中国信通院东南亚区域算力中心服务商分析报告2026

CAICT中国信通院

集智专题报告

AnalysisReportonComputingPowerCenterServiceProvidersinSoutheastAsia

(2026)

CloudComputingandDigitalizationResearchInstituteofthe

ChinaAcademyofInformationandCommunications

Technology

CopyrightStatement

ThecopyrightofthisreportbelongstotheChinaAcademyofInformationandCommunicationsTechnology(CAICT)andislegallyprotected.Anyreproduction,quotation,orotheruseofthecontentoropinionsexpressedinthisreportshouldindicate“Source:ChinaAcademyofInformationandCommunicationsTechnology.”Ifanyonebreachesthisrequirement,CAICTwillholdthemlegallyaccountable.

Foreword

Atpresent,computingpowerhasbecomeacoreproductiveforceofthedigitaleconomyandastrategichighgroundinglobalindustrialcompetition.Thelarge-scalecommercializationofgenerativeartificialintelligencehastriggeredexplosivedemandforhigh-performancecomputingcapacity.Leveragingitsadvantageousstrategiclocation,substantialdigitaleconomyfoundation,andsteadilyimprovingindustrialsupportpolicies,SoutheastAsiahasemergedasakeyglobaldestinationforinvestmentinthecomputingpowersector.By2026,themarketsizeofcomputingpowercenterservicesinkeySoutheastAsianregionsisexpectedtosurpasstheUSD10billionthreshold,withindustrygrowthsignificantlyoutpacingtheglobalaverage.Marketopportunitiescoexistwithchallengessuchasresourceconstraintsandcomplexcompliancerequirements.

ThisreportfocusesonthecorecomputingpowermarketsinSoutheastAsia.Itoffersasystematicreviewoftheindustrylandscapeandregionalcharacteristics,deliversanin-depthanalysisofcompetitivedynamicsinselectednationalmarkets,andprovidesacomprehensiveassessmentofindustryopportunitiesandchallenges.Italsoproposesaframeworkforassessingserviceprovidercompetitivenessandpresentsapanoramicprofileofleadingplayers.Lookingahead,thereportexploresfutureindustrytrendsandrecommendations.Forfurtherdiscussionorinquiries,pleasecontactthereportteamat:dceco@.

