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2023SemiconductorsSupply
ChainRisk
ReportWTW
GlobalSupplyChainSurveyTABLE
OF
CONTENTSIntroduction
and
keyfindingsMarket
overview0304071018Risk
landscapeRisk
management
and
resilienceSurvey
sample
and
methodologyAbout
the
surveyWho:100seniordecisionmakers,includingriskmanagers,supplychainandlogisticsmanagersandCEOs.Where:CountriesacrossEurope,NorthAmerica,Asia-PacificandLatinAmerica.Size:Allcompaniessurveyedhadannualrevenueover
$250million.Findfulldetailsof
oursampleandmethodologyonpage18.Thesurveycontainedallclosedquestionswithdifferentresponseoptionsrangingfromrankingquestionsandmulti-selecttosinglecodedquestions.Inthisreport,wehave
includedsomeof
thefindingsfromthesurvey.
For
thefullresults,includingbreakdownsbyregionandjobrole,pleasecontactususingthedetailsonpage19.2/WTWGlobalSemiconductorsSupplyChainRiskReportIntroductionFive
key
findingsDespitethesupplychaindisruptionofrecentyearsandcurrentpoliticalandeconomic
uncertainty,
the
semiconductorsectorisdoingfairlywelloverallin2023.Thisislargelyduetotheever-growingdemandforspecializedchipsusedinemergingtechnologiessuchasartificialintelligence(AI),autonomousandelectricvehicles,theinternetof
thingsand5G.6143%of
businessessaidlossesrelatedtothesupplychainhadbeenhigherormuchhigherthanexpectedoverthelasttwoyears.namedshortageof
rawmaterialsamongthebiggestsupplychainfactorsexpectedtoimpacttheirbusinessesover
thenexttwoyears,toppingthelistof
concerns.%79%saidtheyhave
madeatleastsomeimprovementsintheirapproachtosupplychainmanagementinresponsetothepandemic.Buttherearequestionsover
theindustry’scapacitytomeetthisdemand.Thesupplychaincrisishighlightedthecomplexityandvulnerabilityof
theindustry’sglobalizedsupplychains,withmanypotentialchokepointswhichcanholdupproduction—andleadtosuddenshortagesof
chips.Inour2022GlobalSemiconductorSurvey,
supplychaindisruptionemergedamongthegreatestriskstobusinesssuccessandbiggestobstaclestoachievingstrategicobjectives.81%saidalackof
data,knowledgeandunderstandingwereamongthefactorsposingthegreatestchallengetoaddressingrisksover
thenextthreetofiveyears.How
are
semiconductor
businesses
adapting?76%agreedorstronglyagreedthatalackofalternativesuppliersimpededtheirabilitytoimplementaneffectivedualormulti-sourcestrategy.To
findouthowtheindustryisnavigatingthischanginglandscape,wesurveyed100riskandsupplychainleadersacrossthesector,
includingfabs,fablessdesignandintellectualproperty(IP),integrateddevicemanufacturersandspecializedsemiconductorcompaniesservingsectorsfromautomotivetorenewableenergy.Howdotheyseethesupplychainlandscape?Howaretheybuildingresilience?Whatarethemainchallengesandriskstheyface?Andwhatwillthesupplychainsofthefuturelooklike?WTWGlobalSemiconductorsSupplyChainRiskReport/3MarketoverviewUnderstanding
vulnerabilitiesinthe
microchipsupply
chainFrom
itsbeginningsinthe1960s,thesemiconductorindustryhasbeeninaracetomakesmaller,
faster,
andcheapermicrochipstopowerrapidadvancesintechnologyandelectronics.Collaborating
to
reduce
risks
and
lossesWhenaskedaboutthegreatestopportunitiestoimprovesupplychainmanagement,improvedstrategicplanningwithintheirorganization(56%)andincreasedcollaborationwithcustomers(56%)cametopof
thelist,followedbyincreasedcollaborationwithsuppliers(51%).Thishasdrivendeepspecializationof
functionsfromdesigntomanufacturing,waferproductiontotestingandassembly,toensurethelowestcostofproductionperchip.Eachlinkintheglobalsupplychainiscontrolledbyadifferententity,
