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2025EncryptionTrendsReport

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ExecutiveSummary

Aspredictedinthetrendsreportof2024,ithadbeenapivotalyearforthecybersecurityindustry,withnotableadvancementsandongoingevolutionacrosskeydomainsofEncryptionspreadacrossmultiplesectorsandindustriesin2024.Similartrends,aspredictedin2024,areexpectedtocontinuefor2025withgreatermomentum.AreassuchasArtificialIntelligence(AI),Post-QuantumCryptography(PQC),andreducedcertificatelifespansremainattheforefrontofindustrytransformation.

Significantregulationsandstandardsarealsoexpectedtotakeshapein2025withtheincreasingusageandadoptionofAIandPQC.InitiativeslikeeIDAS2.0andtheEuropeanDigitalIdentityWalletshavecontinuedtoshapeindustrystandardsanddrivediscussions,withupcomingregulationslikelytointroducesignificantchangesinthenearfuture.OnthePQCfront,thereleaseofinitialstandardslastyearhasbroughttheprospectofapost-quantumcryptographicfutureclosertoreality,intensifyingindustryspeculationandpreparation.

AccordingtothesurveyconductedbyEncryptionConsultingacrossmultipleindustries,theencryptionsoftwaremarketaloneisexpectedtogrowbyUSD15.5Billionin2025,withtheoverallglobalencryptionindustrygrowingatacompoundedannualgrowthrate(CAGR)of16.2%.Projectionsforthisdecade(2020-2030)alsoindicateasubstantialgrowthinencryptionadoptionacrossallindustries,withthegrowinginclusionofAIandPQC.

EncryptionTrendsReport20252

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EncryptionTrendsReport2025

TableofContent

ExecutiveSummary .2

GlobalEncryptionAdoptionTrends-2025 4

CostofDataBreachesin2024 .15

KeyDriversforImplementingEncryption .19

KeyManagementSolution:TrendsandInsightsfor2025 .25

EmergingTrendsandIndustryHighlightsfor2025.

HardwareSecurityModules:KeyTrendsfor2025.

EmergingTrendsandKeyInsights.

Conclusion-

30

32

38

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EncryptionTrendsReport20254

GlobalEncryption

AdoptionTrends-2025

TheEncryptionConsultingfirmconductedanelaboratesurveywiththoroughlyresearchedquestionstounderstandtheglobalencryptiontrendsfor2025.Multiplegeographiesacrosstheglobearecoveredaspartofthesurvey,whichincludestheUnitedStates,theMiddleEast,Spain,Germany,Japan,HongKong,Mexico,theUnitedKingdom,SouthKorea,andTaiwan.Theoveralltrendobservedistheincreasedfocusonencryptionasaprimarydataprotectionstrategywiththerapidadoptionofnew-agetechnologiessuchasAI,QuantumComputing,andmore.Thesurveymeticulouslyconsideredamixoffirmsoperatingunderdifferentjurisdictionsandgeographicalareas,seekingtograspspecificencryptiontrends.

Similartoeveryyear,asatradition,wearesharingthecompany'sstandonimplementingbudgetallocationforFY-2025.

Figure1highlightsasteadygrowthfrom64%inFY2021to79%inFY2024,anincreaseof15percentinthelast4years.Thisupwardtrendsuggeststhatadoption,usage,andtheperformanceinthemeasuredareahasbeenimprovingeachyear.

Fig.1Companiesresponsetosurveyaboutencryptionstrategy

79%

70%

76%

64%

FY2021FY2022FY2023FY2024

EncryptionTrendsReport20255

GlobalEncryptionAdoptionTrends-2025

Fig.2Companiesplanningtoincreasetheirannualbudgetforencryption

54%

42%

48%

35%

FY2021FY2022FY2023FY2024

54%oftherespondentsareplanningtoincreasetheirbudgetintheyear2025.Themajordrivingforcebehindthetrendisthechangeinthetechnologicalenvironmentandtheriseindigitalthreats.Amajorportionofthebudgetallocationisprojectedtobeusedtoenhancethesecurityinfrastructurealongwiththehandlingofcloudencryptionsolutions.

TopThreeEncryptionTrendsfor2025

Surveyresponsesfromprofessionalsacrossvariousindustrieshighlightthreekeyencryptiontrendsthatwillshapesecuritystrategiesin2025:PQCReadiness,AI-DrivenEncryptionEnhancements,andCloud-NativeEncryptionSolutions.Theseprioritiesreflecttheevolvingsecuritylandscapeandtheneedfororganizationstoadapttoemergingthreatsandtechnologicaladvancements.

