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Turbocharging
softwarewithGenAI
HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
RESEARCHINSTITUTE
#GetTheFutureYouWant
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
16
04
Tableof
Content
Chapter1:OrganizationsareΓeapi∩gsig∩ifica∩tbe∩efits
ExecutiveSummary
10
fromleveraginggenerativeAIforsoftwareengineering.
Introduction
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
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Chapter2:GenerativeAI
adoptionisatanearlystagebutwillacceleratesharply
54
Chapter4:Howcanorganizations
44
harnessthefullpotentialofgenerativeAIforsoftwareengineering?
Chapter3:LackofprerequisitesandunofficialusageofgenerativeAIposesignificant
functional,security,andlegalrisks
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Executive
Summary
OrganizationsarereapingmultiplebenefitsfromleveraginggenerativeAIforsoftwareengineering.
•Theleadingbenefitsfororganizationsareenabling
moreinnovativework,suchasdevelopingnewsoftwarefeatures/services(observedby61%ofsurveyed
organizations),improvingsoftwarequality(49%),andincreasingproductivity(40%).
•OrganizationsusinggenerativeAIhaveseena7–18%
productivityimprovement1inthesoftwareengineeringfunctionasperearlyestimates.Thisishighestfor
specializedtaskssuchascodingassistance2(34%asthemaximumpotentialfortimesavingswith9%onaverage)andcreatingdocumentation(35%asthemaximum
potentialfortimesavingswith10%onaverage).This
researchanalyzedtimesavingsinvarioussoftware
engineeringtasksusinggenerativeAItoolsandnotcostsavingswhichcanbesignificantlydifferent.
•Organizationsareutilizingtheseproductivitygainson
innovativeworksuchasdevelopingnewsoftwarefeatures(50%)andupskilling(47%).Veryfewaimtoreduce
headcount(4%).
•GenerativeAIishavingapositiveimpactonsoftwareprofessionals’jobsatisfaction.
•69%ofseniorsoftwareprofessionalsand55%ofjuniorsoftwareprofessionalsreporthighlevelsofsatisfactionfromusinggenerativeAIforsoftware.
•78%ofsoftwareprofessionalsareoptimisticaboutgenerativeAI’spotentialtoenhancecollaborationbetweenbusinessandtechnologyteams.
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
GenerativeAIadoptionisatanearlystagebutwillacceleratesharply.
Executive
Summary
•AdoptionofgenerativeAIforsoftwareengineeringisstillinitsearlystages,with9in10organizationsyettoscale.
•27%oforganizationsarerunninggenerativeAIpilots,and11%havestartedleveraginggenerativeAIintheirsoftwarefunctions.
•Threeinfour(75%)largeorganizations(annualrevenuegreaterthan$20billion)haveadopted(piloted/
scaled)generativeAIcomparedto23%oftheirsmallercounterparts(annualrevenuebetween$1–5billion).
•Adoption(includingpilots)isexpectedtoincrease
significantlyinthenexttwoyearsfrom46%ofsoftwareworkforceusinggenerativeAItoolstoday(foranykindoftraining,experimenting,piloting,andimplementing,withauthorizedorunauthorizedaccess)toanestimateof85%in2026.
•GenerativeAIisexpectedtoplayakeyroleinaugmentingthesoftwareworkforcewithbetterexperience,toolsandplatforms,andgovernance(assistinginmorethan25%ofsoftwaredesign,development,andtestingworkby2026).
•Codingassistanceistheleadingusecase,butgenerative
AIalsofindsapplicationsinothersoftwaredevelopment
lifecycle(SDLC)activities(testcasegeneration,
documentation,codemodernization,UXdesignassistance,etc.)
•Mostusecaseshaveyettobeadoptedbyamajorityof
organizations(39%arefocusingoncodingassistanceand37%onUXdesignassistanceastopadoptedusecases).
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Executive
Summary
LackoffoundationalprerequisitesandunofficialusageofgenerativeAIposesignificantfunctional,security,and
legalrisks.
