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7/28/2019 SALS Predictive Maintenance
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2013 IBM Corporation
Smarter Analytics Leadership SummitBig Data. Real Solutions. Big Results.
Improving Operational and Financial Results
through Predictive Maintenance
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2012 IBM Corporation2
Introductions
Jerry KurtzVice President - Industrial SectorBusiness Analytics and Optimization
Paul Hoy, CPIMGlobal Industrial Sector ExecutiveIBM Business Analytics
Lester McHargueBusiness Solutions - Industrial SectorBusiness Analytics and Optimization
John WardGlobal Industrial Sector Solutions LeaderIBM Predictive Analytics
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2013 IBM Corporation
Predictive Asset OptimizationIBM Signature Solution Jerry KurtzVice PresidentIndustrial Business Analyticsand Optimization
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2012 IBM Corporation4
IBM Signature Solutions bring together analytic industry
expertise, reusable assets and delivery skills to address high- value client initiatives
Tackle High-value initiativesAddress industry imperativesand critical processes
Deliver Proven outcomesBuilt on a rich portfolio of analyticscapabilities and IBM innovationsimplemented at clients worldwide
Accelerate Time-to-valueFaster return on investmentwith short-term projects thatsupport the long-term roadmap
A portfolio of outcome-based analytics solutions that address the most pressing
industry and functional challenges by bringing together the breadth and depth ofIBMs intellectual capital, software, infrastructure, research and consultingservices to deliver breakaway results.
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2012 IBM Corporation5
Energy and Utilities Oil and GasManufacturing
New Signature Solution:Predictive Asset Optimization
Monitor, maintain and optimize assetsfor better availability, utilization and
performance
Predict asset failure to optimize qualityand supply chain processes
Predictive Asset Optimization
optimizes performance and
improves quality by integrating IBMs industry, services, softwareand research expertiseSignature Solutions
Predictive Asset OptimizationCustomer Next
Best ActionCFO Performance
InsightAnti -fraud,
Waste & Abuse
Combined with user-friendly, industry dashboards, accelerators and methods
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Asset-intensive companies
need help to solve complex
operational and process issues
Lack of visibility into asset health
High costs of unscheduledmaintenance
Inability to accurately forecast asset
downtime and costs
Difficulty separating the signals
from
the noise
Lack of visibility of predictors across
organizational silos
Inability to leverage analytical insightsfor asset optimization
Asset Performance Process Integration
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2012 IBM Corporation7
Predictive Asset Optimization integrates Analytics Capabilities with
Enterprise Asset Management (EAM)
Business analytics can provide insights and actionable events to
improve
operational efficiencies, extend asset life and reduce costs
Enterprise Asset
Management
Advanced Enterprise
Asset ManagementPredictive AssetOptimizationPredictive AssetOptimization
Optimized maintenance
windows to reduce
operating expense
Efficient assignment of
labor resources
Minimize parts inventory
Improved reliability and
uptime of assets
Asset maintenance history
Condition monitoring and
historical meter readings
Inventory and purchasing
transactions
Labor, craft, skills,
certifications and
calendars
Safety and regulatoryRequirements
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Smarter Analytics Signature Solutions bring together these capabilitieswhole is greater than the sum of its parts.
IBM delivers business value with extraordinary differentiation in
analytics skills, products, innovation and marketplace experience
IBM Software
Advancedtechnology andexpertise
Predictive analyticsalgorithms and
techniques Real-world client
implementations
IBM Research
GBS ConsultingServices analyticexpertise
Industry expertise andproven accelerators
GBS software assetsincluding dashboards,data flows andmethods
IBM Services Client Value
=IBM Systems and Technology
+ + +
Addresses criticalindustryimperatives
Accelerates time-
to-value
Outcome-basedapproach
IBM SoftwareProducts*
Deep informationand analyticscapabilities
Enterprise AssetManagementcapabilities
* IBM SPSS, Cognos, InfoSphere, WebSphere, Maximo
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Why choose IBMs Signature Solution: Predictive Asset Optimization?