ofteninadifferentgeography.Thisinterestincollaborationisunderstandablegiventhecomplexityandtrulyglobalnatureof
thesemiconductorindustry,andtheneedfortheplayersintheglobalsupplychaintoworkeffectivelytogethertoensurearesilientprocessfromrawmaterialstothefinishedchip.Thescarcityof
alternativesuppliersisalsoafactor.Morethanthree-quarters(76%)saidalackof
suitablealternativesuppliersrestrictedtheirabilitytoimplementaneffectivemulti-sourcestrategy.Whilethishasbroughtgreatefficiencyandprogress,italsoaddspotentialbottlenecksinthesystemascompaniesareoftenreliantonsinglesuppliersforkey
components.The
global
market
for
semiconductorsAneventimpactingevenasmallpartof
thesupplychaincanquicklyhaverippleeffects,aswe
sawduringthepandemicwhenshortagesof
criticalrawmaterialsandlogisticsdisruptionimpactedproduction.Chipsweresuddenlyunavailableforthemanufactureof
abroadrangeof
products.$580bnTotal
marketsizeof
thesemiconductorindustryin202211.3tBecausesemiconductorsarecriticaltosomanyindustriesandproducts,supplychaininterruptioncanhaveahugeimpact,fromlossof
marketshareandrevenuetoreputationaldamage,breachof
contractanddamagetostockprice.Estimatednumberof
semiconductordevicespurchasedin202225,000
–
7,000Learning
the
lessons
of
disruptionThesefactorsmayhelptoexplainwhynearlytwo-thirds(61%)of
respondentsinoursurveysaidtheirlossesrelatedtosupplychainriskwerehigherormuchhigherthanexpectedoverthelasttwoyears–thoughtheirbusinessmaynothave
sufferedafinanciallossoverallduetoacceleratedinnovationandhighdemandduringthelatterpartof
thepandemic.Averagenumberof
semiconductorsinanelectricvehicle3However,
experiencesandlearningsfromthecrisishavemotivatedsemiconductorbusinessestoreviewandincreaseresilienceagainstfutureshocks.Thevastmajority(79%)inoursurveysaidtheyhadmadeatleastsomeimprovementsintheirapproachtosupplychainmanagement,with20%sayingtheyhadcompletelytransformedtheirapproach.1/statistics/266973/global-semiconductor-sales-since-1988/2/newscontent/101720424/ic-insights-expects-global-semiconductor-sales-to-grow-by-another-11-this-year/en/media/insights/detail/white-paper-strategic-semiconductor-management/34/WTWGlobalSemiconductorsSupplyChainRiskReportFigure1:Supply
chain
risk-related
losses
in
the
last
two
yearsFigure3:Greatest
opportunities
in
terms
of
enhancingsupply
chain
management0%10%20%30%40%50%0%Improvedstrategicplanningwithinyourorganization56%10%20%30%40%50%60%Top
2box
(Net):Semiconductormanufacturingcompanies:61%13%Increasedcollaborationbetweenyouandyourcustomers48%56%35%Increasedcollaborationbetweenyouandyoursuppliers3%1%51%MoresophisticatedmodellingMuchhigherthanexpectedHigherthanexpected40%Hybridandothernewwaysof
working35%AboutwhatexpectedLowerthanexpectedMuchlowerthanexpectedAvailabilityof
moreandhigherqualitydata35%Digitaltransformation27%Q:
Whichof
thefollowingbestdescribestheextentof
yourbusiness’ssupplychainrisk-relatedlossesinthelasttwoyears?Q:
Whichof
thefollowingofferthegreatestopportunitiesintermsof
enhancingyoursupplychainmanagement?Ranktop3Figure2:Impact
of
COVID-19
on
approach
to
supplychain
management1%We
havecompletelytransformedourapproachfollowingthepandemic.20%20%We
madesomeimprovementstoourapproachfollowingthepandemic.Itdidnotchangebecausewehadotherpriorities.59%Itdidnotchangebecausewealreadyhadarobustapproachinplace.Q:
Whichof
thefollowingbestdescribeswhatimpact,if
any,
COVID-19hadonyourorganization’sapproachtosupplychainmanagement?WTWGlobalSemiconductorsSupplyChainRiskReport/5Links
in
the
chain:
a
typical
semiconductorsupply
networkExpert
view:
Rebalancing
supply
chains
tomitigate
further
shocks?