•27%oforganizationshavetheplatforms&tools,and32%havetalentprerequisitesinplace,toimplementgenerativeAIforsoftwareengineering.
•Over60%lackgovernanceandupskillingprogramsforgenerativeAIforsoftwareengineering.
•OfthosesoftwareprofessionalswhousegenerativeAI,63%useunauthorizedtools.
•Nearlyathirdoftheworkforceisself-trainingon
generativeAIforsoftwareaslessthan40%ofemployeesarereceivingtrainingfromtheirorganizations.
•Usingunauthorizedtoolswithoutpropergovernanceandoversightexposesorganizationstofunctional,security,andlegalriskslikehallucinatedcode,codeleakage,and
IPissues.
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Executive
Summary
HowcanorganizationsharnessthefullpotentialofgenerativeAIforsoftwareengineering?
•Selectandprioritizehighbenefitusecases.
•Mitigaterisksaroundsecurity,IP/copyrightissues,and
codeleakageusingathoroughriskmanagementapproach.
•TransformyoursoftwareorganizationtoensureoptimalusageofgenerativeAI:
•AugmentyoursoftwareteamswithagenerativeAI
assistant.Amajorityofjunior(53%)aswellassenior
professionals(58%)believethatgenerativeAItools
willaugmenttheirday-to-dayworkwithinthenext
twoyears.Forinstance,generativeAItoolscanhelpjuniorprofessionalslearnfasterandcomeuptospeedquickly,whiletheyallowseniorprofessionalstofocusongroomingjuniorsbyensuringtheirlearningand
retention,solvingcomplexissues,andcollaboratingwithbusiness.
•Identifyrequirementsfornewcapabilitiesandsourcethem.
•PrepareforgenerativeAIusebydeliveringtechnologyprerequisites:
•Buildarepositoryofplatformsandtoolsforaseamlessandaugmentedsoftwareengineeringexperience.
•PrivatelyandsafelycontextualizegenerativeAIassistantswithorganization’sowncontent.
•AdoptameasurementprotocolforgenerativeAIimpactmonitoringandusecaseprioritization.
•Putpeopleattheheartofthistransformationbycreatingalearningcultureatyourorganization.
•Provideupskillingandcross-skillingopportunities.
•Addressemployees’workdisplacementconcerns.
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Whoshouldreadthis
reportandwhy?
Thisreportprovidesinsightsintotheuseof
generativeAIforsoftwareengineeringand
offersrecommendationsthatwillbeusefultoorganizationsacrossindustriesinharnessing
1000+
organizationswithannualrevenue
greaterthan$1billion,representedbyaminimumofonesoftwareprofessionalandonesoftwareleader,arepartofthisresearch.
thefullpotentialofgenerativeAIforsoftwareengineering.
Businessleadersintechnology,IT,product,
strategy,R&D/engineering,generalmanagement,andinnovationwhohaveresponsibilityfor–
andoversightof–theirorganization’ssoftware
engineeringfunctionwillfinditparticularlyuseful.
Thisreportdrawsoninsightsfroma
comprehensivemulti-sectoralsurveyof1,098seniorexecutives(directorlevelandabove)
and1,092softwareprofessionals(including
architects,developers,testers,andproject
managers)fromorganizationswithover$1billioninannualrevenue.Thereportcoversthemajor
considerationsforimplementinggenerativeAIinsoftwareengineeringandincludesin-depthqualitativeinsightsfrom20industryleaders,professionals,andentrepreneurs.
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
ThisreportisapartofCapgeminiResearchInstitute’sseriesonGenerativeAI
GenAIinorganizations-annualresearch
GenAIforsoftwareengineering
GenAIformanagement*
GenAIformarketing
GenAIinR&Dandengineering
GenAIand
consumers
GenAIinsupplychain*
GenAIinmanufacturing*
GenAIincustomerservice*
GenAIandsustainability
GenAIandethics/ trust*
GenAIand
cybersecurity*
*
GenAIinbusinessoperations*
Datamastery*
SpecialeditionofourpremiumjournalConversationsfortomorrowonGenAI*
Tofindoutmore,pleasegoto
/insights/research-institute/
*Upcomingreports
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Introduction
Today,byleveragingthepoweroflargelanguagemodels
(LLMs),generativeAIcanenhancedevelopers’productivity,improvesoftwarequality,andacceleratetimetomarket.