TableofContents

I.Introduction 1

II.OverviewofIndustryDevelopment 1

III.IndustryDevelopmentTrends 12

(i)OpportunitiesforComputingPowerServiceProviders 12

(ii)ChallengesforComputingPowerServiceProviders 13

(iii)ScopingOpportunitiesforExpandingtoOverseasMarkets 14

IV.EvaluationofServiceProviderCompetitiveness 16

(i)EvaluationSystem 16

(ii)DevelopmentMatrixofLeadingServiceProvidersinSoutheastAsia 18

V.FutureProspectsandRecommendations 21

(i)IndustryTrendsupto2030 21

(ii)RecommendationsforIndustryDevelopment 22

ListofFigures

Figure1ComputingpowerscaleinkeySoutheastAsiaregions,2025 2

Figure2Competitivelandscapeofleadingcomputingpowerserviceprovidersin

Malaysia

8

Figure3Competitivelandscapeofleadingcomputingpowerserviceprovidersin

Singapore

8

Figure4Competitivelandscapeofleadingcomputingpowerserviceprovidersin

Indonesia

9

Figure5Competitivelandscapeofleadingcomputingpowerserviceprovidersin

Thailand

10

Figure6Percentageofcitieswiththelargestcomputingpowerscalerelativetothe

nationaltotalbycountry

10

Figure7Marketactivityofcomputingpowerserviceprovidersbycountry 11

Figure8Heatmapofcomputingpowerserviceproviderdistributionbycountry 11

Figure9DevelopmentmatrixofleadingserviceprovidersinSoutheastAsia 18

ListofTables

Table1ComputingpowerindustrypoliciesinSoutheastAsiancountries 3

Table2ScoringscaleforcomputingpowerindustryfoundationinSoutheastAsian

countries

6

Table3Scoringscaleforaccesstooverseasmarkets 14

Table4Qualitativecomparisonofbusinessboundariesofcomputingpowercenter

serviceprovidersinSoutheastAsia

16

Table5ScoringweightsforcomputingpowerserviceprovidersinSoutheastAsia17

1

I.Introduction

TheSoutheastAsiacomputingpowercentermarketisenteringacrucialstageofrapidgrowthandstructuraltransformation.ThemarketforcomputingpowercenterservicesinkeyregionsreachedUSD8.7billionin2025andisexpectedtosurpassUSD10billionby2026,withacompoundannualgrowthrate(CAGR)higherthantheglobalaverage.Thegrowthisprimarilydrivenbydatalocalizationpolicies,large-scaleexpansionofthedigitaleconomy,andincreaseddemandforcloudservicesboostedbyaccelerateddigitaltransformationinbusinesses.Meanwhile,thewidespreadadoptionofartificialintelligence(AI)applicationsispromptingupgradesincomputingpowerinfrastructuretowardshigh-performancegraphicsprocessingunit(GPU)clustersandgreenandenergy-efficientcomputing.

TheSoutheastAsiamarketlandscapeisevolvingintoamulti-polarstructure,withcountriesadoptingdifferentiatedrolesbasedontheirresourceendowmentsandpolicyorientations.Asaninternationalhubwithstringentgreenstandards,Singaporefocusesonhigh-end,value-addedcomputingpowerservices,andenforcescapacitylimitsandenergyefficiencyrequirements.MalaysiaisdevelopingalargeregionalcomputingpowerhubbycapitalizingonitscostandlocationadvantageswhileabsorbingoverflowdemandfromSingapore.Indonesia,drivenbysubstantialdomesticdemandanddatasovereigntyregulations,hasestablishedalocalizedcomputingpowermarket.Thailand,Vietnam,andthePhilippinesareactivelycapturingtheincrementalmarketofAIandedgecomputingthroughtaxincentivesandinfrastructureupgrades.Atpresent,thissectorfeaturesadiversecompetitiveecosystemincludingglobalhyperscalecloudproviders,internationalneutralhostproviders,andlocaloperatorsandtechnologyfirms.Chinesevendors,notablyHuaweiCloud,haveincreasedtheirregionalinvestmentsandbecomeimportantplayersinthisecosystem.

Thesectorfaceschallengessuchaslimitedresources,complexcompliancerequirements,structuraltalentshortages,andsupplychainvolatility.Therefore,greenandlow-carboncomputing,AIcomputingupgrades,talentdevelopmentandecosystemcollaborationbecomecentraltofuturedevelopment.Lookingforward,theSoutheastAsiacomputingpowermarketisexpectedtoadvancetowardsgreenandintensivedevelopment,edgecomputingcollaboration,andregionalpolicycoordination.Itisadvisedthatcompaniesgoingglobaladoptatieredanddifferentiatedstrategy,adheretocompliancerequirements,strengthengreendesignandtalentdevelopment,andfocusonAIcomputingenhancementandecosystemcollaborationtoseizelong-termopportunitiesintheregionalcomputingpowersector.

II.OverviewofIndustryDevelopment

(i)MarketSizeandGrowthDrivers

1.Statusquoofcomputingpowercentermarket

ThecomputingpowercentermarketinkeySoutheastAsianregionsisundergoingsignificantstructuralgrowthandtransformation.By2025,themarketforcomputingpowercenterservicesisexpectedtoreachUSD8.7billion,withtotalinfrastructurecapacityexceeding4.4GW.Intermsofdistribution,Singapore,Malaysia,andIndonesiaformtheregionalcoreofcomputingpower,collectivelyaccountingforaround70%ofSoutheastAsia'scapacity.Singaporeleadswithover1.4GW,followedbyMalaysiaandIndonesiawith1,063MWand900MW,respectively.Thailand,Vietnam,andthePhilippinesareemergingasfast-growingnodes,projectedtohavecapacitiesof620MW,104MW,and296MWin2025,respectively.²Therearecurrentlymorethan200majorregionalcomputingpowercenters,andtotalcapacityisanticipatedtosurpass10GWby2030,growingatanaverageannualratecloseto20%.3

Thailand

620MW

Malaysia1063MW

Singapore1400MW

Philippines296MW

Indonesia900MW

Vietnam104MW

Source:CAICT.

