2023年智慧芽全球創(chuàng)新報(bào)告（英）

2023GlobalInnovationReport12023GlobalInnovationReportTableofContentsAboutthereport03PartIGlobalInnovation10008Whoarethey?10Howaretheytransformingtheworld?16Whataretheyinnovating?43PartIIGlobalDisruption5054Whoarethey?56Howaretheydisruptingtheworld?60Whataretheyinnovating?6822023GlobalInnovationReportAboutthereport32023GlobalInnovationReportWhatisPatsnap’sviewonTechnologyInnovation?Technologicalinnovationisadvancingatanever-increasingpace.Overthepastdecade,globalresearchanddevelopment(R&D)spending,apivotaldriveroftechnologicalinnovation,hasgrownfrom2.00%ofGDPto2.63%.Afteroveracenturyofcombinedeffort,100millionpatentswerefiledasof2017,servingaslegalproofoftechnologicalinnovation.Thisnumberisexpectedtodoublewithinthenexttenyears.Technologyinnovationismeasurable.Howcanweeffectivelyassessacompany'stechnologyinnovationperformance?Weproposemovingbeyondqualitativeevaluationstoasystematicapproachthatreliesonabundantdata.PatsnaphasdevelopedourproprietaryInnovationCapabilityEvaluationModel.Acomprehensivesetofmethodologiesisconstructedforquantitativelymeasuringacompany'srealtechnologyinnovationprowess.Ourmodelconsistsoffivedimensions:onerelatedtoenterprisecompetitivenessandfourfocusedontechnology.Thesefourtechnologydimensions—TechnologySize,TechnologyQuality,TechnologyInfluence,andTechnologyGlobalization—comprisethecoreofthisreport'sevaluation.Patsnaphasamassedawealthofdataanddevelopedrobustmetricsforconductingquantitativeevaluations.Wesystematicallytrackthecontinuouslyincreasingpatentsfromcompaniesandinstitutesworldwide.UtilizingadvancedAIcapabilities,weprocessthisinformationintocomprehensiveinnovationmetrics.Todate,ourdatacoversapproximately100milliontechnologycompaniesandthe180millionpatentsassociatedwiththem.

datasetenablesustoassesstheinnovationcapabilityofeachcompany,uncoveringcomprehensiveinnovationcharacteristics.Furthermore,wediligentlymaintainhistoricalrecordsofthesecompanies'innovationscores.Thisensureseasyaccessforindividuals,businesses,investors,andresearchers,cateringtotheirspecificneeds.Thecomprehensivemodelalongwiththeextensive4Patsnap’sInnovationCapabilityEvaluationModelincludes1+4dimensionsand40+metrics.Herewefocusonthe4coretechnologydimensions.Theyare:TechnologySize:Thisdimensionassessestheoverallscaleofacompany’stechnologyinnovation.Itconsidersfactorssuchasthecumulativecountoftheirpatentapplications,thegrowthrateoftheirpatentapplicationsinrecentyears,andthenumberoftheiractiveinventors.TechnologyQuality:Inthisdimension,weevaluatethevalueofacompany'spatentsastechnologyassets.Thisincludesindicatorssuchasthegrantrateofinventionapplications,andtheaveragevaluationofeachpatent(basedonPatsnap'sownvaluationmodel).TechnologyInfluence:Here,wemeasuretheimpactofacompany'stechnologiesintermsoftheirroleinleadingandguidingsubsequentinnovations.This

2023GlobalInnovationReportdimensionisreflectedinvariousmetrics,suchasthenumberofforwardcitationsofthepatents,andthecountoflicensedpatents.TechnologyGlobalization:Thisdimensionquantifiestheextenttowhichacompany'stechnologieshaveaglobalfootprint,includingthetotalnumberofPCTfilings(filedundertheinternationalPatentCooperationTreaty)andthetotalnumberofcountries/regionswherepatentshavebeenfiled.Thesedimensionscollectivelyprovideacomprehensiveviewofacompany'stechnologicalinnovationcapability,allowingustoidentifyandevaluateinnovationplayerseffectively.Chart0.1Patsnap’sInnovationCapabilityEvaluationModelThecharthereillustratesthe4technology-relateddimensionsfromthetotal1+4dimensions,withtypicalmetrics.PatentapplicationsPatentapplicationsPatentapplicationActiveInventorsin……CAGRinrecentValidinventionsinrecentyearsyearsrecentyearsTechnologySizePCTfilingsPCTfilingspercentage(outoftotalpatentapplications)TechnologyInnovationTechnologyCountries/regionsCapabilitycoveredGlobalizationEvaluationInfluenceModelTechnologywidth……