Upstream:
specializedrawmaterialsandcomponents,includingchemicalsuppliers,researchanddesignof
integratedcircuits,innovationandprototypetesting,andsemiconductorcapitalequipment.“Thesemiconductorsector’simportancetotheworldcameintosharpfocusduringthepandemicwhenashortageof
chipsmeantthewaitingtimeforanewcarincreasedtoover
ayearinmanycountries.?
Mid-stream:
foundries,wafermanufacturingandspecialistmanufacturersformicroprocessors,memory,
analogueandotherintegrateddevices.Electronicdesign,automationsoftware,chemicalsuppliers,andotherintermediariessuchasThespotlightontheindustry’sabilitytodeliveraresilientandstablesupplyof
chipswillonlyintensifyinthecomingyearsasdemandcontinuestogrowforincreasinglysophisticatedemergingtechnologiesandelectronics.distributors,contractwarehousingandtesting.?
Downstream:
outsourcedassemblyandintegratedcircuitcompanies,providingpackaging,assembly,andtestingservicestomanufacturedintegratedcircuitandwafersforfinalproductapplication.Packagers,labellers,wholesalers,transportationcompanies,Manycountriesarelookingtoclassifythesectorascriticalnationalinfrastructure.Companiesandgovernmentsaretryingtorebalancesupplychainstoavoidfurthershocksandmaintainsuppliesofsemiconductorstotheindustriesthatdependonthem.There’sapushtonear-shoreoronshoreactivitieskey
tothesupplyof
chipsandtobuildadditionalcapacitytoensuremultiplesources.freightforwarders,shipping,rail,andtruckingcompanies.Electronicsassemblyandsales.However,
addingtothecapacityof
thesemiconductorindustryisbothtimeconsumingandcostly.
Akey
bottleneckintheindustryisfabrication(orfoundry)capacity.Whilenewfabsarebeingplanned,theinvestmentsneededaremassiveandthetimerequiredtocompletetheconstructioncanexceedfiveyears.Globaleconomicuncertaintyismakingtheseexpansionsconsiderablymorerisky.Otherconstraintsthatwillimpacttheabilitiesof
theindustrytomeetgrowingdemandincludeincreasedcomplexityinproductfunctionality,whichrequiresconsistentlyhighlevelsof
investmentandforwardthinking,aswellasshortagesof
rawmaterials,talent,energy,
andwater.Onthepositiveside,mostcompaniesseemtohavewell-establishedandeffectivebusinesscontinuityteamsorareintheprocessof
updatingtheirarrangements.Interviewswe
carriedoutfortheWTW/Lloyd’sreport
‘LooseConnections:Rethinking4SemiconductorSupplyChains’showedagrowingmaturityinmanagingriskandresilienceandawillingnesstoexploredatasharing.Businessesaregettingbetteratmonitoringevents,responsecapability,collaboration,andeffectivebusinesscontinuityplanning.Theyarealsoinvestinginresourceplanningsoftware,businesscontinuityplanninganddatagathering,andhavingdeeperconversationswiththeirsuppliers.”Fredrik
MotzfeldtWTW
TMT
Regional
Industry
Leader,
Great