MarcoArgenti,ChiefInformationOfficeratGoldmanSachs:
“GoldmanSachsisusingartificialintelligencetoturnsoftwaredevelopersandothersintosuperhumans.”4
IngenerativeAI,thesoftwareworkforcehasatoolto
acceleratekeytasks(suchasdesign,coding,migrating,
testing,deploying,supportandmaintenance)withminimaleffortandaminimallearningcurve.
Sincethedawnofthemoderncomputerage,therehasbeenadisconnectbetweennaturallanguageand
machinelanguage.Withhardwareandsoftwareadvances,
programminghasevolvedinwavesovertimeandthisgaphasbeguntoclose(seeFigure1).
Thisevolutionnowappearsnearcomplete,asnatural
languagebecomesthelinguafranca.Withrecentrapid
advancesinAIandhigh-performancecomputing,wecan
nowsimply“chat”withcomputersand–throughhuman
supervisionandaccountability–lettheAIassistantaugmenttasksrangingfromprogramming,generatingtestcases
anduserstories,todocumenting,amongothers.AsAndrej
Karpathy,oneofthefoundersofOpenAIandformerdirectorofAIatTesla,famouslyquippedfollowingtheintroductionofChatGPT:"ThehottestnewprogramminglanguageisEnglish”.3
CapgeminiResearchInstitute2024
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Introduction
TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Figure1.
Increasinglevelsofvaluecreationfromevolutionofsoftwaredevelopmentlanguagesandplatforms
Valuecreation
GenerativeAIboost
Evolvementofsoftwaredevelopmentlanguages&platforms
“Thehottestnew
programming
languageisEnglish”
Lowcode/Nocode
Cloudnative
DevOpsAutomation
Python
Java
C++
C-Programming
Cobol
IBM704Assembler
ENIAC
1940195019601970198019902000201020202030
Machine&assemblylanguageHigh-levelprogramminglanguageObject-orientedlanguageDevelopmentplatforms
Source:Capgeminianalysis
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Introduction
However,generativeAIbringsrisksandchallenges.
Uncontrolledusecanleadtohallucinatedcode,IPissues,
privatedataleakages,andsecurityvulnerabilities.Software
engineeringorganizationsneedanewstrategyand
implementationapproachtoharnessthepotentialofgenerative
AIwhilemanagingitsrisks.WiththisresearchweattempttoassesstheimpactofgenerativeAIonthesoftwareengineeringfunction,coveringsuchquestionsas:
•HowwillgenerativeAIimpactthevariousstagesofsoftwaredevelopmentlifecycle(SDLC)?
•HowcanorganizationsquicklyadoptandscalegenerativeAItodriveproductivityandinnovation?
•HowwillgenerativeAIimpactsoftwareengineers’waysofworking?
•WhatarethechallengesforsoftwareengineeringandhowbestcanwemanagetherisksassociatedwithgenerativeAI?
•Howcanorganizationscontinuouslymeasureandoptimize
impactofgenerativeAIontheirsoftwareengineeringfunction?
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Whatdowe
meanby
“GenerativeAIforsoftwareengineering”?
Definingtheterm“software”
Softwareisastrategiccapability,transformingtheway
businessesdesigntheirproductsandservices,function
overall,compete,andprovidevaluetocustomers.Softwareisvitaltomodernbusiness,whetherasaproductitselfor
integratedintoenterpriseappsorproducts.
Therearethreemaincategoriesofsoftware:
•Businesssoftware:Usedbyorganizationstorun,
scale,andoptimizeday-to-daybusinessfunctionsandprocessesand/orinteractwiththeircustomersand
partners.