TotalforwardcitationsofpatentsAverageforwardcitationsoftop10citedpatentsPatentlicensesPatenttransfers……TechnologyQualityInventionapplicationGrantrateofinventionPatentvaluationPatentlifeexpectancy……percentage(outoftotalapplicationspatentapplications)52023GlobalInnovationReportHowdoweidentifythetop-performingcompanies?UsingPatsnap’sInnovationCapabilityEvaluationModel,weeffectivelyassessanddissecttheinnovationcapabilitiesofeachofthe100milliontechnologycompaniesinPatsnapdatabase.Wecanalsomakerelativecomparisonsandanalysisacrossallinnovationdimensions.Inthisreport,weidentifyanddemonstratethe100top-performingcompaniesasour“2023GlobalInnovation100”,celebratingexcellenceininnovation.Wealsoidentifythe50rapidlygrowingcompanieswithgroundbreakinginnovationsasour“2023GlobalDisruption50”,celebratingdisruptionininnovation.Beyondtheidentificationofthesecompanies,wealsoillustratesomeinsightsintotheessenceoftheirinnovation.TheGlobalInnovation100andGlobalDisruption50arenotjust150individualcompanies.Eachofthemrepresentsasmallinnovationecosystemastherecanbehundredsofsubsidiarieswithintheirorganizations.Togethertheyrepresentthedynamiclandscapeofinnovation,shapingthefutureoftechnologyacrossadiversearrayofindustries.Byanalyzingtheircomprehensiveinnovationdata,weuncovercharacteristics,patternsandtrendsofglobalinnovation.Asaresult,wealsoprovideaseriesofinnovationobservationsbasedonthetwolists,aimingtoinspirefurthercontemplationandthought.Itshouldbenotedthatthese2listsofcompaniesarebasedonouruniqueanglesofvaluepropositionswiththemetricscalculatedasoftoday.Therefore,theyarebynomeansexhaustiveorstatic.62023GlobalInnovationReportHowcanweeffectivelyshowcaseacompany'stechnologicalinnovationcapabilities?UtilizingPatsnap’sInnovationCapabilityEvaluationModel,weleveragethefourtechnologydimensionstoportraycompaniesintheformatofbubblechartsona2-dimensionalmap.Onthismap,eachbubblesymbolizesacompany,withthebubble'ssizerepresentingtheTechnologySize,itscolordenotingTechnologyQuality,itspositiononthehorizontalaxisreflectingTechnologyInfluence,anditsplacementontheverticalaxissignifyingTechnologyGlobalization.

Thisinnovativeapproachallowsustopresenteachorganization’sperformanceinfourdistinctdimensions.Withinthisframework,eachcompanycanbecomparedwithothersacrosseachdimension,facilitatingaholisticjudgmentoftheirinnovationcapabilities.Chart0.2InnovationMapfortheGlobalInnovation100andGlobalDisruption50TechnologySizeTechnologyQuality

high lowhigh lowTechnologyInfluencelowdegreehighhighTechnologydegree·Globalizationlow72023GlobalInnovationReport2023GlobalInnovation10082023GlobalInnovationReportHowdowedefineGlobalInnovation100?Therealmofinnovationencompassesawidearrayofindividuals,organizations,andinstitutions.Yet,itisundeniablethatasignificantportionofgroundbreakinginnovationscanbeattributedtoaselectgroupoftechgiants.Collectivelytheseentitiesstandastheforerunnersofglobalinnovation,boastingunparalleledtechnologicalprowess,exemplaryperformance,andaremarkabletrackrecordofaccomplishments.Theyarethegreatestinnovatorsofthisera.Overtheyears,theyhaveledtheworld’stechnologyprogress,andconsistentlyoutperformothersintechnologyinnovation.Theyarealsotrailblazersintheinnovationecosystem.Notonlydotheyexpandthehorizonsofinnovationthroughtheirrobusttechnologicalcapabilities,buttheyalsoexertaprofoundinfluenceoncompaniesbothwithinandbeyond