Figure1ComputingpowerscaleinkeySoutheastAsiaregions,2025

Themarkethasdevelopedadiversecompetitiveecosystemledbyglobalhyperscalecloudproviders,internationalneutralhostproviders,andlocalcompanies.Chinesevendors,notablyHuaweiCloud,areactivelyparticipatingintheregionalmarketevolution.HuaweiCloudhassteadilyincreaseditscloudinfrastructureinvestmentsinSoutheastAsia,focusingonsupportinglocalcoredigitaltransformationinitiativesthroughitsintegrated“Cloud+AI+5G”technologystackandchannelstrengths.This

IndicatordataforSoutheastAsiacomputingpowercentersin2025coversixcountries:Singapore,Malaysia,Indonesia,Thailand,thePhilippines,andVietnam.

2Thecomputingpowerscaleforthesixcountriesin2025scalculatedbasedondifferentscenarios.ThecomputingpowerscaleofSingaporeisderivedfromgovernmentreleases.ThecomputingpowercalesofThailand,Malaysia,andIndonesiaareestimatedusingofficial2024statistics,ofwhichtheestimateforThailandisbasedon2025investmentamounts,andtheestimatesforMalaysiaandIndonesiaarebasedonhistoricalaverageannualgrowthrates.ThecomputingpowerscalesofVietnamandthePhilippinesarecalculatedbasedontheestablishedcapacitydisclosedbytheirenterprises.

3Thenumberofcomputingpowercentersisestimatedbasedonmarketresearchconductedineachcountry.Thetotalcomputingpowercapacityin2030isprojectedbasedontherecentindustrydevelopmenttrendsacrosstheregion.

3

approachhasenrichedtechnologicalpathwaysandcompetitivedimensionswithintheSoutheastAsiacomputingpowerindustryecosystem.

2.Analysisofcomputingpowerdemanddrivers

TheboomingdigitaleconomyandamassiveuserbasehavefueledtheexplosivegrowthincomputingpowerdemandacrossSoutheastAsia.TheInternetuserbasekeepsincreasingowningtoeasierInternetaccessandwidespreaduseofterminaldevices.AccordingtotheSoutheastAsiaCountryInvestmentGuidesreleasedbytheMinistryofCommerceofChina,theInternetpenetrationrateinmajorSoutheastAsiancountriessurpassed90%by2025,supportingalargeactivedigitalpopulation.

IndustrytrendsmonitoredbyBain&Companyshowthatthecontinuousexpansionofscenariossuchase-commerce,onlinemedia,anddigitalfinancialservicesissteadilypushingtheregionaldigitaleconomytowardsatotalmerchandisetransactiontargetofUS$300billion.CombinedwithdemandfromtraditionalInternetapplications,thiscreatesasuperimposedeffect,enhancingboththescaleandqualityofcomputingpowermarketinSoutheastAsia.

Thewaveofenterprisedigitaltransformationhasfurtheramplifiedthedemandforcomputingpowersupport.Drivenbythedigitaleconomy,enterprisesofalltypesareactivelyembracingcloudmigration,pushingcomputingpowerdemandtoevolvefrombasicstoragetohigh-endneedssuchascomplexdataprocessingandintelligentanalysis.AccordingtostatisticsfromtheMinistryofCommerce,95.1%ofsmallandmedium-sizedenterprises(SMEs)inSingaporeadoptedatleastonedigitaltechnologyin2024.Theriseofemergingdigitalscenarioshasfurthergenerateddiversifiedincrementaldemandforcomputingpower,whiletoolsincludinggenerativeAIaredrivingenterprisecomputingpowerneedstoadvancefrombasicstoragetoreal-timedataprocessingandintelligentanalysisatanadvancedlevel.