Therearetwobroadtypesofbusinesssoftware:
•Packagedsoftware:Third-partystandardprogramsgroupedtoprovidedifferenttoolsfromthesame
familyinapackage,commerciallyavailableunderthelicensor’sstandardterms,payablewitheitheraone-offorannualfee.
•Customsoftware:Specific,advancedprogramsdevelopedforaspecificpurposeforanindividualorcompany,whichcanbemodifiedorchanged.Customsoftwareisnotcommerciallyavailable
butisbuiltandoperatedforinternalpurposes.
•Consumersoftware:Solddirectlytoendusers,
consumersoftwareincludesapps,webportals,
andinformationtoolssuchasmaps,financialdata,news,games,andmusicplayers.
•Embeddedsoftware:Apieceofsoftwareto
programhardwareornon-PCdevicestofacilitate
functioning.Thesearespecializedenvironments
andapplicationsforaspecifichardwarestackwithperformance,power,andfunctionalityrequirementandconstraints.
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
GenerativeAIhaspotentialforall
categoriesofsoftware,butthisresearchfocuseslargelyonsoftware
engineeringforcustom,embedded,orconsumersoftwarewhichgoes
throughtheentire
softwaredevelopmentlifecycle.
GenerativeAI’spotentialforsoftwareengineering
Softwareengineeringhasshiftedstronglytowardsgreaterautomationandsimplification,particularlywiththeadventofgenerativeartificialintelligence(generativeAI).Theriseoflargelanguagemodels(LLMs)hasbeenkey.LLMsare
deep-learningAIalgorithmsthatcanrecognize,summarize,translate,predict,andgeneratecontentbybuildingon
verylargedatasets.Theyhavefacilitatedtheincreasingadoptionbyconsumersandorganizationsofsoftwareengineering.
GenerativeAIhasthepotentialtotransformthesoftwareengineeringprocess,asitcanbeintegratedintotechstackstounlocknewfeaturesandupdatesforsoftwarecurrentlyinuse.ManyleadersarestrivingtointegrateAI-enabled
plug-insorincorporateAI-poweredtechnologyintotheirownenterpriseandsoftwareengineeringplatforms.OurpreviousresearchshowsthatgenerativeAIwillassistinwritingoneoutofeveryfivelinesofcodeinthecomingyear.5
GenerativeAI’simpactontheSDLC
Withtheincreasingproliferationofsoftwareinproducts,services,operations;softwareteamsareunderpressuretodelivermore,better,faster.GenerativeAIhasthe
potentialtoyieldbenefitsacrosstheSDLC.Figure2
showssomeofthetasksandactivitiesinSDLCthatcanbenefitfromtheuseofgenerativeAItools.Itisworthnotingthatitisasubsetofallactivitiesencompassing
SDLC.Itcanbeintegratedatanystage–frombusinessneedsanalysisandwritingagileuserstoriestosoftwaredesign,coding,documentation,packaging,deployment,testing,andoperations–augmentingtheworkof
softwareengineersandhelpingincreaseefficiency,improvequality,andenhancejobsatisfaction.
GenerativeAIalsotouchestherolesofmanydata
analysts,businessanalysts,platform/softwaredesigners,andsoftwareengineers,developers,andtester.
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Figure2.
PotentialapplicationareasofgenerativeAIintheSDLC
(DevOps)SoftwareLifecycle
Businessdemand/requirementoanalysisandwriting。
Usecasemodeling
UserstoriesgenerationReverseengineering
Codingassistance(codegeneration,completion)
Unittestsgeneration
Legacycodemodernization
(migration,conversion,etc.)