theirrespectiveindustries,propellingtheadvancementofourtimes.WeusePatsnap’sInnovationCapabilityEvaluationModeltoidentifythesebrilliantinnovators.Werevealourlistofthetop100companies,thisyear’sGlobalInnovation100,inthefollowingpages.Itshouldbenotedthatallthecompanieslistedareindependent,notsubsidiariesofanyothercompany.TheGreatestinnovatorsofthisera,Leadingtheworld’stechnologyprogressTheyareratedas:Excellentininnovationcapability.92023GlobalInnovationReportWhoarethey?2023GlobalInnovationReportThelistissortedalphabetically1/4CompanyCountry/RegionIndustry3MU.S.Chemicals&MaterialsABBSwitzerlandMachinery&EquipmentAbbottU.S.LifeScience&HealthcareAbbVieU.S.LifeScience&HealthcareAlphabetU.S.InformationTechnologyAppleU.S.ElectronicsAppliedMaterialsU.S.SemiconductorAsahiKaseiJapanChemicals&MaterialsAstraZenecaU.K.LifeScience&HealthcareBakerHughesU.S.Energy&ElectricalBASFGermanyChemicals&MaterialsBayerGermanyLifeScience&HealthcareBectonDickinsonU.S.LifeScience&HealthcareBoehringerIngelheimGermanyLifeScience&HealthcareBoeingU.S.Aerospace&DefenseBoschGermanyMachinery&EquipmentBostonScientificU.S.LifeScience&HealthcareBristolMyersSquibbU.S.LifeScience&HealthcareBritishAmericanTobaccoU.K.ConsumerGoodsCanonJapanElectronicsContinentalGermanyAutomotiveCorningU.S.Chemicals&MaterialsCortevaAgriscienceU.S.Chemicals&MaterialsDanaherU.S.LifeScience&HealthcareDENSOJapanAutomotive112023GlobalInnovationReportThelistissortedalphabetically2/4CompanyCountry/RegionIndustryDowU.S.Chemicals&MaterialsEatonIrelandEnergy&ElectricalEmersonU.S.Machinery&EquipmentEpsonJapanElectronicsExxonMobilU.S.Energy&ElectricalFUJIFILMJapanElectronicsFujitsuJapanElectronicsGEU.S.Machinery&EquipmentGeneralMotorsU.S.AutomotiveGileadSciencesU.S.LifeScience&HealthcareGSKU.K.LifeScience&HealthcareHitachiJapanMachinery&EquipmentHondaJapanAutomotiveHoneywellU.S.Machinery&EquipmentHuaweiChineseMainlandTelecommunicationsIBMU.S.ElectronicsIntelU.S.SemiconductorInterDigitalU.S.InformationTechnologyJFESteelJapanChemicals&MaterialsJohnson&JohnsonU.S.LifeScience&HealthcareKyoceraJapanElectronicsLGChemKoreaChemicals&MaterialsLGElectronicsKoreaElectronicsLMEricssonSwedenTelecommunicationsMedtronicU.S.LifeScience&Healthcare122023GlobalInnovationReportThelistissortedalphabetically3/4CompanyCountry/RegionIndustryMerckGermanyChemicals&MaterialsMerckSharp&DohmeU.S.LifeScience&HealthcareMicrosoftU.S.ElectronicsMitsubishiChemicalJapanChemicals&MaterialsMitsubishiElectricJapanMachinery&EquipmentMitsubishiHeavyIndustriesJapanMachinery&EquipmentMotorolaU.S.ElectronicsMurataManufacturingJapanElectronicsNECJapanTelecommunicationsNestléSwitzerlandConsumerGoodsNipponSteelJapanChemicals&MaterialsNittoDenkoJapanChemicals&MaterialsNokiaFinlandElectronicsNovartisSwitzerlandLifeScience&HealthcareOlympusJapanElectronicsOPPOChineseMainlandElectronicsOracleU.S.InformationTechnologyOtsukaPharmaceuticalJapanLifeScience&HealthcareP&GU.S.ConsumerGoodsPanasonicJapanMachinery&EquipmentPfizerU.S.LifeScience&HealthcarePhilipMorrisInternationalU.S.ConsumerGoodsPhilipsNetherlandsElectronicsQUALCOMMU.S.TelecommunicationsRicohJapanElectronics132023GlobalInnovationReportThelistissortedalphabetically4/4CompanyCountry/RegionIndustryRocheSwitzerlandLifeScience&HealthcareRTXU.S.Aerospace&DefenseSafranFranceAerospace&DefenseSaint-GobainFranceChemicals&MaterialsSamsungElectronicsKoreaElectronicsSanofiFranceLifeScience&HealthcareSaudiAramcoSaudiArabiaEnergy&ElectricalSemiconductorEnergyLab.JapanSemiconductorShellU.K.Energy&ElectricalShin-EtsuChemicalJapanChemicals&MaterialsSiemensGermanyMachinery&EquipmentSolvayBelgiumChemicals&MaterialsSonyJapanElectronicsStateGridChineseMainlandEnergy&ElectricalSumitomoChemicalJapanChemicals&MaterialsSumitomoElectricJapanMachinery&EquipmentTakedaPharmaceuticalsJapanLifeScience&HealthcareTencentChineseMainlandInformationTechnologyThermoFisherU.S.LifeScience&HealthcareTorayJapanChemicals&MaterialsTOSHIBAJapanMachinery&EquipmentToyotaJapanAutomotiveTSMCTaiwanRegionSemiconductorVolkswagenGermanyAutomotiveZTEChineseMainlandTelecommunications142023GlobalInnovationReportInnovationMapPatsnap2023GlobalInnovation100TechnologyTechnologydegreeSizeQualitydegreehighlowhighlowhighSiemensQUALCOMMHuaweiBASFPanasonicLMEricssonSonyPfizerJohnson&JohnsonBoschBayerMerckSharp&DohmePhilipsNovartisRocheSanofi3MNokiaSamsungElectronicsGSKAstraZenecaCortevaAgriscienceHitachiShellSumitomoChemicalDowGEP&GLGElectronicsTakedaPharmaceuticalsMitsubishiElectricLGChemBristolMyersSquibbHoneywellAbbottZTEExxonMobilNECFUJIFILMMicrosoftSolvayNestléVolkswageMotorolaMerckBoehringeABBAbbVieTechnologyTechnologyrMitsubishiChemicalGlobalizationGlobalizationIngelheimMitsubishiHeavyIndustriesPhilipMorrisIntelToyotaMedianOtsukaPharmaceuticalRTXdegreeInternationalIBMBostonScientificContinentalEatonHondaMedtronicGileadSciencesAlphabetSaudiAramcoTOSHIBASumitomoElectricJFESteelBakerHughesNipponSteelAsahiKaseiFujitsuSafranTorayEmersonCorningDanaherThermoFisherCanonNittoDenkoDENSOOlympusAppleKyoceraBectonDickinsonOPPOAppliedmaterialsTencentShin-EtsuChemicalMurataManufacturingBoeingInterDigitalEpsonRicohGeneralMotorsOracleStateGridSemiconductorEnergyLab.TechnologyTSMClowInfluenceMedianTechnologyInfluencelowhighdegree152023GlobalInnovationReportHowaretheytransformingtheworld?162023GlobalInnovationReportInsight1TheGlobalInnovation100contributetoaquarteroftheWorld’stechnologyinnovation.TheGlobalInnovation100encompasstensofthousandsof“techsubsidiaries”.Althoughaccountingforlessthan2%oftheworld'stotaltechcompanies,theyareresponsiblefor22%oftheworld’spatentedinventions,theygenerate27%oftotalglobalPCTfilings,andevencontributetoanimpressive35%oftheworld’stechnologyinspirationsasmeasuredbypatentcitations.Insight270%oftheGlobalInnovation100comefromthesectorsofLifeScience&Healthcare,Chemicals&Materials,ElectronicsandMachinery&Equipment.TheGlobalInnovation100aredistributedacross11industries.ThemajoritycomefromthesectorsofLifeScience&Healthcare,Chemicals&Materials,Electronics,andMachinery&Equipment,eachofwhichhas>10companiesonthelist.Insight3TheGlobalInnovation100comefrom15countries/regions,whiletheirtechnologyfootprintsspreadacrosstheworld.TheGlobalInnovation100companiesoriginatefrom15countries/regions,buttheirpatentapplicationsspanover159countries/regions.Notably,companiesfromtheU.S.andJapanaccountfor2thirdsofthetotalGlobalInnovation100.Insight4Europe’sandAmerica’sGlobalInnovation100participantsdominateLifeScience&Healthcaresectors,whileAsia’sareprominentinheavymanufacturingindustries.Differentregionsshowdifferentareasofinnovationstrength.Asia’sGlobalInnovation100excelinTechnologySize,NorthAmerica’senjoyawiderTechnologyInfluence,whileEurope’sahigherTechnologyGlobalization.Intermsofindustry,Europe’sandNorthAmerica’sGlobalInnovation100dominatetheLifeScience&Healthcaresector,whileAsia’saremostprominentinheavymanufacturingindustriesrangingfrommaterials,equipmentandmachinery.Insight5Technologicalcollaborationisubiquitous,withtheU.S.