Technologicalinnovationhasprovidedstrongmomentumforthedevelopmentofcomputingpowerindustry.TheexplosivepopularityofconsumerAIapplicationscontinuestoboostdemandforhigh-performanceGPUclusters.ApplicationslikePerplexityhavesecured10millionmonthlyactiveusers.Enterprise-levelAIdataneedsaregrowingrapidly.Next-generationAIapplicationsinsectorssuchasmanufacturing,transport,andlogisticsrequirepowerfulcomputingresourcesandlow-latencynetworkstoensurereal-timeoperation.Meanwhile,datacapacitydemandinSoutheastAsiahassurged,greatlyexceedingthecapabilitiesofexistinginfrastructure.

(ii)RegionalDevelopmentCharacteristics

1.Country-specificfoundation

(1)Policies

Table1ComputingpowerindustrypoliciesinSoutheastAsiancountries

4

Country

Policies

Keywords

Singapore

SmartNation2.0

Tobuildadigitalsocietybyharnessingtechnologiesto

promoteurbandigitaltransformation,enhancedigital

infrastructureresilience,andstrengthencross-border

digitalcooperation.

GreenDataCenterRoadmap

Toenhanceenergyefficiencyofdatacentersatthe

hardwareandsoftwarelevels;andacceleratethe

integrationofgreenenergyindatacenterstosupport

theexpansionofcapacity.

Malaysia

DigitalEconomyBlueprint

Tobecomearegionalleaderinthedigitaleconomyand

achieveinclusive,responsible,andsustainable

socio-economicdevelopment.

DigitalEcosystemAccelerationScheme

TobuildaSoutheastAsianhubforcomputingpower

centers,attractinvestmentfromsustainablecomputing

powercenters,andpromotetheuseofrenewable

energybyprovidinglowcarbonenergysources.

GreenLanePathway

Toprovidefast-trackpowerapprovalandsupplyfor

largecomputingpowercenters.

Indonesia

WhitePaperonNational

StrategyforDevelopmentof

Indonesia’sDigitalEconomy

2030

Toadvancedigitaltransformation,improvethequality

ofdigitalinfrastructure,andoptimizethelayoutof

computingedge

OmnibusLawonJobCreation

Toprovidespecifictaxincentivesforinvestmentsincomputingpowercenters

Thailand

EECinitiativeundertheThailand4.0strategy

TobuildThailandintoadigitalhubwithinthe

AssociationofSouthEastAsianNations(ASEAN)and

acoredestinationforcomputingpowercenter

investments

InvestmentPromotionAct

Tointroducedifferentiatedtaxincentivesandenable100%ownership

ThailandFastPassMechanism

Toreformpermitapprovalandotherkeyprocedures,

withthegoalofincreasingthepermitapproval

efficiencyby20%to50%

Philippines

PhilippineDevelopmentPlan2023–2028

Tomodernizedigitalinfrastructure

CorporateRecoveryandTaxIncentivesforEnterprisestoMaximizeOpportunitiesforReinvigoratingtheEconomy

Toimplementtaxincentivesandfast-trackapprovals

Vietnam

NationalComputingPowerCenterDataStrategy

Tobuildthenationalcomputingpowercenter

DigitalInfrastructureStrategy

(2025–2030)

Todevelopandattractinvestmentfordatainfrastructure

LawonDigitalTechnologyIndustry

Taxincentives

Source:CAICT.

