industrial iot in manufacturing: the next big digital disruption · 2019-12-15 · jagannath rao is...

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Sponsored by: Informa/Siemens webinar February 14, 2018 Industrial IoT in Manufacturing: The Next Big Digital Disruption Presenter: Jagannath Rao, Senior Vice President, IoT and Go-To-Market Strategy, Siemens Industry, Inc. Overview Digital technologies are dramatically changing manufacturing. Customers and the market are expecting Internet-like flexibility and time-to-market. Manufacturers are grabbing hold of new technologies—like the cloud, edge computing, machine learning, and application programming interfaces (APIs) —to give them a competitive advantage. Manufacturers are also looking to the Industrial Internet of Things (IIoT), a manufacturing-centric implementation of IoT, to collect, sift through, and analyze data coming from their plants. IIoT is poised to be the next big digital disruption, providing manufacturers everything they need to decrease costs, increase uptime, and improve products to meet customer and market demands. Context Jagannath Rao discussed major changes manufacturers are facing and introduced technologies that manufacturers can use to succeed in the changing marketplace. Key Takeaways Manufacturing is in the midst of a digital transformation. Changing market and customer demands are driving the digital transformation of manufacturing, creating new business models and ecosystems where manufacturers will need to become proactive and flexible to remain competitive. As businesses transform, data analysis takes on an even more critical role. Today, less than 5% of all data generated in manufacturing plants is analyzed for insights, even though that analysis can be used to increase reliability and predict potential failures. Analytics can predict problems that lead to common issues in the factory—warranty issues, rejects, rework, poor quality, and waste—and improve reliability

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Page 1: Industrial IoT in Manufacturing: The Next Big Digital Disruption · 2019-12-15 · Jagannath Rao is the Senior Vice President for the IoT and Go-to-Market strategies for the Cloud

Sponsoredby:

Informa/Siemens webinarFebruary14,2018

IndustrialIoTinManufacturing:TheNextBigDigitalDisruptionPresenter:JagannathRao,SeniorVicePresident,IoTandGo-To-MarketStrategy,SiemensIndustry,Inc.

Overview

Digitaltechnologiesaredramaticallychangingmanufacturing.CustomersandthemarketareexpectingInternet-likeflexibilityandtime-to-market.Manufacturersaregrabbingholdofnewtechnologies—likethecloud,edgecomputing,machinelearning,andapplicationprogramminginterfaces(APIs)—togivethemacompetitiveadvantage.

ManufacturersarealsolookingtotheIndustrialInternetofThings(IIoT),amanufacturing-centricimplementationofIoT,tocollect,siftthrough,andanalyzedatacomingfromtheirplants.IIoTispoisedtobethenextbigdigitaldisruption,providingmanufacturerseverythingtheyneedtodecreasecosts,increaseuptime,andimproveproductstomeetcustomerandmarketdemands.

Context

JagannathRaodiscussedmajorchangesmanufacturersarefacingandintroducedtechnologiesthatmanufacturerscanusetosucceedinthechangingmarketplace.

KeyTakeaways

Manufacturingisinthemidstofadigitaltransformation.

Changingmarketandcustomerdemandsaredrivingthedigitaltransformationofmanufacturing,creatingnewbusinessmodelsandecosystemswheremanufacturerswillneedtobecomeproactiveandflexibletoremaincompetitive.

Asbusinessestransform,dataanalysistakesonanevenmorecriticalrole.Today,lessthan5%ofalldatageneratedinmanufacturingplantsisanalyzedforinsights,eventhoughthatanalysiscanbeusedtoincreasereliabilityandpredictpotentialfailures.Analyticscanpredictproblemsthatleadtocommonissuesinthefactory—warrantyissues,rejects,rework,poorquality,andwaste—andimprovereliability

Page 2: Industrial IoT in Manufacturing: The Next Big Digital Disruption · 2019-12-15 · Jagannath Rao is the Senior Vice President for the IoT and Go-to-Market strategies for the Cloud

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fortheparallelprocessesinwhatMr.Raoreferstoasthe“HiddenFactory.”TheHiddenFactoryincludesaspectsoffactoryoperationswherevisibilityisoftenlacking.

“Wearestillreacting;wearenotproactive.Weneedtobedoingmuchmorewiththisdatainharnessingtherichnessthatenablesustobepredictive.”–JagannathRao

Fourkeydigitaltechnologiesaredrivingchangeinmanufacturing.

Thesefourdigitaltechnologiesarecloudcomputingandanalytics,edgecomputingandanalytics,machinelearninganddeeplearning,andAPIs.

CloudComputing

Cloudcomputingmovesdataandprocessesfromthepersonalcomputer,whichhaslimitedstorageandprocessingpower,totheInternet.

WhatistheCloud?

• Hostsservers,networks,virtualmachines(VMs),applications,andservicesovertheInternet

• Offersunlimitedscalablecomputepower• Providesunlimitedscalablestoragecapacity• Isasecuresolutionwithrobustperformance• Enablescomplexapplicationdevelopmentwithadvancedanalytics• Offerspay-as-you-usepricingmodelsforflexiblebudgeting,

processing,andstorageneeds

EdgeComputing

Edgecomputingoptimizescloudservicesbyperformingdataprocessingandanalyticsnearthesourceofthedata,pre-processingdatatoavoidsendinglargevolumestothecloud.Edgecomputingisidealfor

Page 3: Industrial IoT in Manufacturing: The Next Big Digital Disruption · 2019-12-15 · Jagannath Rao is the Senior Vice President for the IoT and Go-to-Market strategies for the Cloud

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mission-criticalapplications,whereproblemsneedstobeidentifiedandresolvedquickly,beforeinsightcomesbackfromthecloud,aswellasforsensitivedata.Remotefacilitieswithlowbandwidth—includingoilrigsinthemiddleoftheoceanthatonlyreceivea2Gcellularsignal—findedgecomputingbeneficialsotheyarenotreliantonthecloud.Thistechnologyalsoreduceslatency,meaningdatacanbeworkedwithinnearrealtime.