Codeexplanation
CodedocumentationCodevulnerabilities
Platformprovisioning&configuration
Softwareobservabilitywith
analysisandrecommendations
Businessdemand
D...e...s...i.g...Co.d...i.ngB...ul.dT...e...s...tRe...l.e...a...seDe...p...l.oyOp...e...r..a...teM.onitor
UX/UIdesignSoftwarearchitectureSoftwarerefactoringSoftwarepackages
configuration
TestCasegenerationTestDatasets
SoftwarepackagesassemblyReleasenotes
IncidentsresolutionTicketsassistance
(Agile)ProductTeams/(Waterfall)DevelopmentTeams
BacklogandroadmapplanningEffortestimations
Productvaluestreamperformancerecommendations
TeameffectivenessanalysisandimprovementTeamcommunicationandcollaboration
Processfacilitation(plannings,retrospective,burndown,etc.)
IndustrializedSoftwareEngineeringPlatform
oAgileProcessManagement/ALMoDeveloperworkplace(IDE)oDevOpsautomationoTestsautomationoGenerativeAIfoundations
Source:CapgeminiResearchInstituteanalysis.
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
01
Organizationsarereapingsignificantbenefitsfrom
leveraginggenerativeAIforsoftwareengineering.
CapgeminiResearchInstitute2024
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Augmentinginnovationandimprovingsoftwarequalityaretheleadingbenefits.
ThΓeei∩fiveoΓga∩izatio∩sseei∩∩ovativewoΓk-foΓexample,developi∩g∩ewfeatuΓesa∩dseΓvicesusi∩gsoftwaΓe-asthebiggestbe∩efitofge∩eΓativeAlusei∩softwaΓee∩gi∩eeΓi∩g(seeFiguΓe3).OfsoftwaΓe
pΓofessio∩alssuΓveyed,80%believethat,byautomati∩gsimpleΓΓepetitivetasks,ge∩eΓativeAlwillfΓeeuptimefoΓthemtofocuso∩i∩∩ovatio∩a∩dvalue-addi∩gtasks,fosteΓi∩ggΓeateΓcΓeativity.
Ase∩ioΓtech∩icalleadeΓfΓomamulti∩atio∩aldigital
commu∩icatio∩stech∩ologycompa∩yelaboΓates:“OneofthebiggestdriversofgenerativeAIadoptionisinnovation.
Notjustontheproductsidebutalsoontheprocessside.WhileseniorprofessionalsareleveraginggenerativeAIcombined
withtheirdomainexpertiseforproductinnovation,junior
professionalsseevalueinAIprocessandtoolinnovation,andinautomationandproductivityoptimization.”
TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Figure3.
O∩ei∩twooΓga∩izatio∩sadopti∩gge∩eΓativeAlseesimpΓoveme∩tsi∩e∩abli∩gi∩∩ovativewoΓka∩dqualityofsoftwaΓe.
PercentageoforganizationsseeingbenefitsthroughtheadoptionofgenerativeAI,asmentionedbysoftwareleaders
Enablinginnovativework(e.g.,developingnewfeatures,servicesetc.)
Qualityofsoftware ProductivityCollaboration
SecurityTimetomarket/reductioninlead-time CostofsoftwaredevelopmentTechnicaldebt
Complianceandriskmanagement
49%
41%
36%
34%
33%
25%
12%
9%
61%
SouΓce:Capgemi∩iReseaΓchl∩stitute,Ge∩eΓativeAli∩SoftwaΓeE∩gi∩eeΓi∩g,Se∩ioΓExecutiveSuΓvey,ApΓil2024,∩=
412softwaΓeleadeΓsthathavescaledupoΓaΓeΓu∩∩i∩gpilotswithge∩eΓativeAli∩softwaΓee∩gi∩eeΓi∩g.
CapgeminiResearchInstitute2024
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TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
GenerativeAIalsoenablesimprovementsinsoftware
quality.Itcanhelpdeliverhigher-qualitycodewithfewer
errorsandimprovementsintestcoverageandquality.Bothfactorsgiveorganizationsaproductivityboostatteamandorganizationallevels.Forexample,EmiratesNBD,alarge
bankinggroupintheMiddleEast,notonlyaccelerated
developerproductivitybyupto20%incomplextasks,butalsoimprovedthecompany’scodequalityby20%byusingGitHubCopilot’scodesuggestions.6
HeadofAIataleadingAustraliantelco,explains:“Withuseofge∩eΓativeA/foΓsoftwaΓee∩gi∩eeΓi∩g,the∩umbeΓoftestcasescouldbei∩cΓeasedby30%,gΓeatlye∩ha∩ci∩gtestcoveΓagea∩dquality.”