Singapore’spoliciesemphasizetotalcapacitymanagement,mandatorygreendevelopment,safetyandcompliance,whileaddressinglandandenergyconstraintsandpromotinginnovationinenergyefficiency.Malaysia’spoliciesaimtobuildaSoutheastAsiancomputingpowerhubclusterandattractinvestmentbystreamlining

5

approvalproceduresandofferingtaxincentives.Indonesia’spoliciesfocusonattractinginvestmentthroughspecialeconomiczonesanddevelopingbalancedinfrastructurenationwide,whichintegratedigitalinfrastructureintooverarchingdevelopmentplanningandprovidefiscalincentivesliketaxbreakswithinthesezones.Thailand’spoliciesarecenteredonbuildinganASEANdigitalhubanddrawingforeigninvestmentthroughvariedtaxincentivesandexpeditedapprovalprocedures.Philippines’policiesseektoaddressinfrastructureshortcomings,whileVietnam’spolicieshighlighttop-levelstrategicguidanceandsubstantialtaxincentives,encouragingthelocalizationofcomputingpowercenters.

(2)Resources

SingaporesetsamodelfordigitalinfrastructureinSoutheastAsia.Itboaststhehighestdensityofsubmarinefiberopticcables,comprehensive5Gnetworkcoverage,andahighlystablepowersystem,solidifyingitsroleastheregionalcentralhub.However,severeshortagesoflandandwaterresourceshaveledcomputingpowercenterstoadopthighlyintensivelayoutsandintegratewater-savingtechnologiessuchasclosed-loopcoolingandNEWaterrecycling.Regardingtalent,Singaporeattractstop-notchdigitalandengineeringprofessionalsintheregion,yetlaborcostsremainhigh.

Malaysiahassuccessfullyestablisheditselfasacrucialcost-effectivedestinationforhandlingoverflowforeigndemand,thankstoitsstrategiclocationlinkingEastandWest,accesstoover20internationalsubmarinecables,reliablepowergrids,relativelyabundantwaterresources,andcompetitivelandprices.Nevertheless,diminishinglandandelectricityresourcescouldconstrainfuturegrowth.MalaysiabenefitsfromastrongEnglisheducationsystemandalargeengineeringworkforce,resultinginlowerlaborcostscomparedtoSingapore,whichmakesitakeysourceofregionaloperationaltalent.

Indonesiaservesasakeynodeforseveralinternationalsubmarinecables,whichensuresitsglobalconnectivity.However,challengespersistwithgridstabilityandcoverage,includingregionalpowersupplygaps.Itsdistinctivepotentialisunderpinnedbyabundantgreenenergyresourcessuchasgeothermalandsolarpower,offeringthepossibilityofdirectgreenenergysupplyandenvironmental,social,andgovernance(ESG)investmentsinthefuture.Moreover,Indonesia’svastland,plentifulwaterresources,andlowcostsmakeitidealformega-scalecomputingpowerparks.Intermsoftalent,Indonesiahasalargeyoungdigitalpopulationandasubstantialpoolofjuniortechnicalworkers,butthereisaseriousshortageofhigh-endcomputingpowercenterarchitectsandAIengineers.

InThailand,digitalinfrastructurekeepsimproving,withupgradedaccesstofiberopticnetworksandinternationalsubmarinecables;however,electricityandnetworkcostsremainrelativelyhighintheregion.Vietnam’scorecompetitivenessliesinitscost-effectiveinvestmentandoperationalexpenseswithinASEAN,combinedwithfavorablelocationandnetworkconnectivity.ItisrapidlyrespondingtothedemandforcomputingpowerdrivenbythesurgeinAIandcloudcomputing.ThePhilippines

6

isstillinthecatching-upstage,withrelativelyweakinternationalnetworkconnectivityandbroadbandquality.Nevertheless,themarkethasbeguntoshowinitialgrowthmomentum,underpinnedbygovernmentsupportandSMEdigitization.