76%

74%

77%

PQCReadiness

AI-DrivenEncryptionEnhancements

Cloud-NativeEncryptionSolutions

Whenaskedabouttheirprimaryencryptionfocusareasfor2025,respondentsoverwhelminglyprioritizedcloud-nativeencryptionsolutions,underscoringtheincreasingrelianceoncloudsecurityfordataprotection.PQCreadinessrankedhighasorganizationsprepareforthelong-termimpactofquantumcomputingoncryptographicsecurity.Meanwhile,AI-drivenencryptionenhancementsaregainingmomentum,reflectingashifttowardautomationandintelligence-drivensecuritymeasurestostrengthenencryptionframeworks.

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EncryptionTrendsReport2025

GlobalEncryptionAdoptionTrends-2025

PQCReadiness

Thequantumshiftisapproachingfast.SinceNISTlaunchedthePQCprojectin2016,multipleroundsofrigorousevaluationhavetakenplace.Afteryearsofalgorithmrefinement,NISTfinalizedfouralgorithmsin2024aspartofthePQCStandardizationProject,markingamajormilestoneinthetransitiontoquantum-resistantcryptography.

CRYSTALS-Kyber:Keyencapsulation

mechanism(KEM)forsecurekeyexchange

CRYSTALS-Dilithium:Digitalsignaturesforauthentication

FALCON:Digitalsignatures,particularlyinapplicationsrequiringcompactsignatures

SPHINCS+:Statelesshash-baseddigitalsignatures

Fig.3:NIST-PQCevolutionovertheyears

2016>>>

NISTannouncesPQCProject

2030<<<

Widespread

AdoptionAcrossSectors

2025

InitialIndustryAdoption

2019>>>2020

Round1:CandidateAlgorithms

<<<2024

NISTFinalizesStandards

>>>

Round2:CandidateAlgorithms

<<<2022

FinalRoundforAlgorithms

7

EncryptionTrendsReport2025

GlobalEncryptionAdoptionTrends-2025

TheGapsObservedinEnterpriseReadiness

Securityleadersacrossindustriesareincreasinglyrecognizingthesignificantrisksposedbyadvancedquantumcomputing.However,manyorganizationshaveyettoconductcomprehensiveassessmentsoftheircryptographicinfrastructures,leavingthemexposedtofuturequantumthreats.

ThisYear

22%

ofCISOsareactivelyworkingonplanstoimplementPQCintheirorganizations

NextTwoYears

37%

oforganizationsplanto

implementPQCstrategieswithinthenexttwoyears

NotNow

41%

ofrespondentsacknowledgetherisksofquantumcomputingbuthavenotyetbegunassessments.

Asthequantumeraapproaches,proactivepreparationisessentialtoensurelong-termdatasecurity.

EncryptionTrendsReport20258

GlobalEncryptionAdoptionTrends-2025

SectorsImpactedbyQuantumComputing

Finance,defense,andhealthcareareemergingastheleadingadoptersofquantumcomputing,accordingtosurveyresponsesfromindustryleaders.Thefinancialsectorremainsattheforefront,with70%ofrespondentshighlightingstrongusecasesinareassuchasfrauddetectionandcryptographicsecurity.Thedefensesectorismakingsignificantinvestmentsinquantumcomputing,particularlyforcybersecurityandprocessoptimization.Meanwhile,63%ofrespondentsrecognizethepharmaceuticalindustry'spotentialtoleveragequantumcomputingforacceleratingdrugdiscoveryandimprovingresearchefficiency.

Whileorganizationsseetheadvantagesofquantumcomputing,theyarealsoincreasinglyconcernedaboutthesecurityrisksitintroduces.Amajorchallengeisitspotentialtobreaktraditionalencryptionmethods,particularlythosebasedonRSAandotherwidelyusedcryptographicalgorithms.Asquantumcapabilitiesadvance,theurgencytodevelopquantum-resistantencryptionisbecomingakeyfocusacrossindustries.