-BasedGlobalInnovation100participantsplacingastrongemphasisonoverseascooperation.TheGlobalInnovation100collaboratecloselywitheachotherintechnologyinnovation,withatotalof85,000jointpatentapplications.America’sGlobalInnovation100prefercooperationwithoverseasparticipantsintheGlobalInnovation100,whileJapan’sparticipantsfocusmoreoncooperationwithdomesticplayers.Insight6TheGlobalInnovation100areshowingsignsofaslowingpaceofinnovation.TheGlobalInnovation100haveanaveragetechnologygrowthrateof-2.3%overrecentyears,slightlylowerthanoverallglobaltechnologygrowthandeconomicgrowth.Onlyoneinfiveofthe100companieslistedhasmaintainedpositivegrowth.Insight7TheGlobalInnovation100areactivelypursuingthedevelopmentofcutting-edgetechnologies,representingasignificantdriveroftheirinnovationgrowthTheGlobal.Innovation100participantsalsoshowgrowthoncutting-edgefields,suchassmartgridsandbiomedicalengineering.These"high-growth"techsubsidiariesaremainlyconcentratedinAsiaandtheU.S..Bothin-houseincubationandexternalacquisitionareusedtobuildtheirportfolios.172023GlobalInnovationReportInsight1TheGlobalInnovation100contributetoaquarteroftheWorld’stechnologyinnovation.TheGlobalInnovation100encompasstensofthousandsof“techsubsidiaries”.Althoughaccountingforlessthan2%oftheworld‘stotaltechcompanies,theyareresponsiblefor22%oftheworld’svalidinventions,theygenerate27%oftotalglobalPCTfilings,andevencontributetoanimpressive35%oftheworld’stechnologyinspirationsasmeasuredbypatentcitations.Theyholdstrongleadershipintheglobaltechnologylandscape.TheGlobalInnovation100companiesaretechnologygiantsincludingaround68K"techsubsidiaries“1.Despitethelargenumber,theyaccountforlessthan2%oftotalglobal“techcompanies”.Incontrast,theGlobalInnovation100areresponsiblefor22%oftheworld’sinventionassets,accountfor27%oftheglobaltechnologycompetition,contributetoanimpressive35%oftheworld’stechnologyinspirationsasmeasuredbypatentcitations.Intermsofsize,the100companiesandtheirsubsidiariesownabout3.58millionvalidinventions,accountingfor22%oftheworld’stotal.Intermsoftechnologyglobalization,the100techgiantshaveappliedfor1.27millionPCTfilings,accountingfor27%oftheworld’stotal.Withrespecttotechnologyinfluence,the100companies’patentshavebeencitedatotalof153milliontimes,accountingforanimpressive35%ofalltheworld’spatentcitations.1“techsubsidiary”or“techcompany”indicatesthosecompaniesthatinvestinResearch&Developmentandapplyforpatents.Itdoesnotincludemanufacturingcompaniesorsalescompanieswhichmakesthe“techsubsidiary”numberlessthanthetotalsubsidiariesoftheGlobalInnovation100group.DataisfromthePatsnapDiscoveryDatabase.182023GlobalInnovationReportChart1.1Contributionofthe2023GlobalInnovation100totheWorld’sInnovationTechTechnologyTechnologyTechnologyCompaniesSizeGlobalizationInfluenceIncludingtechValidPCTTotalforwardsubsidiaries1inventionsfilingscitations68K3.58M1.27M153M<2%22%27%35%OftheworldtotalOftheworldtotalOftheworldtotalOftheworldtotal1“techsubsidiary”or“techcompany”indicatesthosecompaniesthatinvestinResearch&Developmentandapplyforpatents.Itdoesnotincludemanufacturingcompaniesorsalescompanieswhichmakesthe“techsubsidiary”numberlessthanthetotalsubsidiariesoftheGlobalInnovation100group.DataisfromthePatsnapDiscoveryDatabase.19The2023GlobalInnovation100arenotnecessarilythelargestcompaniesintermsofrevenuesizenorthemostpioneeringcompaniesintechnologicalexploration.However,theyrepresenttheworld‘sstrongestinnovationcapabilitiesupto2023.Theyarethetrailblazersthatconstantlydriveforwardtheworld’sinnovationprogress.Intermsofatypicalinnovationprofile,the100techgiantshaveadvantagesinfourdimensions:hugetechnologysize,outstandingtechnologyquality,profoundtechnologyinfluenceandarelativelyhighleveloftechnologyglobalization.Hugetechnologysize.OnaveragetheGlobalInnovation100havefiledaround210Kpatentapplications,outnumberingthetotalpatentapplicationsreceivedbytheGermanPatentOfficeinasingleyear.Thetotalnumberofvalidinventionsofeachtechgiantaverages36K,whichmeansthateachtechgiantexclusivelyholdsandisabletoutilizealargeportfolioofcoretechnologyassetstoempoweritsbusiness.Outstandingtechnologyquality.TheGlobalInnovation100’saverageinventionapplicationpercentageisaround93%,whiledesignpatentsandutilitymodelstypicallyaccountforlessthan10%.The93%inventionapplicationpercentageiswellabovetheworld’saveragelevelof62%.Profoundtechnologyinfluence.OnaverageforeachGlobalInnovation100participant,itscollectivepatentsarecited1.8Mtimesbysubsequentpatents,whichindicates1.8Mtimestheyhavebeenusedastechnologyinspirationsforothercompaniesandinstitutes.TypicallyfortheGlobalInnovation100eachoftheirpatentsiscited8.6times.Highleveloftechnologyglobalization.Onaverage,atypicalGlobalInnovation100companyhaspatentapplicationsin81countries/regionsaroundtheworld.TheaveragenumberofPCTfilingsheldbyaGlobalInnovation100companyis12k.

2023GlobalInnovationReportChart1.22023GlobalInnovation100’sInnovationProfile(withselectedkeyindicators)AveragenumberforeachcompanyTechnologySizePatentapplications210KValidinventions36KTechnologyQualityInventionapplicationpercentage93%outoftotalpatentapplicationsTechnologyInfluenceTotalforwardcitations1.8MTechnologyGlobalizationCountries/regionscovered81PCTfilings12K202023GlobalInnovationReportInsight270%oftheGlobalInnovation100comefromthesectorsofLifeScience&Healthcare,Chemicals&Materials,ElectronicsandMachinery&Equipment.TheGlobalInnovation100aredistributedacross11industries.ThemajoritycomefromthesectorsofLifeScience&Healthcare,Chemicals&Materials,Electronics,andMachinery&Equipment,eachofwhichhas>10companiesonthelist.The2023GlobalInnovation100aredistributedacross11industries,includingLifeScience&Healthcare,Chemicals&Materials,Electronics,Machinery&Equipment,Energy&Electrical,Automotive,Telecommunications,Semiconductor,InformationTechnology,ConsumerGoods,andAerospace&Defense.Amongthem,LifeScienceandHealthcare,Chemicals&Materials,ElectronicsandMachinery&Equipmentarethetop4areasoffocus,each

