. RESEARCH HYPOTHESIS

IntheUTAUTmodel,socialinfluencesfactorisdescribedaspeople'sexpectationsofwhetherornotmostpeoplewhoare importanttothemwillthinkthattheyshouldconducttheaction.Inpreviousresearch,socialinfluenceshasshownasignificant impactontheintentionsofpeopleusingtechnology[35],[36],[37],[38].

Focusedonanexistingliteratureonthestateoftheartmodelfortheadoptionoftechnology,particularlyinthecontextofe Government,28hypothesiscanbeexpressedas:

Perceivedusefulness(PU)isdescribedasthedegreetowhichanindividualbelievesthattheuseoftheactualsystemwould enhanceherorhisworkperformance[33]andperceivedeaseofuse(PEOU)asthedegreetowhichanindividualbelievesthat usingtheactualsystemwillbefreeofmentalandphysical[34].

H1:PerceivedEaseofUse(PEOU)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H2:PerceivedEaseofUse(PEOU)significantlypositiveinfluencestheBehavioralIntention(BI)

H20:BehaviourIntention(BI)significantlypositiveinfluencestheE GovernmentAdoption(EA)

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H13:InformationQuality(IQ)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H23:Availability(AV)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H10:Compatibility(COM)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H22:Confidentiality(CONF)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H27:Non repudiation(NR)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H4:Awareness(Aw)significantlypositiveinfluencesthe PerceivedEaseofUse(PEOU)

H5:Awareness(Aw)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H21:Confidentiality(CONF)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H11:Compatibility(COM)significantlypositiveinfluencesthePerceivedUsefulness(PU)

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H17:ServiceQuality(SEQ)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H26:Accountability(AC)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H14:SystemQuality(SQ)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

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H19:FacilitatingConditions(FC)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H12:InformationQuality(IQ)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H16:ServiceQuality(SEQ)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H25:Accountability(AC)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H24:Integrity(INT)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H6:SocialInfluence(INS)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H18:FacilitatingConditions(FC)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H3:PerceivedUsefulness(PU)significantlypositiveinfluencestheBehaviorIntention(BI)

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H24:Availability(AV)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H28:Non repudiation(NR)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H8:CitizenTrust(CT)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

H23:Integrity(INT)significantlypositiveinfluencesthePerceivedEaseofUse(PEOU)

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H15:SystemQuality(SQ)significantlypositiveinfluencesthePerceivedUsefulness(PU)

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H7:SocialInfluence(INS)significantlypositiveinfluencesthePerceivedUsefulness(PU)

H9:CitizenTrust(CT)significantlypositiveinfluencesthePerceivedUsefulness(PU)

Asmentionedearlier,thequestionnaireprovidedparticipantswithabriefdescriptionoftheaimofthestudy,andparticipation was on a strictly voluntary basis. In an atmosphere free of external constraints. After a time of about 13 minutes, the questionnaireswereobtainedfromtheparticipants.

Forthepurposeofthisresearch,theinstrumentofdatacollectionconsistedof:a)aformalquestionnaireandb)theguidelines forthesemi structuredinterviews.

Inthesurvey,thestrengthofopinionwillbemeasuredbya5 pointLikertscalewhererespondentscouldchoose“Strongly agree”to'“Stronglydisagree”.

InternalconsistencywasdeterminedusingCronbach'scoefficientalpha,witharecommendedlevelofCronbach'sAlphaofmore than0.60.(Mukerjietal.,2012).Forthepurposeofthisstudy,theTable 3showsthattheCronbach'sAlphawascalculatedto 0,970,meaningourconstructsareconsistenttomeasureend usersadoptionintheDRC.

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ThequestionnairewasadministeredbetweenthemonthsofDecember2020andJanuary2021toatotalof426people.385 responseswerecollectedfrom426questionnairesdistributed.

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5. DATA ANALYSIS

Thefirstphaseofthedataanalysistoverifytheanswersofthequestionsconsistedoftestingtheanswersandmarkingthem withauniqueid.ByusingSPSSS,theauthorsdevelopeddescriptivestatisticsandusedregressionanalysis.Descriptivedata analysisoffersthereaderanunderstandingoftherealnumbersandvalues,andalsothedegreetowhichresearchersdealwith them[28].