Fig.4:Sector-wiseimpactofquantumcomputing

70%

Finance/BKFS

68%

Defence

63%

Pharma

48%

Automobile

42%

Aerospace

37%

Media/Tech

18%

Others

EncryptionTrendsReport20259

GlobalEncryptionAdoptionTrends-2025

ChallengesinPQCImplementation

PQCistermedasaone-stopsolutiontotherisksarisingfromquantumcomputing.However,itisnotasmoothtransitionfromtheexistingcryptographicinfrastructure.OrganizationshavereportedseveralchallengestheyfoundwhilestrategizingPQCdeployment,andthetopchallengesarepresentedinthegraphbelow.SkillshortageandcostoftransitionemergedasthetoptwochallengeswithPQCimplementationasoptedby75%and71%respectively.

73%

oftheorganizationspreferhiringathird-partyconsultingfirmwithexpertiseinPQCforassessment,strategy,andimplementationtomitigatetheriskof“SkillShortage”

Fig.5:ChallengesidentifiedforPQCimplementation

75%71%

53%

32%

19%

SkillShortageCostofTransistionDelayinProcessNoRegulatoryPushOthers

Standardization

EncryptionTrendsReport202510

GlobalEncryptionAdoptionTrends-2025

AI-DrivenEncryptionEnhancements

AIadoptionisadvancingrapidly,withcontinuousimprovementsreshapingencryptionmanagementandsecurityoperations.OrganizationsareleveragingAItostreamlineprocesses,enhanceefficiency,andstrengthencryptographicframeworks.

In2025,AI'sroleinencryptionmanagementisexpanding,enablingreal-timethreatdetection,automatedkeylifecyclemanagement,andadaptiveencryptiontechniques.AI-drivensolutionsareaddressingcriticalchallengessuchasscalability,complianceautomation,andoperationalefficiency.

58%ofcriticalorganizationsnowuseAI-poweredtoolsforcryptographic

keymanagementandautomatedcompliancechecks,upfrom45%inFY23.

AIintegrationinencryptionprocessesisprojectedtogrowata23%CAGRacrossindustriesthrough2027.

AI-poweredadaptiveencryptionhasreducedresponsetimestoencryption-relatedbreachesby32%acrossmajorplatforms.

WithAI-drivenencryptionenhancementsbecomingmoreprevalent,businessesarefocusingonoptimizingencryptionstrategies,automatingkeyprocesses,andimprovingoverallsecurity

management.

$2.5million

TheaverageannualcostsavingsorganizationsachievethroughAI-drivensecurityandautomation.

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EncryptionTrendsReport2025

GlobalEncryptionAdoptionTrends-2025

TopAIUseCasesinCybersecurity

AIistransformingcybersecuritybyenhancingthreatdetection,automatingsecurityoperations,andstrengtheningencryption.Whileadoptionisincreasing,implementationratesvaryacrossdifferentusecases.

SecurityleadersrecognizeAI’spotentialacrossmultiplesecuritydomains,butintegrationlevelsdiffer.TheinsightsbelowhighlightkeyAIapplicationsandthepercentageoforganizationsalreadyleveragingthem.Notably,encryptionandkeymanagementhavethehighestadoptionrate(67%),emphasizingAI’sroleinhandlingencryptionandsecuringsensitivedata.Riskassessmentandthreatdetectionalsoseesignificantadoption,underscoringAI’svalueinproactivethreatmitigation.However,cloudsecurityadoptionremainsthelowest(41%),indicatingaslowerpaceofAIintegrationinthisarea.

Fig.6:ChallengesidentifiedforPQCimplementation

67%

53%

47%

41%

54%46%

Encryption&KeyDLPThreatDetectionIAMRiskAssessmentCloudSecurity

Management

KeyInsightsfromIndustrySecurityLeaders

AI-poweredmodelsdetect30%morethreatsthantraditionalrule-basedsystemsbycontinuouslylearningandadaptingtonewattackpatterns.

Manualencryptionkeymanagementispronetohumanerrors,AIreducestheseerrorsby40%,improvingbothefficiencyandsecurity.

OrganizationsusingAI-drivenIdentityandAccessManagement(IAM)systemshaveexperienceda60%decreaseinunauthorizedaccessattempts.TheseAI-basedIAMsolutionsanalyzeuserbehavior,detectanomalies,andimproveaccesscontrolswhileminimizingfalsepositivesthroughmachinelearning.ThisproactiveapproachenhancessecurityandensurescompliancemoreeffectivelythantraditionalIAMmethods.