Talent
A resource pool of highly talented advanced
analytics SMES and Industry experts withPredictive Asset Optimization experience
Industry Expertise
Predictive models for a number of specific
industry use cases
Accelerators
Pre-configured dashboard/visualization templates
Pre-integrated software tools, with connectors to avariety of asset management solutions
Big Data, Predictive & Advanced Analytics
An enhanced advanced analytics methodology,tailored to the needs of the predictive
asset/maintenance space
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Trends in Predictive MaintenancePaul Hoy, CPIMGlobal Industrial SectorExecutiveIBM Business Analytics
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2012 IBM Corporation11
Analytic solutions enable optimization of asset performance
Process Integration
Optimize operations and
maintenance
Enhance manufacturing and productquality
Asset Performance
Improve quality and reduce
failures and outages
Optimize service and support
83 percent of CIOs cited analyticsas the primary path tocompetitiveness
Organizations that lead in analyticsoutperform those that are justbeginning to adopt analytics by 3times
3x 83%
Source: IBM CIO Study, "The Essential CIO"Source: IBM Institute for Business Value and MIT Sloan Management Review, Analytics:The New Path to Value
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2012 IBM Corporation12
Answering the questions associated with better asset and
process performance
How can I reduce
process variability?
What is the life
expectancy of an assetscomponent or part?
How can I detect warrantyissues sooner?
How can I predict animpending equipment
failure and the cause?
How can I perform in depth rootcause failure analysis on my
process and equipment?
?
AssetPerformance
ProcessIntegration
How do I achieve optimalequipment efficiency and
availability?
How can I optimize mymaintenance plan?
How can I ensuresupply is aligned withdemand?
How can do I createhighest quality products?
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Predictive Maintenance Use Case Key Examples
Predictive Maintenance for Assets
Predictive Production Line Continuity Utilize predictive analytics to identify when internally
used production machinery, equipment, and assets arelikely to fail or need service, and perform preventivemaintenance in order to maximize production uptimeand minimize disruptive, costly unscheduled downtime.
Predictive Optimization of assets in the Field
Utilize predictive analytics to identify when equipmentin the field is likely to fail or need maintenance in orderto maximize uptime/in-service time for equipment soldto customers or used to deliver service.
Predictive Quality and Warranty Performance
Utilize predictive analytics to identify when goods andequipment sold to customers is likely to fail in order toidentify root cause for problem correction, and toproactively address issues to reduce warranty cost andimprove customer satisfaction.
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Predictive Asset Optimization analyzes data from multiple sourcesand provides recommended actions, enabling informed decisions
Asset MaintenanceAsset Performance Process Integration
Collect & Integrate Data
Structured, Unstructured,
Streaming
Generate Predictive
Statistical Models
Conduct Root Cause
Analysis
Display Alerts and Recommend
Corrective Actions
Act upon Insights
Predictive AssetOptimizationPredictive AssetOptimization Data agnostic User-friendly
model creation
Interactive
dashboards Quickly make
decisions
1
2
3
4
5
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Predictive Asset Optimization Architecture
2013 IBM Corporation15
Industrial Enterprise Services Bus
(Message Broker)
Industrial Enterprise Services Bus
(Message Broker)
End User Reports,
Dashboards, Drill
Downs
High volume streaming data
(InfoSphere Streams)
High volume streaming data
(InfoSphere Streams)
Telematics, ManufacturingExecution Systems,
Legacy Databases,
Distributed Control Systems
Telematics, ManufacturingExecution Systems,
Legacy Databases,
Distributed Control Systems
EAM System
(Tivoli Maximo Tririga or
other)
EAM System
(Tivoli Maximo Tririga or
other)
Analytic Datastore
(Pre-built data schema for storing quality, machine and prod data, configuration)
Analytic Datastore
(Pre-built data schema for storing quality, machine and prod data, configuration)
DB2
StatisticalAnalytics
(SPSS Modeler)
StatisticalAnalytics
(SPSS Modeler)
DecisionManagement
(SPSS DM)
DecisionManagement
(SPSS DM)
BusinessAnalytics
(COGNOS BI)
BusinessAnalytics
(COGNOS BI)
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Business Use Case Business ValuePredictive Asset Optimization generates business value
Predict Asset Failure/Extend LifeDetermine failure based on usage and
wear characteristics
Optimize Enterprise Asset
Management maintenance,
inventory and resource schedules
Utilize individual component and/or
environmental information
Increase return on assets
Identify conditions that lead to high
failure
Estimate and extend component
life
Predict Part QualityDetect anomalies within process Improve customer service
Compare parts against master Improve quality and reduce recalls
Conduct in-depth root cause analysis Reduce time to identify issues
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Deriving Value From Predictive Asset Optimization
Key Metric Business Benefit How Advanced Analytics Enables Value
Maximize Revenue Products and Services New Products and Services. Up Sell Opportunities, Higher product quality
Comp eti t ive Ad vantage High Availability Better Asset Utilization, More Production Cycles
Lower Start Up Costs Fewer Reworks, Fewer Installation Repairs
Cost Savings Less Un Planned Downtime Fewer Failures, Faster Problem Identification, Better process throughput
Increased Reliabil i ty Better Productivity Issues Cost Avoidance, Faster Root Cause, Higher equipment utilization
Better Quality Proactive Monitoring, Predictable Performance, Identification of factorslikely to result in diminished quality
O & M Costs Non Production Costs Fewer Failures, Fewer Emergencies, Less need for excess MRO inventory
Increased Efficienc y Shorter Maintenance Predictive Maintenance, Better Planning
Lower Warranty Costs Fewer Part Failures, Shorten Issue Resolution
Customer Experience Proactive Management Fewer Surprises, Proactive Communication
Increased Satisfactio n Individual Experience More Focused Communication, Holistic View
Better Collaboration Information Integration Across Industry, Better Insight Across Silos
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Customer Case StudiesJohn WardGlobal Industrial SectorSolutions LeaderIBM Predictive Analytics
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Predictive Quality and Warranty PerformanceBMW
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Predictive Quality:
IBM Predictive Asset Optimization (PAO) is used in
the BMW light-alloy foundry for the production process to better understandand eliminate problems quickly.