Britain4/news-and-insights/futureset/futureset-insights/rethinking-semiconductor-supply-chains6/WTWGlobalSemiconductorsSupplyChainRiskReportRisklandscapeIncreasingcomplexity
widensthe
riskhorizonOursurveysuggestssemiconductorClimate
and
environment:
morethanhalf
ofbusinessesare
worriedaboutarangeof
supplychainrisks,reflectingthecomplexityof
theproductionprocessandconcernsabouttheavailabilityofkey
componentsandraw
materials.Widerexternalfactorssuchaspoliticalinstability,climatechange,cyberriskandeconomicuncertaintyare
alsotopconcerns.respondents(53%)namedclimatechangeandenvironmentalfactorsamongtheglobaltrendshavingthegreatestinfluenceonsupplychainrisks,while31%placedenvironmentalchangeamongthefactorsunderlyingsupplychainrisks.Thedependencyonsuppliersclusteredinareasatriskfromextremeweathereventsmaybeafactorhere.Recenteventssuchasthe2021droughtinTaiwan,
whichaffectedsuppliesof
ultra-purewaterneededtocleansiliconwafers,reinforcedtheseconcerns.Almostthree-quarters(73%)citednaturalresourcessuchaswaterandrawmaterialsamongtheenvironmentalfactorsposingthegreatestrisktotheirbusiness.Increased
product
complexity:
increasedproductcomplexitywasthebiggestfactorunderlyingsupplychainrisks,namedby31%asatopconcern.Soaringfabcostsandthedemandforanever-increasingfunctionalityhavemadeproductdevelopmentanimportantdifferentiatorforthesemiconductorindustry.Companiesthatdesignthemostfunctionalityandperformanceintotheirproductsthequickest,arethemostlikelytoseeadistinctcompetitiveadvantage,requiringaconstantfocusonresearchandEconomic
risks:
economicuncertaintyemergedasthethirdleadingfactorunderlyingsupplychainrisks,rankedby30%asbeingamongtheirtopconcerns.Thismayreflectrapidlyrisingrawmaterialandenergy,
aswellaslaborandotheroperatingcosts.Whilethedemandforsemiconductorsremainsrelativelyhealthy,
therearefearsthatarecessioncouldhitnotjustdemandforconsumerelectronicsbutalsocorporatetechnologybudgets.Suppliersolvencyandliquidityissueswaslistedasaconcernby
29%.development(R&D).WTWGlobalSemiconductorsSupplyChainRiskReport/7Critical
shortages
and
disruption:
continuingshortagesof
rawmaterials(43%)toppedthelistof
supplychainfactorsexpectedtohave
greatestimpactonbusinessinnexttwoyears,followedbyenergyandotherserviceinterruptions(40%).Just-in-timeoperatingmodelsandshortagesof
componentsandtalentallscored34%.Logisticsandwarehousingshortagesalsofeaturedprominentlyat33%.Thesefindingssuggestthatworriesaboutavailabilityof
criticalsuppliesarelikelytohangover
theindustryforsometimetocome.proportionof
semiconductorfabricationislocated,aswellastheconflictbetweenRussiaandUkraine.Ukraineproducedupto70%of
theworld’sneongas,whichisessentialtomanufacturingmanysemiconductors,beforetheconflict.