GlobalEncryptionAdoptionTrends-2025

GenAIinCyberSecurity

GenerativeAI(GenAI)israpidlytransformingcybersecurity,drivenbyadvancementsinLargeLanguageModels(LLMs).OrganizationsareincreasinglyleveragingGenAIforcriticalsecurityfunctionssuchasthreatdetection,automatedincidentresponse,andreal-timeriskassessment.

AdoptionofGenAIinCybersecurity

SecurityleadersacrossindustriesareactivelyintegratingGenAIintotheiroperations.Currently,67%oforganizationshaveadoptedGenAI-poweredsolutions,while21%areinthepilotorevaluationphase.However,12%remainhesitantduetoconcernsoverregulatorychallenges,accuracyissues,andAIhallucinations,whereAIgeneratesincorrectormisleadingresults,particularlywhenhandlingtasksbeyonditstrainingdata.

12%

67%

21%

NotNow

GenAIinUse

Pilotor

Evaluation

Despiteitspotential,theimplementationofAI-drivensecuritypresentsseveralchallenges.Manyorganizationsstrugglewithdataprivacyconcerns,regulatoryuncertainties,andthereliabilityofAIinaccuratelyinterpretingthreats.Thelackofaclearlegalframeworkfurthercomplicatesdeployment,whilethedemandforAIexpertisecontinuestoexceedtheavailableskilledworkforce.Additionally,highimplementationcostscreatefinancialhurdles,forcingorganizationstoweighAI’sbenefitsagainsttheinvestmentrequired.

Whilechallengespersist,organizationsrecognizethetransformativepotentialofGenAIincybersecurity.Withcarefulimplementationandriskmitigationstrategies,AIissettoplayacrucialroleinstrengtheningsecuritydefensesandenablingmoreproactivethreatmanagement.

Challenge%Description

DataPrivacyConcern

62%

AImodelsstoringandusingsensitivedata

AIHallucinations

49%

RiskofGenAImisinterpretingsecuritythreats

Regulatory

Uncertainty

42%

Lackofclearlegal

frameworkgoverningAI

Cost&

ResourceSkill

41%

HighinvestmentcostandlimitedAI-skillsetworkforce

GlobalEncryptionAdoptionTrends-2025

Cloud-NativeEncryptionSolutions

Cloudmigrationisacceleratingatanunprecedentedrate,withadoptionincreasingyearafteryear.Asorganizationstransitiontomulti-cloudenvironments,securingdataacrosstheseplatformshasbecomeacriticalpriority.Cloud-nativeencryptionsolutionsofferrobustprotectionfordatainmotion,atrest,andinuse,addressingtheuniquesecuritychallengesposedbycloudenvironments.

In2025,theadoptionofadvancedencryptiontechniquessuchasBringYourOwnKey(BYOK)andKeepYourOwnKey(KYOK)isgainingmomentum,allowingorganizationstomaintaingreatercontrolovertheircryptographickeysandsensitivedata.Thesetechniquesenhancesecuritybyensuringthatencryptionkeysremainexclusivelyundertheorganization’scontrol,reducingrelianceonthird-partycloudproviders.

Concernsoverhostingsensitivedatainthecloudarediminishingasorganizationsrecognizethebenefitsoutweightherisks.Advancesincloudencryptiontechnologies,includingAES-256fordataatrest,TLS1.3andIPSecfordataintransit,andEnd-to-EndEncryption(E2EE),arereinforcingconfidenceincloudsecurity.

Surveyresponseshighlightthegrowingrelianceoncloudstorage,with67%oforganizationshavingmigratedmorethan60%oftheirdatatocloudenvironments.However,only30%havesurpassedthe80%threshold,indicatingthatcompletecloudmigrationisnotyetuniversal.Manyorganizationscontinuetoadoptahybridapproach,balancingcloudstoragewithon-premisesinfrastructuretomeetsecurity,compliance,andoperationalrequirements.

Ascloudadoptioncontinuestorise,cloud-nativeencryptionsolutionswillplayapivotalroleinensuringdatasecurity,regulatorycompliance,andbusinesscontinuityinanincreasinglycloud-dependentworld.

67%

22%

30%

>60%dataon

Cloud

>80%dataonCloud

<40%dataon

Cloud

Fig.7:Datastoredincloud

GlobalEncryptionAdoptionTrends-2025

SensitiveDataTypesStoredonCloud

Thevolumeofsensitivedatastoredinthecloudhasincreasedcomparedtolastyear,reflectingagrowingrelianceoncloudinfrastructure.However,defenseandnationalsecuritydataremaintheleastmigratedfromon-premisesenvironmentsduetothecriticalnatureofthisinformationandthesevereconsequencesofpotentialsecuritybreaches.