5.1. Reliability of the Model

ThefactorsSocialInfluences,CitizenTrust,Compatibility,Awareness&Training,InformationQuality,SystemQuality,Service Quality,FacilitatingConditions,PerceivedEaseofUse,PerceivedUsefulness,BehaviouralIntention,Confidentiality,Integrity, Availability, Accountability, and Non repudiation were analyzed using Cronbach's alpha value to measure the internal consistencyofthesefactorsevaluatinge governmentservicesadoptionfromaninformationsecurityperspectivetoensure instrumentreliabilityandhavetrustinthefindings.AccordingtoMukerjietal.(2012),Cronbach'salphagreaterthan0.60

• Quantifiableinformationregardingthebehaviorintentionsofthestudypopulationinordertodesigntheadoption modeltousee governmentservicesisneeded.

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4. METHODOLOGY

Across sectionaltimehorizonwasusedinthisstudyratherthanalongitudinalone,whichmeansthatalargeamountofdata frombothDRCresidentsandgovernmentofficialsresponsibleforimplementinge governmentserviceswascollectedonlyonce andwithinarelativelyshortperiodoftime.

• Aquestionnairecanbeadministeredconcurrentlytoalargenumberofindividuals;itislesscostly,lesstime consuming andrequireslessexpertisecomparedtotheinterview[27].

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Astructuredquestionnairecontainingapre formulatedwrittenof52itemsandsemi structuredinterviewsetofstatements adoptedfromstudiesfoundintheliteratureintobothE governmentandtechnologyacceptance[26],[21],[22],[18],willbethe maindatacollectiontool,withafewmodifications.

Thedegreetowhichameasuringinstrument(questionnaire)producesreliableresultsisreferredtoasreliability(Ayodele, 2012;Kothari,2005).Thatis,atool'sstabilityanddependability,orwhetheritiserror freeandthereforeobtainsaccuratedata. Stability of constructs and instrument stability over time are two examples of reliability tests. In this case, questionnaire reliabilitywascheckedtoseewhetherthevarioussectionsofthequestionnaire,suchasthesectiononSocial Influence,the sectiononconfidentiality,integrity,availability,citizentrustandothersproducedconsistentresults.

Astheprimarydatacollectiontoolforthisanalysis,aquantitativeresearchapproachusingasurveyquestionnairewaschosen. Asitisaffordable,lesstimeconsumingandhasthepotentialtoincludebothquantitativeandqualitativedatafromabroad researchsample,asurveyquestionnairewasused[23],[24],[25].

Thefollowingarethereasonsforusingaquestionnaireasthemaintoolforcollectingdata:

• nisthesamplesize

Skewness Ni(Xi x)3/(N 1)*σ3,

• Xi=RandomVariable

indicatesreasonableandsatisfactoryreliability,greaterthan0.70indicatesdecentreliability,andgreaterthan0.95indicates verygoodreliabilityincorrectingaccurateanswers.Forscience,reliabilityvaluesof0.65to0.92areconsideredsuitable(Babin etal.,2011).

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Kurtosis Ni(Xi x)4/(N 1)*σ4

With:

• x MeanoftheDistribution

Anormaldistributionhaszeroskewness,andanysymmetricdatashouldhaveskewnessclosetozero.Negativeskewnessvalues indicatedatathatisskewedleft,whereaspositiveskewnessvaluesindicatedatathatisskewedcorrect.Theterm"skewedleft" referstothelengthofthelefttailincomparisontotherighttail.Skewedright,ontheotherhand,meansthattherighttailis longerthanthelefttail.

• xisthesamplemean

Themean,aswellasotherstatisticssuchasSkewnessandKurtosis,wereusedtodeterminethedistributionoftheindicators underinvestigation.Skewnessisameasureofadistribution'ssymmetry,andKurtosisisthedistribution'speak(Shailendra, 2018).Anegativeskewnessvalueindicatesaskeweddistributiontotheleft,whileapositiveskewnessvalueindicatesaskewed distributiontotheright.Thefollowingisthebasicformulaforcalculatingthestatistic:

To assess the reliability of the items used in the studyconstructs,an assessment was carried out. Theanalysis used Stata (Version10)tolookatallofthefollowingitems:mean,standarddeviation,skewness,Kurtosiswiththeappropriateimportance degree.Themeanistheaverageofthemeasurementsoverthesampleorpopulation,representedsymbolicallyas: x (Σxi)/n

Lowskewnessandkurtosisareallcorrelatedwithhighprobabilityvalues,suggestinganormaldistributionfortheconstructed variable(Joanesetal.,1998),asseeninTable.1.