Table2ScoringscaleforcomputingpowerindustryfoundationinSoutheastAsiancountries

Country/region

Power

supply

guarantee

capability

Computingpowertalent

supply

capacity

Computing

power

infrastructurecompleteness

Industrial

policy

support

Maturity

of

industrial

chain

support

Overallscorefor

industry

foundation

Singapore

4

4.5

4.5

4.5

4.5

4.4

Malaysia

4.5

4

4

4

4

4.1

Indonesia

3

3.5

3.5

3.5

4

3.5

Thailand

3

4

3

3.5

3

3.3

Philippines

3

3

3

3

3

3

Vietnam

3

3

3

3

3

3

Source:CAICT

Note:Allassessmentsarebasedonthequalitativedescriptionsandquantitativedatapresentedinthisreport.Thescoreisgivenona5-pointscale,with5beingthehighest.Theoverallscoreforindustryfoundationisdeterminedbyweightingfiveindicators,namely,powersupplyguaranteecapability,computingpowertalentsupplycapacity,computingpowerinfrastructurecompleteness,industrialpolicysupport,andmaturityofindustrialchainsupport,witheachcontributing20%tothetotalscore.

2.Regionalcharacteristics

Singaporeisorientedtohub-based,high-end,andconcentrateddevelopment,andcontinuestoadvancetheenhancementofhigh-densitygreencomputingpower.Itsstrategyfocusesondeliveringhighvalue-addedservicessuchascross-borderdataprocessingandconsolidatingitspositionastheprimaryhubforAsia-Pacificcross-regionalcomputingpowerinterconnectivitybyengaginginandleadingtheharmonizationofinternationalregulations.Duetohardconstraintsinlandandelectricityresources,computingpowercentersinSingaporeexhibitahighlyintensivelayout,mainlyclusteredinkeyareassuchasJurongandChangi,whichareclosetointernationalsubmarinecablelandingstations.Toovercomelocalphysicalspacelimitations,thegovernmentactivelypursuesacross-marketcollaborationstrategy,includingdevelopingtheJohor-SingaporeSpecialEconomicZone,toexpandregionalcooperationopportunitiesandeffectivelyalleviatelocaldeploymentpressures.

InMalaysia,thecomputingpowercenterindustryhasundergoneastrategicshiftfrompassivelyabsorbingspilloverdemandtoproactivelydevelopinganecosystem.Initially,itscentralrolewastohandletheoverflowofcomputingpowerneedsfromSingapore.ThankstoitsgeographicproximitytoSingapore,whichenablesmillisecond-levellowlatency,anditsnetworkadvantageofbeingclosetointernationalsubmarinecablelandingpoints,Johorhasquicklyrisenintooneofthefastest-growingregionalmarketsforcomputingpowercenters,hostingover70%ofthenationalcapacity.Atpresent,Malaysia’sstrategicfocushasshiftedtowards

7

activelybuildingacomprehensiveAIandcloudcomputingecosystem.Underthisnewframework,Johorwillcontinuetostrengthenitspositionasacorehubforcross-bordercollaborationandcost-effectivescaling.Cyberjaya,recognizedasanationalmultimediasupercorridorandfederaltechnologycenter,isevolvingintoakeygrowthnodeforgreentechnologyinnovationandtheAIindustry.

Indonesiarepresentsatypicallocalizedcomputingpowermarketdrivenbydomesticdemand.Withalargepopulationofnearly280millionandahighrateofmobileInternetpenetration,Indonesiahassubstantialdemandforlocaldataandcomputingpower,whichpromptsnationalpoliciesandindustriallayoutstoprioritizedomesticneeds.Inthiscontext,leveragingmandatorydatasovereigntyregulationsanditsdensefibernetworksalongwithsubmarinecablelandingpoints,Jakartaaccommodatescorenodessupportingnationalcapacity,accountingforover80%ofIndonesia’stotalcapacity.However,duetoresourcesaturationinJakarta,newinvestmentsareincreasinglyexpandingintoWestJavaandBatam.