Reduced scrap rate by 80% in 12 weeks
Processing andTesting
Database
Process info
Cooling
OK
Material flowInformation flow
Cooling Processing Customer
Recycling
not OK
Online
scoring
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Predictive Maintenance:
Reduce warranty claims for new cars by
analyzing historical information and vehicle data using IBMPredictive Asset Optimization (PAO).
Reduced warranty costs by 5%, Repeat repairs by 50%
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Predictive Optimization of Assets in the FieldA Large Construction EquipmentManufacturer
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A condition monitoring system that will:
Combine multiple data sources associated with a piece of equipment
Apply predictive analytics to highlight possible problems
Utilize interpretive expertise to confirm the problem and identify a solution
A condition monitoring system that will:
Combine multiple data sources associated with a piece of equipment
Apply predictive analytics to highlight possible problems
Utilize interpretive expertise to confirm the problem and identify a solution
Predictive Asset Optimization for Heavy Equipment
View 5 CM Elementsand make Maintenance
and RepairRecommendations
1. Machine Data
2. Fluid Analysis
3. Inspections
4. Site Conditions
5. Repair History
Condition MonitoringElements
Dealer Condition
Monitoring Analyst
Wired or Wireless
Machine Data
Off-board AnalyticsTo Detect SlowerMoving Problems
Recommendations Fed intoMaintenance & Repair
(M&R) ProcessAnalysts ValidateRecommendation
Effectiveness
Work
Orders
Inspect ions and
Fluid SamplesEvents /Trends /
Payloads
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Priority Model Description Business Value ModelingTechniques
Data Sources Business Questions Addressed
1
Predict MajorComponent Failures
Machine health score usedto predict impendingfailures
ClassificationModels
Repair History(Dealer SourceTBD), FluidAnalysis, VIMS,Events, Other
Are there indications that a majorcomponent failure is likely to occurin the immediate future?
2
Predict Component LifeBased on SpecificMachine History
Understand impacts ofindividual low level failures,estimate component life
RegressionModels
Repair History(Dealer SourceTBD), Events
How do low level failurescumulatively affect the life span ofcomponents? What are the sitespecific effects?
3
Identify Failures thatOften Occur Together
Based on history, identifymachines that have a highprobability of experiencingsimilar failures
AssociationModels
Warranty Data,Repair History
What kinds of failures are likely tooccur together (e.g., failure xhappens n hours after failure y,failure x is usually followed by y andz, failure x happens every n hours,when failure x happened, conditiony is usually present)?
4
Detect Anomalies withinthe Fleet
Detect groups of machinesexperiencing anomalousbehavior
Clustering Models (Trends, Fluid,Events) or OtherElectronic Data
Source
What machines are behavingdifferently from the others in thefleet or at a site?
5
Utilize Statistical ProcessControl
Detect statistically rareconditions that bear furtherinvestigation
Runs Chart,Range Chart
Trends or OtherElectronic DataSource
What are the rules by whichobserved changes in electronic datawill trigger alerts?
6
Predict Component Life
Based on Population
Extend component life,
better MARC analysis
Weibull Analysis Warranty Data,
Repair History
How can component life history
data be used to make decisionsabout PM or PCR intervals,
Typical PAO Heavy Equipment Use Cases
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Predictive Maintenance Demonstration
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Predictive Asset OptimizationLarge / Capital Equipment Manufacturers
Lester McHargueBusiness SolutionsIndustrial Business Analytics and Optimization
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Manufacturers need to be able to identify potential component failure as well as machine health of in-service equipment byidentifying early signs of potential downtime and enterprise component issues.