• Ơ StandardDeviation

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• N=NumberofVariablesintheDistribution

Where:

Weconsiderskewnessvaluesbetween 3and+3.UndertheZratings,alloftheitemvaluesintable1areregular.Welookat kurtosisvaluesbetween 4and+4forthekurtosis.

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• xiisthemeasurementofindividual

• Σissummationnotation

Theabsolutepeakednessofthemeanindistributionismeasuredbykurtosis.Lowkurtosisisassociatedwithaflattopnearthe meanandaheavytailinonedirection,whereashighkurtosisisassociatedwithahighpeaknearthemeanwithaheavytailin onedirection.Thekurtosisfigureisexpressedsymbolicallyasfollows:

Table1showsthatmostresearchvariablesarenormallydistributed(p value0.1)asaresultofcross sectionalsurveydata collection.CONF1(mean=1.95,kurtosis=,316;Skewness=,278),forexample,showsthatCONF1isatnormaldistributionatthe 1%levelofsignificance.At5%importance,theitemCONF2(mean=2.00,Skewness=,722;kurtosis=1,903)isalsonormally distributed.Thisindicatesthattheconstructisimportantandrelevanttotheresearch.

FACOND3 100 2,40 ,765 ,414 ,124

CT3 100 2,16 ,735 ,518 ,405

ServiceQuality 100 2,35 ,756 ,383 ,403

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AWR4 100 2,21 ,832 ,552 ,501

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AWR1 100 2,60 ,921 ,649 ,417 AWR2 100 2,55 ,880 ,570 ,042

QualityInformation

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SI3 100 2,45 ,845 ,825 ,364

INFOQUAL2 100 2,54 ,958 ,341 ,675

ConditionsFacilitating 100 2,35 ,462 ,924 2,288

INFOQUAL3 100 2,56 ,988 ,022 1,025

FACOND2 100 2,52 ,847 ,395 ,603

Likewise,disagreed.fourindicatorsintheIntegrityconstructwereclassifiednormally(,946;2,528;3,441and1,322).Thisindicatesthat,in theeyesofend usersofe governmentservices,theintegritywaspositiveandslightlyabovetheirusualexpectations.

Compatibility 100 2,08 ,614 ,422 1,129

AccordingtoCONF1,responsestothequestion"Accesstoinformationine governmentsystemsshouldbeaccessibletoallowed e governmentusersonly»werenormallydistributed.Althoughthemajorityoftherespondentsagreed,anon negligiblenumber

PEOU1 100 2,30 ,870 1,060 1,569

SI4 100 2,10 ,674 ,888 1,724

PEOU4 100 2,56 ,808 ,857 1,094

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Social Influence 100 2,22 ,486 ,848 ,487

Citizen Trust 100 2,19 ,620 ,373 ,527 COMP1 100 2,13 ,677 ,436 ,573 COMP2 100 2,03 ,674 ,774 1,601

PEOU13 100 2,21 ,701 ,943 2,321

FACOND4 100 2,29 ,756 ,747 ,434

Table 1: Statistical Reliability of Items

AWR3 100 1,79 ,701 ,676 ,599

SERQUAL1 100 2,45 ,936 ,412 ,430

Awareness 100 2,29 ,485 ,351 ,646

Q19B 100 2,26 ,747 ,573 ,321

Inaddition,thefindingsofthisstudy'sconstructanalysisshowthatConfidentiality,Integrity,Availability,Accountabilityand Non Repudiationhadnormalitydistributions.Theinformationfoundineachofthefiveconstructsindicatorsthatdisplaynormal distributionisrepresentative,andwecanuseittodrawinferencesaboutthepopulation,accordingtotheresultsofthese analyses.Second,theindicators'normalityallowsformorein depthresearchwithouttheneedfortransformation.Finally,this showsthatthesamplesizewascalculatedcorrectlyandstatistically,withminimalerrors.