Theseproblemsareleadingto5pressurefromWesterngovernmentstoonshoreornear-shorepreviouslyoff-shoredactivities.Giventheever-increasingstrategicnatureof
thesector,
semiconductorbusinesseswillneedtoadoptamorereal-timereviewoftheirsourcingstrategiestomakesuretheycanwithstandanyfuturetradeormilitaryconflict.Cyber
risks:
whenaskedaboutthepotentialimpactofrisksonthesupplychain,38%
namedcyberasahighimpactriskand51%asmedium.Growingdigitalizationandautomationof
productionprocessesandsystemsincreasestherisksof
cyber-attacksonsemiconductorcompanies,aswellastheirsuppliers.Failingtomanagecyberriskseffectivelycanleadtolossof
intellectualpropertyandhave
knock-onbusinessimpacts,includingdelaysindesigning,manufacturing,orderinganddeliveryof
finishedmicrochips.ESG:
alargemajority(78%)indicatedthatsustainabilitywasakey
goalintheirfirms’supplychain,while73%saidESGisaspecificselectioncriterionwhenselectingnewsupplychainvendors.Asinotherindustries,semiconductorfirmsarecomingunderincreasingpressurefromregulatorsandcustomerstodecarbonisetheirsupplychainsandsourcerawmaterials,includingrareandpreciousminerals,responsibly.Pandemics:
thoughwe
maybepasttheacutedisruptiveimpactsof
COVID-19,
theriskof
anewstrainof
thevirus,oranewunforeseenpandemic,seemstobestillfrontofmind,toppingthelistof
globaltrendswiththegreatestinfluenceonsupplychainrisksat68%.Geopolitical
risk:
64%
describedtheimpactofgeopoliticalrisksonthesupplychainasmediumandafurther20%ashigh.Thisresultmayindicateconcernsover
tensionsbetweenChinaandTaiwan,
wherealargeFigure4:
Factors
playing
greatest
role
in
supply
chain
risks0%10%20%30%40%0%10%20%30%40%IncreasedproductcomplexityComponentshortages31%31%22%EnvironmentalchangeFailuretomeetregulatoryrequirements22%EconomicuncertaintyNaturaldisasters30%29%29%26%22%SuppliersolvencyandliquidityissuesDatasecurityissues21%InflationandrisingcostsLackof
accesstocapitalMaterialsshortages19%Lackof
chainvisibility17%Increasedregulation16%Supplierdi?icultiesinattractingandretainingtalent25%Issueswithshippingand/or
othertransportGeopoliticalissues14%24%Suppliercapacityconstraints22%Q:
Whichof
thefollowingunderlyingfactorsdoyoubelievetoplaythegreatestroleinyoursupplychainrisks?Ranktop45CentreforStrategicandInternationalStudies/blogs/perspectives-innovation/russias-invasion-ukraine-impacts-gas-markets-critical-chip-production8/WTWGlobalSemiconductorsSupplyChainRiskReportFigure5:
Supply
chain
factors
playing
greatest
impact
onbusiness
in
next
2
yearsFigure6:Potential
impact
of
the
following
risks
on
thesupply
chain0%10%20%30%40%50%0%10%20%30%40%50%60%70%RawmaterialshortagesEnvironmental43%40%50%EnergyorotherserviceinterruptionsShippingcontainershortagesJust-in-timeoperatingmodels10%Cyber40%38%35%51%11%34%34%34%Naturalcatastrophe29%ComponentoringredientshortagesShortageof
talent54%17%Geopoliticalrisk20%Logisticsandwarehousingshortages33%64%16%RegulationchangesPublicLiability32%18%Constructiondelays57%26%25%23%22%19%25%Shortageof
driversTransportissuesNaturaldisastersCybersecurityReputation14%69%17%Errorsandomissions12%23%65%HighMediumLowQ:
Whichof
thefollowingsupplychainfactorsdoyoubelievewillhavethegreatestimpactonyourbusinessinthenext2years?Q:
Howwouldyoudescribethepotentialimpactofthefollowingrisksonthesupplychainrisksfacedbyyourorganization?Ranktop4Figure7:
Global
trends
with
greatest
influence
on
supplychain
risks0%10%20%30%40%50%60%68%70%0%10%20%30%40%50%60%70%Pandemicsandotherhealth-relatedfactorsGeopoliticalfactors38%ClimatechangeandenvironmentalfactorsInflation53%53%25%21%Onshoringandnear-shoringAvailabilityandcostof
energyESG42%Q:
Whichof
thefollowingglobaltrendsdoyoubelievehavethegreatestinfluenceonyourorganization’ssupplychainrisk?Ranktop3WTWGlobalSemiconductorsSupplyChainRiskReport/9RiskmanagementandresilienceFirmsneed