CapgeminiResearchInstitute2024
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FoΓtelecombusi∩esses,ge∩eΓativeAlca∩playasig∩ifica∩tΓolei∩thedevelopme∩tofsuchdata-poweΓed,i∩∩ovativeapplicatio∩sas∩etwoΓkma∩ageme∩ta∩dmai∩te∩a∩ce
aswellascustomeΓseΓvice/salesappso阡eΓi∩ghypeΓ-
peΓso∩alizatio∩.BTGΓoup’sDigitalu∩ithasa∩Al-poweΓed
pΓoductlifecyclema∩ageme∩tstΓategy.Withi∩fouΓmo∩thsofdeployi∩gAmazo∩’sCodeWhispeΓeΓ,ithadautomated
∩eaΓly12%ofΓepetitivewoΓk,allowi∩gthepilotwoΓkfoΓcetofocuso∩moΓestΓategicgoals.7
SimilaΓly,theΓetaili∩dustΓyisleveΓagi∩gge∩eΓativeAl
togatheΓa∩da∩alyzecustomeΓpΓefeΓe∩ces,competitoΓ
i∩sights,pastsaleshistoΓy,etc.,a∩dcΓeateΓobusta∩dpΓeciseΓequiΓeme∩tsdocume∩tatio∩asthebasisofe∩gagi∩g
customeΓ-faci∩gapps.WayfaiΓ,ahomegoodscompa∩y,is
co∩sideΓi∩gusi∩gge∩eΓativeAltoΓeducethetech∩icaldebtaccumulatedi∩theiΓsoftwaΓestackoveΓyeaΓs.8
TurbochargingsoftwarewithGenAI:HoworganizationscanrealizethefullpotentialofgenerativeAIforsoftwareengineering
Figure4.
Telecoma∩dΓetailsectoΓsseee∩ableme∩tofi∩∩ovativewoΓkasatopbe∩efitfΓomge∩eΓativeAl.
Percentageoforganizationsbysector,whohaveactiveinitiativesandseeenable-mentofinnovativeworkasatopbenefit,aspersoftwareleaders
TelecommunicationsRetail
LifesciencesandhealthcareConsumerproductsGlobal
Hightech
Energytransition&utilitiesBanking
Aerospace&defenceAutomotive
PublicservicesInsurance
76%
74%71%
61%
58%56%
55%
53%52%52%
45%
86%
SouΓce:Capgemi∩iReseaΓchl∩stitute,Ge∩eΓativeAli∩SoftwaΓeE∩gi∩eeΓi∩g,Se∩ioΓExecutiveSuΓvey,ApΓil2024,∩=412se∩ioΓexecutivesthathavescaledupoΓΓu∩∩i∩gpilotswithge∩eΓativeAli∩softwaΓee∩gi∩eeΓi∩g.
CapgeminiResearchInstitute2024
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OrganizationswithactivegenerativeAIinitiativeshaveseenanaverage
7–18%improvementinproductivityacrossthe
SDLC.
ThoseorganizationsactivelyusinggenerativeAIinsoftware
engineeringhaveseenanaveragetotalproductivity
improvementof7–18%acrosstheSDLCtoday,comparedtonon-usageofgenerativeAI.Theincreasingmaturityoftoolsandprocessesalongwithgrowingprofessionalexperience,meansproductivityislikelytocontinuetoimprove.
Wealsofoundthatproductivityadvantageincreaseswithorganizationsize(seeFigure5).
TurbochargingsoftwarewithGenAI:Howorganizationscanrealizethefull
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