CT1 100 2,14 ,804 ,571 ,146

INFOQUAL1 100 2,37 ,884 ,808 ,172

PEOU2 100 2,19 ,748 ,708 1,468

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SystemQuality 100 2,49 ,677 ,088 ,357

FACOND1 100 2,20 ,816 ,750 ,923

PerceivedEU 100 2,31 ,65097 1,043 2,829

SYQUAL3 100 2,57 ,956 ,468 ,455

CT2 100 2,27 ,802 ,667 ,185

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SI1 100 2,14 ,725 ,591 ,620

SI2 100 2,18 ,770 ,759 ,630

SYQUAL1 100 2,51 ,772 ,101 ,330

SYQUAL2 100 2,39 ,827 ,359 ,346

100 2,49 ,823 ,434 ,653

N Mean S.Deviation Skewness Kurtosis

AV1 100 1,82 ,575 ,015 ,180

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INT3 100 1,93 ,671 ,902 3,441

NONR1 100 2,01 ,659 ,422 ,692

PU4 100 2,18 ,687 ,132 ,120

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CONF1 100 1,95 ,642 ,278 ,316

INT4 100 2,11 ,777 ,728 1,322

ACC1 100 1,81 ,615 ,133 ,456

AlphaCronbach's Cronbach's Alpha Based on Standardized Items N of Items ,970 ,972 83

Availability 100 1,99 ,637 ,117 ,299

PU2 100 1,87 ,849 1,063 1,427

Accountability 100 1,92 ,581 ,014 ,261

BI2 100 2,08 ,677 1,298 4,051

Integrity 100 1,99 ,587 ,087 ,612

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BI3 100 2,11 ,680 1,041 3,212

AV2 100 2,15 ,845 ,628 ,549

Contentvalidity,constructvalidity,andreliabilitywereamongtheinstrumentvalidationtechniquesusedinthisstudy.The researcherusedcontentvalidity(interviews)asapre datacollectionvalidity,andconstructvalidityandreliabilityasapost data collectionvalidity,inordertohaveareliablesurveyinstrumentandhenceconfidenceintheresearchfindings.InISresearch, thesevaliditymethodologiesarerecognizedasbestpractices[48].Theinternalresearchconsistencyofmeasurementwas evaluatedusingCronbach'scoefficientalphavalue.

ACC2 100 2,02 ,724 ,458 ,278

CONF2 100 2,00 ,636 ,722 1,903

Nonrepudiation 100 2,05 ,581 ,136 ,904

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BI1 100 2,51 ,904 ,638 ,377

PU1 100 1,89 ,650 ,110 ,609

UsefulnessPerceived 100 1,95 ,61574 ,182 -,415

Confidentiality 100 1,99 ,55160 ,268 ,109

INT2 100 1,98 ,752 1,052 2,528

ValidN(listwise) 100

Q24D 100 1,92 ,598 ,026 ,165

Table -3. Reliability statistics for the model

CONF3 100 2,11 ,777 ,332 ,210

BI4 100 2,11 ,634 ,637 1,370

BI5 100 2,06 ,565 1,728 8,260

NONR2 100 2,10 ,689 ,813 2,566

Cronbach'scoefficientalphavalueswerechosentoobservethemeasure'sinternalconsistency,accordingtoHintonetal.(2004). Inaddition,fourdependabilityrangeswereproposed:good(0.90andhigher),high(0.70 0.90),highmoderate(0.50 0.70),

INT1 100 1,94 ,600 ,307 ,946

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PU6 100 1,85 ,672 ,593 ,867

PU3 100 2,04 ,887 ,631 ,204

PU5 100 1,91 ,698 ,488 ,369

IntentionBihavioral 100 2,17 ,54135 ,343 1,907

SincetheguidedmodelhasbeenvalidatedinDarmawan’sstudytakingintoaccounthuman,technology,organizationdimension, InformationSecurityfactors(Confidentiality,Integrity,Availability,Accountability,Non Repudiation)wereusedaspredictor factorsinaregressionstudywithE governmentusage(E governmentAdoption)asthedependentvariable.Table 3showsthat asignificantmodelemergedfromtheinvestigation,withanadjustedRsquareof0,649.Inrelationwithourhypothesis,ithas beenshownintheresultsthatalmostallofhypothesizesweresupported,andthatonlyonehypothesisispartiallysupported, thisisthoughttoberelatedthesmallsamplesizeused(Table 5).