Difficulty in separating the signal from thenoise to detect enterprise componentproblems
Unscheduled maintenance and downtimeare critical issues costing the end customersfrom Hundreds of Thousands to Millions ofDollars per hour
Most relationships with the user communityif reactive in nature. Quality issues are oftenidentified at the site.
The Opportunity
Capital Equipment Manufacturers
What Makes it Smarter
This system uses a variety of Advanced Analytical techniques to monitor Time-SeriesMachine Data, Site Conditions and Service History to predict component well as systemfailure
Business Case
Early identification and mitigation of enterprisecomponent and quality issues
Provide insight to the health and probability offailure for in service equipment maximizing
uptime Establish a proactive relationship with the user
community to increase asset availably, reducecosts, and create new product and serviceofferings
Better maintenance planning
Identification of new product and proactiveservices.
Structured Data Process Data Alarm Data Manufacturing Data
EarlyDetection
ImplementCorrective
Action
Detect &Share Critical
Issues
Sense &MeasureMetrics
Monitor &Track CriticalInformation
ProposeCorrective
ActionsMeasure &Decide onActions
Unstructured Content Work Orders Technical Support Warranty Claims
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Capital Equipment Manufacturers -Overview of Cross-Industry
Standard Process for Data Mining (CRISP-DM)
The methodology include six phases:
Business Understanding
Data Understanding
Data Preparation
Modeling Evaluation
Deployment
The first phase, Business Understanding, is
critical for successfully turning qualitative and
quantitative data into valuable insights that lead
to value-added actions.
Phases 2 through 5 can occur in any order and
almost always include multiple iterations back to
the Business Understanding stage.
The methodology by itself, however, does not
guarantee success with advanced analytics.
Success requires deep expertise and experience
in evaluating and using a wide range of advanced
analytical techniques.
A large equipment manufacturer saved $1 million in just two weeks by using predictive maintenance to proactively identify problems and take actionbefore failure occurred. By minimizing downtime and repair costs across all its manufacturing operations, the manufacturer achieved a 1400% return oninvestment in just four months.
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Visibility Prediction Collaboration Optimization
Capital Equipment Manufacturers - Creating Client Value ThroughIntegrated Operations
Real-time DataCapturing and
Actuation
Unstructured
Content
BusinessSolutions
DCS, PLCsHistorians
PhysicalAssets
RFID &Remote Sensing
MES Application& Facility Monitor
Engineering Equip& Process Doc
Call Logs Service RecordsMaintenance
ReportsStandardsDowntime Reports
IntegratedOperations
Services Production and
Performance Reporting
Technical Support
And Engineering
Maintenance and
Service
Warranty and
Quality
ConsumablesInventory Planning
Early EventWarning
DowntimeOptimization
Data Mining forAnomaly Detection
TurnaroundOptimization
Enterprise AssetManagement
Enterprise DocumentManagement
Predictive Modeling& Maintenance
Planning
Advanced Analyticsand Discovery
KnowledgeManagement
MaintenanceService
Optimization
WarrantyAnalytics
Collaborative
Decision Making
Others
Others
Trade Publications Manuals
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Warranty
Fewer Claims
Part Cost
Supplier Recovery
Reserves
Warranty
Fewer Claims
Part Cost
Supplier Recovery
Reserves
Technical Support
/ Engineering
Incident Avoidance
Case Reduction
Case Resolution
Efficiency
Root Cause
Technical Support
/ Engineering
Incident Avoidance
Case Reduction
Case Resolution Efficiency
Root Cause
Field / Plant
Service
Product Design
New Products
New Services
Proactive
Consistent Standards
Field / Plant
Service
Product Design
New Products
New Services Proactive
Consistent Standards
Production /
Process
Better Efficiency
Higher Quality
Predictive Performance
Holistic View
Production /
Process
Better Efficiency
Higher Quality
Predictive Performance Holistic View
Maintenance
Reduce Downtime
Better Collaboration
Efficiency
Asset Utilization
Maintenance
Reduce Downtime
Better Collaboration
Efficiency Asset Utilization
US Capital Equipment Manufacturers:
A Matrix/Horizontal Approach To Analytic Value
Integration of Analytics Across Functional Areas Yields the Best Results
Revenue Growth: Availability, Asset Utilization, New Products, New Services, Proactive
Cost Savings : Reduced Downtime, Higher Quality, Better Efficiency, Root Cause Analysis
O&M Costs: Enterprise View, Fewer Emergencies, Value Based Decisions, Warranty Costs
Customer Satisfaction: More Availability, Better Collaboration, Proactive Communication
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Faster Alarm Detection + Enterprise AnalyticEarly Failure Prediction + DependenciesProactive Improvements + Optimize
Value of Integrated Analytics
Alarm DetectionEarly Failure PredictionReactive Improvements
RealTim
e
Process
Finance
SupplyandD
emand
Mainte
nance&
Pr
oductio
n
Enterprise
Process
Value
Faster Alarm Detection DependenciesEarlier Failure Prediction + Better OptimizationProactive Improvements + Asset UtilizationEnterprise Analytics
Faster Alarm Detection Better Optimization
Earlier Failure Prediction + Better Asset UtilizationProactive Improvements + Process OptimizationEnterprise Analytics + Customer Impact AnalysisDependencies
Faster Alarm Detection Better Optimization + Next Best ActionEarlier Failure Prediction Better Asset UtilizationProactive Improvements Process OptimizationEnterprise Analytics Customer Impact AnalysisDependencies +Value Based Decisions
Capability
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Some Example Results
Use Case PAO Approach Results
Provide Early Detection offactors impacting availability
Combine operational, environmental, andmaintenance information to identify causalfactors
Identification of theleading factorsimpacting up time
Provide Early Detection ofEnterprise Wide componentfailures, impacting warranty,and asset availability.