Thailandfeaturesapolicy-drivencomputingpowermarket.Itscomputingcenterindustrygrowthhasbeenjointlyshapedbythelocaldigitaleconomyagenda,theThailand4.0strategy,andtheEasternEconomicCorridor(EEC)initiative.Bangkok,asacentralhub,becomesincreasinglyattractivetohyperscalecomputingpowercenters,benefitingfromtheEECinitiative,itsroleasaregionaltransporthub,andongoinginfrastructureimprovementssuchasinternationalsubmarinecablelandingfacilities,dual-looppowersupply,andintercitydarkfibernetwork.Currently,themarketseesanacceleratedtransitionfromtraditionalInternetdatacenters(IDCs)tointelligentcomputingpowercenters.

(iii)MarketCompetitionLandscape

1.Marketconcentrationinkeycountries

Usingthecomputing

power4

ofthetopfivethird-partycomputingpowercenterserviceprovidersasapercentageofthetop

305

asthecoremetric,marketconcentrationiscomparedacrosskeycountriesinSoutheastAsia.Byintegratingvendorcharacteristicsandcompetitionpatterns,thedegreeofmonopolyandinvestmentpotentialineachmarketisevaluated.Onthewhole,theconcentrationofcomputingpowermarketsvarieswidelyamongSoutheastAsiancountries,showingathree-tieredpattern.Marketconcentrationiscloselylinkedtomarketmaturityandvendorpowerdistribution.

(1)Malaysia

Internationalgiantsdominatethemarket,withseveralstrongplayersmaintainingabalancedpresence.ThetopfivevendorsinMalaysia,namelyBridgeDataCentres,VantageDataCenters,EdgeConneX,Airtrunk,andPrincetonDigitalGroup,

4ThemeasurementofcomputingpowerisbasedonthehighestITloadofficiallyreportedasconstructedandputintooperation(bytheendof2025).

5FollowingthegeneralparadigmusedbyglobalauthoritativeinstitutionsincomputingpowerandIDCmarketresearch,thestandardizedandverifiablepublicdataofthetop30vendorsintheglobalandregionalcomputingpowermarketsareusedasthefoundation.

collectivelyholdover58%ofthemarketshare,indicatingamoderatelevelofmarketconcentration.ThesehighlyinternationalizedcompanieshavesimilarmarketsharesandnotablyBridgeDataCentres,investinlarge-scalecomputingpowercentersinMalaysia.Nosinglecompanyhasestablishedamonopoly.ThisbalancedmarketstructureisattributedtoMalaysia'sstrongappealtointernationalcapitalanditsroleasaregionalcomputingpowerhub,whichhasencouragedmultipleleadingplayerstoestablishoperationsatacomparablescale,fosteringahealthycompetitiveecosystem.

BridgeData

Centres

18.94%

VantageDatCenters

14.72%

EdgeConneX8.52%

AirTrunk8.06%

■BridgeDataCentres

■VantageDataCentersEdgeConneX

■AirTrunk

■PrincetonDigitalGroupOthers

42.08%

PrincetonDigitalGroup

7.68%

Source:Dataasoftheendof2025,CAICT

Figure2CompetitivelandscapeofleadingcomputingpowerserviceprovidersinMalaysia

(2)Singapore

Localcompaniesdominatethemarket,withinternationalgiantsfillingremaininggaps.ThetopfivevendorsinSingaporeaccountforover85%ofthemarketshare,representingthehighestmarketconcentrationinSoutheastAsia.Localcompanies,suchasKeppelDataCentres,Nxera,andSTTGDC,holdmarketsharesof25.62%,15.37%,and14.09%,respectively.Togetherwithinternationalplayers,theyformanunshakable,collaborativemonopoly.SuchhighmarketconcentrationisrelatedtoSingapore'slimitedlandandenergyresources,quotarestrictionsfornewprojects,marketoccupationbyearlyentrantsincludingbothlocalleadersandinternationalgiants,andextremelyhighbarrierstonewentrants.Thesefactorsresultinarelativelystablemarketstructure.

Others

14.53%

25.62%

AirTrunk19.22%

Nxera,15.37%

■KeppelDataCentres

■AirTrunkNxera

STTGDC

■DigitalRealtyOthers

Dig