Model R RSquare Adjusted R Square Std.Errorofthe Estimate

andpoor(0.50 0.70).(0.50andlower).Table 3showstheCronbach'salphavaluesforourinstrumentat0.97,respectively, showingthattheconstructsareinternallyconsistentandreliabilityistestedforthesameconstruct.

Table 5. Summary of hypotheses tests of e government adoption model

a. Predictors: (Constant), NonRepudiation, IntegrityAvailability,Accountability,Confidentiality

CoefficientCorrelation

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H4b SOCIN→PU 0,211** Yes

H3a Aw→PEOU 0,542** Yes

H8b SysQual→PU 0,537** Yes

H12b CONF→PU 0,750** Yes

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International Research Journal of Engineering and Technology (IRJET) e ISSN: 2395 0056

H4a SOCIN→PEOU 0,382** Yes

H3b Aw→PU 0,405** Yes

Supported

H5a CT→PEOU 0,505** Yes H5b CT→PU 0,411** Yes

H6b COM→PU 0,558** Yes

H1b PEOU→BI 0,673** Yes

b. Dependent Variable: E government Services Usage (E governmentAdoption)

H2 Pu→BI 0,554** Yes

1 ,617a ,681 ,649 ,399

H7a InfoQual→PEOU 0,067** Yes

Table 4. Regression Analysis: Model Summary Model Summary

H9a SerQual→PEOU 0,624** Yes

H9b SerQual→PU 0,563** Yes

H11 BI→EgovA 0,406** Yes

H13a INT→PEOU 0,610** Yes H13b INT→PU 0,703** Yes H14a AV→PEOU 0,599** Yes

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5.2. Regression Analysis

Hypotheses

H10a FaCond→PEOU 0,487** Yes H10b FaCond→PU 0,336** Yes

H7b InfoQual→PU 0,400** Yes H8a SysQual→PEOU 0,513** Yes

H1a PEOU→PU 0,540** Yes

H6a COM→PEOU 0,553** Yes

H12a CONF→PEOU 0,552** Yes

MultiplemodelfitcriteriaweregeneratedusingAmostoevaluatetheoverallfitofthemodel,asdescribedintheliterature [49].There wereseven goodness of fit indexesutilized. ManystudiesonISsuccess researchemploytheaforementioned model fitmetrics.AccordingtoChiuetal.[50],thevalueofchi squaredividedbydegreesoffreedom(/d.f.)forameasurement modelshouldnotexceed3,theComparativeFitIndex(CFI)shouldbehigherthan9,theNon NormedFitIndex(NNFI)should behigherthan9,andtheRootMeanSquareErrorofApproximation(RMSEA)valueshouldbelessthan0.08.Accordingto AndersonandGerbing[52],RMSEAvalueslessthan0.1areacceptable.

TheoverallmodelfitindicesdeterminedbyAMOSsoftwareareshowninTable 6.Itdemonstratesthatallindicesclearlyabove thestatedidealstandardvaluesforasuccessfulmodelfit,indicatingthatthemodelhadachievedasatisfactorylevelandcould beutilizedtoexplaintheassumptions.Asaresult,thepathcoefficientsforeachseparatestructuralmodelhypothesiswere examinednext.

Theresultsoftheaforementionedvalidationcriteriathatinfluencede governmentadoptionintheDemocraticRepublicof CongoaredepictedinFigure

GFI 0.911 >0.90 Yes

AGFI 0.801 >0.80 Yes

H16b NonR→PU 0,541** Yes

/d.f 1.502 <5.00 Yes

RMSEA 0.034 <0.08 Yes

H15b ACC→PU 0,658** Yes

Validating Factors Affecting E government Adoption in the Democratic Republic of Congo Model fit

index Scores Recommendedvalue AcceptedFit

Fit1.

H16a NonR→PEOU 0,544** Yes

CFI 0.912 >0.90 Yes

NFI 0.900 >0.90 Yes

NNFI 0.912 >0.90 Yes

IFI 0.907 >0.90 Yes

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H14b AV→PU 0,658** Yes

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Table 6. Indicators of model fit for the study model

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H15a ACC→PEOU 0,599** Yes

statistics,alloftheconstructsscoredhighlyonthe(1 5)likertscale.Asaresult,therespondents expressedhighagreementwiththestudy'selementsforanalyzingtheadoptionofthee governmentsystem(SeeGraphicsin Appendices Confidentiality,section).Integrity,Availability,Accountability,Non RepudiationsignificantlyexplainBehaviouralIntentionstoAdoptE Government,accordingtolinearregressionanalysis.