betterdataandvisibilitytoaddressrisksAswe’ve
discussed,thesupplychainforsemiconductorsisglobal,complex,andhighlyspecialized.Manycompaniesacrosstheglobecontributetothedesigns,equipmentandmaterialsneededtomanufactureasinglemicrochip.Typically,
achipwillhave
movedbackandforthacrosstheworldatleasttwicebeforeitgoesintoaproduct.Thosemovements,andthecomplexinterdependenciesbehindthem,bothincreasesupplychainriskandmakeithardertomanage.Whilesemiconductorbusinessestypicallyhavecloserelationshipswiththeirprimarysuppliers(tier1),thosetiesareweakerfurtherdownthechain.Withnosparecapacityavailableformanystepsinthechain,companiesareverydependentontheresilienceof
firsttiersuppliersandtheirabilitytomonitorandmanagethoseattier2andbeyond.Manycompaniesfindithardtogetclearvisibilityupanddownthesupplychain—letalonetomodelthepotentialfinancialimpactsandrippleeffectsif
anyonelowertiersupplierweretofail.Addressing
supply
chain
challengesOursurveysuggestssemiconductorcompaniesareawareof
thesechallengesandareactivelyworkingtomeetthem.Thereisaclearrecognitionthatbetterunderstandingof
suppliernetworksandbetterrelationshipswithcustomersandsuppliersareneeded.Whenaskedwhatwouldhave
thegreatestimpactonmanagingtheirrisks,56%saiddevelopingadetailedunderstandingof
oursuppliernetworks,46%improvingrelationshipswithsuppliersandcustomers,and43%developingadetailedunderstandingof
oursupplychain.10/WTWGlobalSemiconductorsSupplyChainRiskReportOvercoming
data
quality
issuesIntra-companycollaborationalsoemergedasathemeinourconversationswithsectorleadersfortheWTW/Lloyd’sreport‘LooseConnections:RethinkingSemiconductorSupplyChains’.
Oneexamplegivenbybusinesseswe
spoketowasasupplychainriskmanagementteamhostedwithinprocurementbutworkingcloselywithfinanceandsharingtheirfindingswitheachother.Improvingdataqualityanddatasharingwasalsothoughttohave
abigimpactonmanagingrisksat
43%.Butlackof
dataandknowledgetoaddressriskswasnamedasachallengeby81%of
companies.While89%saidtheyhadidentifiedsomeorallof
thedatatheyneedtohave,only11%hadrobustprocessestogatherit.Thisisaproblemasif
youcan’tmeasure,youcan’tmanage.Asdiscussedabove,closerworkinganddatasharingwithsuppliersisvitaltoimprovevisibilityandriskassessment.Newsupplychainmonitoringtechnologycouldalsoprovideananswer,
offeringrealtimedatathatcanenablepreventativeactionandfasterreactiveresponsestoreducetheimpactsof
losses.Lack
of
insurance
is
an
obstacleThevastmajorityof
ourrespondents(81%)saidalackof
effectiveinsurancesolutionswasamongthegreatestchallengestoaddressingtheirsupplychainrisks.Thisisnotentirelysurprisingasthecontingentexposuresinthesemiconductorsupplychainfaroutstriptheinsurancecapacityavailableintoday’sinsurancemarket.Working
to
improve
resilienceLessthan1in5(19%)saidtheyfocusedtheirinvestmentinsupplychainmanagementoninsuranceandrisktransfer,while36%saidlosscontrolandsecurity,confirmingtheindustry’sattentiontolosspreventionandbusinesscontinuityplanning.Consideringtheimpactof
investmentstoimprovetheresilienceof
supplychainssofar,
twothirds(66%)saytheyhave
somewhatimprovedtherobustnessof
theirsupplychain,while27%saidrobustnesshadgreatlyimprovedasaresult.Only18%
feelconfidenttheyhave
sufficientinsurancetocovertheimpactof
extremeweatherontheirsupplychain.Thisisconcerninggiventheclusteringofsuppliersinareasof
highclimate-relatedrisk.Thevastmajorityof
respondents(92%)saidtheyhaveaformalprocessforbusinesscontinuityplanninginrelationtosupplychainrisks,with43%sayingtheyhaveaformalboard-levelprocesslinkedtokey
businessperformanceindicators(KPIs).WTWGlobalSemiconductorsSupplyChainRiskReport/11Mapping
and
visualizing
the
supply
chainFigure9:Greatest
challenge
to
addressing
risks
over
nextUsingtoolsthatmapthesupplychaincanhelpbusinessesstarttounderstandwheretheircriticalvulnerabilitieslieandassesstheirexposuresfromsuppliersintier2andbelow.