Fig.8:Typeofdatastoredinthecloud

70%

75%68%

53%

50%47%

23%

5%

2%

FinancialData

BusinessData

Employee

PII

CustomerPII

IPCustomerFinancial

Data

PHINationalSecurity

Others

Organizationspredominantlystorebusinessdata,passwords,andpersonalinformationinthecloud,withbusinessdatabeingthemostcommonlymigrated.Incontrast,highlysensitivedatasuchasprotectedhealthinformation(PHI)andbiometricdataarestoredinthecloudfarlessfrequently.Thiscautiousapproachislargelydrivenbyregulatoryrequirementsandsecurityconcerns,asorganizationsstrivetobalancethebenefitsofcloudadoptionwiththeneedtoprotecttheirmostsensitiveassets.Whilecloudstoragecontinuestoexpand,organizationsremainselectiveaboutwhichtypesofdatatheyentrusttocloudenvironments,prioritizingsecurityandcomplianceintheirmigrationstrategies.

ChallengesinFullCloudMigration

Despitetheincreasingadoptionofcloudplatforms,manyorganizationscontinuetofacesignificantbarrierstofullymigratingtheirdataandworkloads.Securityrisks,regulatorycompliance,datasovereignty,andoperationalcomplexitiesremainamongthetopconcerns.Organizationsdealingwithhighlysensitivedata,suchasfinancialinstitutionsandgovernmentagencies,areparticularlycautiousduetotherisksofunauthorizedaccess,databreaches,andvendorlock-in.

Surveyrespondentshighlightedkeyobstaclestofullcloudadoption,withthemostcommonchallengesrepresentedinthegraphbelow.Whileorganizationsincreasinglystorebusinessdata,passwords,andpersonalinformationinthecloud,moresensitivedatasuchasprotectedhealthinformationandbiometricdataismigratedfarlessfrequently.Thistrendislargelydrivenbyregulatoryrequirementsandtheneedforenhancedsecuritymeasures.Asaresult,organizationsareadoptingastrategicapproachtocloudmigration,leveragingthecloudforoperationalefficiencywhileensuringthathighlysensitiveinformationremainsunderstricterprotection.

Fig.9:Barriersinthefullcloudadoption

DataPrivacy&SecurityConcern

Compliance& RegulatoryCompliance

LackofControlOverKeys

LackofSkilledProfessionals

LatencyIssues

46%

64%

58%

38%

78%

CostofData

Breachesin2024

Basedonsurveyresponsesandinsightsfromleadingresearchfirms,databreachescontinuetoimposesignificantfinancialburdensonorganizations.Thecostofbreacheshasrisenbyapproximately10%comparedtolastyear,highlightingtheescalatingimpactofcyberthreats.Additionally,our2025surveyrevealsawideningskillsgap,with39%oforganizationsreportingashortageofqualifiedprofessionalstomanagesecurityincidentseffectively.Thisshortagefurtheramplifiestherisks,makingitincreasinglychallengingfororganizationstodetect,respondto,andmitigatebreachesinatimelymanner.

Fig.10:Costofdatabreachovertheyears

$5.0M

$4.9M

$4.6M

$4.4M

$4.5M

$4.2M

$4.2M

$3.9M

$3.8M

$3.4M

$3.0M

2022

2023

2024

2021

2020

KeyFindings

Averagecostofdatabreachisestimatedtobe$4.9Min2024.Increaseincostcanbeattributedtolostcustomers,fines,andbreachresponse

Healthcareisthemostimpactedsectorduetodatabreaches&UnitedStatesleadstheworldinaveragebreachcost

39%ofcompaniesattributelowskilledemployeesorstaffshortagetobemainroadblockfortacklingbreaches.

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EncryptionTrendsReport2025

CostofDataBreachesin2024

AIinSecurity:ImpactonDataBreachLoss

Detectingandrespondingtosecuritybreacheshaslongbeenachallengefordatasecurityteams.However,theintegrationofAIincybersecurityhasmadeitsignificantlyharderforbadactorstoexploitvulnerabilitiesandcausedamage.Thisyear’ssurveyintroducesanewsectionanalyzingAI’simpactonbreachmitigation,andtheresultsareclear,AIishelpingorganizationsdetectbreachesfasterandreduceassociatedcosts.