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Thisstudypresentedthefindingsofadataanalysisofasurveythatwasundertakentoinvestigateend user’sadoptionanduse ofDemocraticRepublicofCongoe governmentservices.Theresultswerepresentedinseveralareas.Thefirststagewastotalk about the validation and results of the e government system's adoption. The findings in this part demonstrated that the reliabilitytestwasconfirmedandthatthemeasureswereinternallyconsistent,sincealloftheconstructshadaCronbach's alphaof According0.972.todescriptive

Althoughthefindingsofthisstudyareintriguing,theyarerestrictedtoasmallpopulationofe governmentserviceusers.Asa result,futureresearchshouldlookattheperspectivesofnon adoptersofe governmentservices.Thisresearchcanalsobe expanded by using the UTAUT model moderators (age, gender, and experience) as well as additional variables including culture,trust,andsocioeconomicrestrictions.Asaresult,morestudyisrequiredtoovercometheseconstraints.

[1.]Lowery,M.(2001).DevelopingaSuccessfulE governmentStrategy,DepartmentofTelecommunicationsandInformation Services,SanFrancisco.

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REFERENCES

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Figure 1: Validated Model of Factors Affecting E government Adoption in the Democratic Republic of Congo

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6. DISCUSSION AND CONCLUSION

International Research Journal of Engineering and Technology (IRJET) e ISSN: 2395 0056

ThecurrentstudyisuniqueintheDemocraticRepublicofCongocontextsinceitfocusesontheuser'sperspective,whichcan beusedasafoundationforfuturee governmentadoptionstudiesinDRCandotherCentralAfricaRegions.Second,thestudy's practicalimplicationsincludeassistinggovernmentpolicymakersanddecision makersinthedesignandimplementationofe governmentservicesintheDemocraticRepublicoftheCongo.Theyshould,forexample,developrulesandinitiativesthat prioritizeInformationSecurityfactorsine governmentservices.

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Volume: 09 Issue: 03 | Mar 2022 www.irjet.net p ISSN: 2395 0072 2022, IRJET Impact Factor value: 7.529 9001:2008

[7.]Elias,S.&Businge,P.&Margaret,K.andZake,M.(2020).E governmentDevelopmentReviewinAfrica:anassessmentof DemocraticRepublicofCongo’sglobale governmentUNranking.International Journal of Engineering and InformationSystems.Vol.4,Issue11,202.

International Research Journal of Engineering and Technology (IRJET) e ISSN: 2395 0056

[2.]Ahmad,MuhammadOvais&Markkula,Jouni&Oivo,Markku.(2014).Factorsaffectinge governmentadoptioninPakistan: Acitizen'sperspective.TransformingGovernment:People.7.10.1108/17506161311325378

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[16.]Ozkan,S.,&Kanat,I.E.(2011).E governmentAdoptionModelBasedonTheoryofPlannedBehavior:EmpiricalValidation. GovernmentInformationQuarterly,28(4),503 513.

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[3.]MensahR,Cater SteelA,TolemanM.(2020)Factorsaffectinge governmentadoptioninLiberia:Apractitionerperspective. Electronjinfsystdevctries.2020;e12161.https://doi.org/10.1002/isd2.12161

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[6.]Shafi,A.andVishant,W.(2018)FactorsAffectingE governmentAdoptionintheStateofQatar.EuropeanandMediterranean ConferenceonInformationSystems2010.

[20.]Tassabehji,R.(2005).InclusioninE Government:ASecurity Perspective. E GovernmentWorkshop’05(eGov05), BrunelUniversity,UK.pp.1 9.

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[36.]Gagnon,M.(2012).Systematicreviewoffactorsinfluencingtheadoptionofinformationandcommunicationtechnologies byhealthcareprofessionals,”J.Med.Syst.,36(1),pp:241 277.

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[27.]Tibenderana,P.K.G.(2010).MeasuringLevelsofEnd Users‟AcceptanceandUseofHybridLibraryServices.International JournalofEducationandDevelopmentUsingInformationandCommunicationTechnology(IJEDICT)2010,6(2):pp99.

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