MachineLearningandDeepLearning

Machinelearningusesalgorithmstoparsepastdata,learnfromit,andmakeapredictionorinfersomethingabouttheworld.Thesealgorithmscanlearnfromexperienceandbuildmodelswithoutexplicitprogramming.Deeplearningisasubsetofmachinelearning,inwhichartificialintelligence(AI)hasnetworksthatarecapableoflearning—unsupervised—fromdatathatisunstructuredorunlabeled.Imageclassification,objectdetection,andfacialrecognitionarealldrivenbydeeplearning.

APIs

APIsenabledeveloperstodesignproductspoweredbyaservice,likethoseavailableinthecloud.ModernAPIsadheretostandards,typicallyhypertexttransferprotocol(HTTP)andrepresentationalstatetransfer(REST),thataredeveloper-friendly,easilyaccessible,andbroadlyunderstood.WhilemanyAPIsarefreetouse,somehavebecomesovaluablethattheycomprisealargepartofrevenueformanybusinesses.

IIoTbringstogetherdatafromdisparatesources,enablingholisticanalysisandinsight.

Individualcomponents,machines,andsystemsinmanufacturingplantsgeneratelargeamountsofdata.Butbecausetheinformationcomesfromdisparatesourcesandtypicallyremainsseparate,itisimpossibletogainaholisticview.Usingcloudandedgecomputing,machineanddeeplearning,andAPIs,IIoTbringstogetherthisdata,offeringmanufacturerstheabilitytogainholisticinsightthroughanalysis.

Mr.RaosharedanexampleofhowIIoTwasusedinabottlingandpackagingplanttodecreasecostsassociatedwithunplanneddowntimewhenonemachinefailed.

Page 4: Industrial IoT in Manufacturing: The Next Big Digital Disruption · 2019-12-15 · Jagannath Rao is the Senior Vice President for the IoT and Go-to-Market strategies for the Cloud

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UseCase:IIoTinabottlingandpackagingplant

Pre-IIoT:Plantchallenges Post-IIoT:Benefits

• Planthasmultipleconveyerlines,eachwith250ormorefractionalhorsepower(FHP)motors

• Motorswereallowedtoruntofailure;thecostofmonitoringeachmotorismoreexpensivethanthemotoritself

• Unplanneddowntimeimpactsproductivity,leadingtowaste,rework,excessinventories,andotherhiddenfactoryissues

Usingdatafrominexpensivesensors($10each)placedoneachmotor,themanufacturerwasabletopredictmotorfailure,sofailingmotorscouldbereplacedduringaplannedplantshutdown

“IIoTisaverycost-effectivesolution,andatthesametime,verymeaningfulinthecontextofthemanufacturingplant.”–JagannathRao

NotonlydoesIIoTincreaseproductivityandloweroverallcosts,butitisquicklybecomingtablestakes.AsIIoTuserises—50billiondevicesareexpectedtobeconnectedby2020,andby2025,85%ofmanufacturerswillbeusingIIoT—businessesthatdonotadaptwillbedisruptedandwillnotremaincompetitive.

EquipmentsuppliersalsoseeincreasedbusinessvaluewithIIoT.

ManufacturersoperatingIIoT-connectedequipmentaren’ttheonlyonesseeingbenefits;equipmentsuppliersarealsoexperiencingvaluefromIIoT.

Bycapturingandanalyzingequipmentdata,supplierscanincreaseserviceefficiencyandreducewarrantycostswhileofferingcustomersadditionalanddifferentiatingservices,suchasavailabilityandperformanceguarantees.SupplierscanalsousedatainafeedbackloopwithR&D,allowingimprovementsbasedonreal-worldmetrics.

Siemensoffersdeveloper-friendlyIoTsolutionsforrapidandrobustimplementations.

Developer-friendlyIoTandIIoTsolutionsallowbusinessestoputrobustsolutionsinplacequickly.MindSphereofferseasyaccess,providesrapidsolutionimplementation,anddeliversrobustsupport.

MindSphererobustandsmartdeveloperservices

Easyaccess • DedicatedIoTtenant• Openplatform-as-a-service(PaaS)• Scalableandcosteffective

Rapidlyimplementsolutions

• OpenAPIs• Reusablemodules• Nativecloudaccessibility

Page 5: Industrial IoT in Manufacturing: The Next Big Digital Disruption · 2019-12-15 · Jagannath Rao is the Senior Vice President for the IoT and Go-to-Market strategies for the Cloud

Sponsoredby:

Robustsupport • Developercommunity• Flexibletraining• MindSpherestore

AdditionalInformation

FormoreinformationonSiemensMindSphere,visitwww.siemens.com/mindsphereorwww.mindsphere.io.

Biography

JagannathRaoSeniorVicePresident,IoTandGo-To-MarketStrategy,SiemensIndustry,Inc.JagannathRaoistheSeniorVicePresidentfortheIoTandGo-to-MarketstrategiesfortheCloudApplicationServicesbusinessunitintheDigitalFactoryDivisionforSiemens.Heisresponsibleforthedatadrivenservicesbusiness(IIoT)whichincludesMindSphere,theBigDataplatformtechnologyforSiemensforDigitalServices.Theportfolioincludesthewidespreadapplicationof“BigData”technologiesintherealmofmanufacturing,coveringtopicssuchasplantanalytics,assetanalyticsandotherdigitalservices.