31%37%32%

FullUsageLimitedUsageNoUsage

AIUsageinDataSecurity

Accordingtosurveyresponses,68%oforganizationsareleveragingAIforsecurity,eitherfullyortosomeextent,tomanagesecurityincidentsmoreeffectively.OrganizationsutilizingAI-drivensecuritymeasuresreportsignificantlylowerbreachcostscomparedtothosewithoutAI.TheaveragecostofadatabreachfororganizationsnotusingAIstandsat$6.12million,whereasthoseleveragingAIexperienceareducedaveragebreachcostof$3.92million,a36%decreaseinfinancialimpact.

$3.92M

WithAISecurity

X

$6.12M

WithoutAI

EncryptionTrendsReport202517

CostofDataBreachesin2024

TopCategoriesofDataCompromisedinSecurityBreaches

In2024,Customer’sPersonallyIdentifiableInformation(PII)andProtectedHealthInformation(PHI)emergedasthemostfrequentlycompromiseddatatypes,reportedby48%and46%ofrespondents,respectively.Intellectualpropertyalsoremainedaprimetarget,with41%ofsecurityleadersconfirmingdatalossinthiscategoryduringbreaches.

ThegraphbelowpresentsinsightsfromCISOsandsecurityheadsonthetypesofdatamostaffectedbysecurityincidents.Respondentswereallowedtoselectmultiplecategories,reflectingthewidespreadimpactofbreachesacrossvariousdatatypes.

Fig.11:Categoriesofdatastolenduringbreach/attack

48%46%41%

37%

28%

CustomerPIICustomerPHIIntellectualPropertyEmployeePIIOtherData

EncryptionTrendsReport202518

CostofDataBreachesin2024

PreferredEncryptionDeploymentOptions

Encryptiondeploymenttrendsin2025remainconsistentwiththoseobservedin2024,withnooverwhelmingpreferenceforasingleapproach.Data-at-restencryptioncontinuestolead,with73%oforganizationsprioritizingitsimplementation,followedcloselybycloudencryptionat64%.

Apositivedevelopmentisthegrowingfocusonfuture-readyencryptionstrategies,particularlythoseleveragingAIandpreparingforemergingthreatsfromquantumcomputing.Thisshifthighlightsorganizations'proactiveapproachascybercriminalscontinuetorefinetheirattackmethods.Additionally,therehasbeenanotableincreaseinorganizationssecuringemailcommunicationstopreventdata-in-motionbreaches.

Thefigurebelowillustratestheadoptionratesofvariousencryptiondeploymentoptions.Data-at-restremainthemostwidelysecured,with73%adoption,whileIoTsecuritylagsat44%.Otherkeyareas,suchascloudstorage(64%)andemailencryption(65%),alsodemonstratesignificantuptake,reflectingchangingenterprisesecuritypriorities.

Fig.12:Preferreddomainsforencryptiondeployment

53%

TLS/SSL

60%

BigData

63%

FileSystems

58%

CloudGateway

64%

CloudStorage

73%

Data-at-Rest

44%

IoT

55%

VPN

65%

Email

EncryptionTrendsReport202519

KeyDriversforImplementingEncryption

Asorganizationsdeepentheirrelianceondigitalinfrastructure,securingsensitivedatahasbecomeacriticalbusinessimperative.Encryptionisnolongerjustaregulatoryrequirement,itisastrategicnecessityforsecuringcustomertrust,ensuringcompliance,andmitigatingfinancialrisks.The2025GlobalEncryptionTrendsSurveyidentifiestheprimaryfactorsdrivingencryptionadoption.

RisingCybersecurityThreatsandEscalatingAttackCosts

Thefrequencyandsophisticationofcyberattackshavesurged,causingsignificantfinancialandoperationaldisruptions.Databreaches,ransomwareincidents,andinsiderthreatscontinuetochallengeorganizations,makingencryptionafundamentaldefenseagainstunauthorizedaccess.

In2024,71%oforganizationsexperiencedatleastonecybersecurityincident,underscoringthepervasivenatureofdigitalthreats.

Databreachesinvolvingunencrypteddataresultedin29%higherfinanciallossescomparedtothosewhereencryptionwasinplace,demonstratingitstangiblecost-savingbenefits

Phishingandmalwareattackstar