encompassing10+GlobalInnovation100participants,whichtogetheraccountforalmost70%ofthetotal100companies.Machinery&Equipmentincludes13conglomerates,includingABB,Bosch,GeneralElectric,Panasonic,Toshiba,Kyocera,etc.MostofthemareestablishednamesoriginatingfromJapan,GermanyandtheU.S.Theygrewupwiththedevelopmentofnationalizedindustries,andthuscoverawiderangeofdiversifiedmanufacturingfields.Chart1.3IndustryDistributionofthe2023GlobalInnovation100LifeScience&Healthcare22Chemicals&Materials16Electronics16Machinery&Equipment13Energy&Electrical6Automotive6Telecommunications5Semiconductor5InformationTechnology4ConsumerGoods4Aerospace&Defense321LifeScience&HealthcareIntotal,thereare22participantsfromtheGlobalInnovation100.Mostofthemarepharmaceuticalcompanies,suchasAstraZeneca,BayerandMerck,thereafewmedicaldevicecompanies,suchasMedtronicandBostonScientific,andseveralContractManufacturing(CMO)companies,e.g.BoehringerIngelheim.The22GlobalInnovation100participantsfromtheLifeScience&HealthcaresectorareconcentratedintheupperpartofthemapshowninChart1.4,indicatingrelativelysmalltechnologysize,hightechnologyquality,variedtechnologyinfluence,andcomprehensivelyoutperformingcapabilitiesintechnologyglobalization.Intermsoftechnologyglobalization,mostoftheGlobalInnovation100intheLifeScience&HealthcaresectorexceedtheaverageleveloftheGlobalInnovation100,makingthesectorthemostglobalizedone.16outof22companieshaveexpandedtheirtechnologiestomorethan100countries/regions,andallthe8companiesthathaveexpandedtheirtechnologiestomorethan120countries/regionsarefromtheLifeScience&Healthcaresector.Pfizerhasappliedforpatentsin138countries/regions,topamongtheGlobalInnovation100.Technologyinfluencevariesgreatly,withJohnsonJohnsonandMedtronicleadingthe100companies.Johnson&JohnsonshowsthestrongestcapabilitiesintechnologyinfluenceamongtheGlobalInnovation100,withitspatentscitedatotalof6.6Mtimes,faroutpacingtheothers.Medtronicexcelsintheinfluenceofonesingletechnology.Eachofitspatentsgains,onaverage,49citationsfromothercompaniesororganizations,7timestheaverageleveloftheGlobalInnovation100.

2023GlobalInnovationReportPfizerPatentsappliedforin138countries/regionsRanking1stamongtheGlobalInnovation100Johnson&JohnsonPatentsarecited6.6MtimesRanking1stamongtheGlobalInnovation100MedtronicEachpatentonaverageiscited49times7XmorethantheGlobalInnovation100’saveragelevel222023GlobalInnovationReportChart1.4Innovationprofileof2023GlobalInnovation100inLifeScience&HealthcaresectorHighTechnologySizedegreePfizerBayerJohnson&highJohnsonMerckSharp&NovartisRocheDohmeGSKAstraZenecaSanofiTakedaPharmaceuticalsBristolMyersAbbottBoehringerSquibbIngelheimAbbVieMerckOtsukaMedianlowTechnology·BostonPharmaceuticalGlobalizationMedtronicGileadSciencesdegreeThermoFisherTechnologyQualityDanaherdegreeBectonhighDickinsonMedianLowlowLowTechnologyHighInfluencedegree23232023GlobalInnovationReportChemicals&MaterialsIntotal,thereare16GlobalInnovation100participants,coveringallthe3majorcategoriesinthefieldofmaterials.Themajorityofthemareorganicpolymermaterials/chemicalscompanies,suchas3M,BASF,LGChem,andSumitomoChemical.Therearealsocompaniesfocusedonmetals,suchasNipponSteelandJFE,andafewinorganicnon-metalmaterialscompanies,suchasCorningGlass.The16GlobalInnovation100participantsintheChemicals&MaterialssectorareconcentratedintheupperleftcornerofthemapshowninChart1.5,indicatingrelativelysmalltechnologysize,relativelylowtechnologyinfluence,andstrongcapabilitiesintechnologyglobalization.MostoftheGlobalInnovation100intheChemicals&Materialssectorhaveahighleveloftechnologyglobalization.onaverage,theyhave

expandedtheirtechnologiesto89countries/regions,outnumberingtheaverageleveloftheGlobalInnovation100.Amongthem,BASFhaspatentapplicationsfiledin120countries/regions,onlysecondtoafewLifeScience&Healthcarecompanies.LGChemexcelsinthedepthofglobalization,withitsPCTfilingsaccountingfor12%ofallitspatents,twiceasmanyasth