Atotalof
48%saidusingsupplychainmappingsoftwarewasamongthemeasuresthatwouldhave
thegreatestimpactinmanagingtheirsupplychainrisks.3-5
years0%20%40%60%80%100%81%81%56%46%35%1%Diagnostictools,suchasWTW’sSupplyChainRiskDiagnostic,canenablecompaniestomapthelocationof
allthelinksandassetsinthesupplychainandbetterassesshowtheyconnectandinteractwitheachother.Thistransparencycangiveorganizationsapanoramicoverviewof
dependenciesandriskfactorstoenablebetterdecisionmaking.For
example,if
mappingidentifiesaconcentrationof
criticalsuppliersnexttoacyclonehotspot,thiscanpromptdecisionsonwhethertorelocateproductionoradjustinsurancecover.Lackof
accesstoinsuranceandrisktransfersolutionsLackof
data,knowledgeandunderstandingof
theserisksLackof
internalriskmanagementtoolsandinsightLackof
budgetLackof
boardbuy-inOtherQ:
Whichof
thefollowingwillposethegreatestchallengetoaddressingyourrisksoverthenext3to5years?Ranktop3Figure8:Measures
with
greatest
impact
on
managingsupply
chain
risksFigure10:Impact
of
previous
investment
to
improverobustness
in
supply
chain0%10%20%30%40%50%60%Developingdetailedunderstandingof
oursuppliernetworksGreatlyimprovedtherobustnessof
our56%7%supplychainUsingsupplychainmappingsoftware27%Somewhatimprovedtherobustnessof
oursupplychain48%Improvingrelationshipswithsuppliersandcustomers46%Nochangetorobustnessof
oursupplychainDevelopingdetailedunderstandingof
oursupplychain43%Improvingdataqualityanddatasharing66%43%Bringingpreviouslyoutsourcedactivitiesin-house35%Q:
Howwouldyoudescribetheimpactof
anypreviousinvestmentyouhavemadeinimprovingtherobustnessof
yoursupplychain?Increasedo?shoring30%Consolidatingoursupplierbase26%Diversifyingoursupplierbase26%Figure11:Insurance
for
impact
of
extreme
weather
eventsOutsourcingpreviouslyin-houseactivitiesAdverseweather23%7%somewhereinoursupplychaincouldhaveaserious18%Increasedonshoring23%financialimpactonourbusinessandwehavenoinsuranceforthisOther1%We
havesomecoverforextremeweathereventssomewhereinoursupplychain,butnotsureif
itissu?icientQ:
Whichof
thefollowingmeasuresdo,
orwouldhave,thegreatestimpactonmanagingyoursupplychainrisks?Ranktop475%We
havecoverthatensuresextremeweathersomewhereinoursupplychainwouldnothaveaseriousimpactonourbusiness/financialresultsQ:
Whatbestdescribesyourinsurancefortheimpactofextremeweathereventssomewhereinyoursupplychain?12/WTWGlobalSemiconductorsSupplyChainRiskReportExpert
view:
the
sector
needs
moreinnovative
risk
transfer
solutions“As
wellasreviewinghowtomakesupplychainsmorerobustandresilient,semiconductorcompaniesneedtoreviewhowtheymanagetheirrisksinthefuture,inaworldwhereinsurersarereluctanttoinsurecomplexsupplychains.Propertyinsurersinpartic
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