Integrate process, technical support, andwarranty information to identify enterprisewide patterns in component failures
10 to 13 month earlydetection
Provide Early detection of
trends that impact quality andperformance
Integrate process, technical support, and
maintenance information to identifymultivariate patterns that lead to poor results
Identification of
primary andsecondary causalfactors
Provide an indication to thehealth of in-service equipment,
and the probability of failurebetween maintenance windows
Integrate process, environmental, operational,maintenance, and engineering support
information for a complete picture to health ofan asset.
80% to 90%+accuracy in predicting
equipment downtime.
Enable proactive customermanagement through betterunderstanding of individualequipment issues
Integrate process, technical support,maintenance, and warranty information toprovide individualized products and services
Identification andproactive delivery ofproducts andservices. Direct and
through dealers
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Predictive Asset OptimizationImplementation Methodology
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Revenue
Growth
Operating
Margin
Shareholder
Value
CapitalEfficiency
Improved
revenue grow th
Improved
Cost posi t ion
Improved Working
capital pos it ionFixed Asset
Improved
eff iciency of capital
out lays
Cost per Ton
Higher
Productivity
Increased Up
Time
Mechanical Availability
% scheduled
Component Life
Component Rebuild Cost
Mean Time Between Stops
Mean Time to Repair
Tons per Hour
Fewer Spares
Number of Spares
TCO Per Spare
Maintenance cost
Production
Maintenance
Key Performance IndicatorsValue DriversFinancial Impact
InventoryFewer Spare Parts
/ ComponentsAverage Spare Parts /
Components Inventory
Renewal Cost
Risk
Mitigation
Reduced Risk
Safety /
Compliance
InfrastructureDedicated Shop space
Labor resources
Parts consumption
% field repairs
% improvement / ton
Availability Index
% scheduled Maintenance
Comp Life Target Achieved
Comp replacement cost
MTBS
MTTR
% improvement / Hour
Average Inventory value,
major components
Average inventory value
Spare Parts / Components
Inventory
Maintenance Ratio
Parts Ratio
Predictive Maintenance Value
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Predictive Asset Optimizations pre-integrated solution offers
flexibility to meet your companys needs
Define
Use Cases
Establish
SolutionComponents
OPTION 2: SOLUTION PROOF-OF-CONCEPT or PROOF-OF-VALUE
OPTION 3: SOLUTION IMPLEMENTATION
OPTION 1: BUSINESS VALUE ACCELERATOR
Design,
Build and
Deploy
Assess
Requirements
2-3 Weeks
DevelopBusiness Case
2-3 Weeks
Define
Solution
Roadmap
1-2 Weeks
ConductSolution Impact
Assessment
Start Here
StrategyWorkshop
Define and
ImplementPilot
6-8 Weeks
Evaluate
Pilot1-4 Weeks
Options
Pre-configuredindividualproducts andservices, or as
GBS hostedsolution
Flexible Deployment Flexible Purchases
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2012 IBM Corporation38
IBM Proven Methodology: A Parallel Approach
Strategy Development
Analytics Proof Of Value
Analytics
POV
Develop Strategy, Initiative Roadmap & Value Case
Address high-priority business challenge through advanced analytics techniques
Strategy &
Roadmap
Strategy Assessment & Development Formulize Strategy Roadmap & Value Case
POV BuildPOV Use Case Requirements
& Data Understanding Track & Evaluate POV
IBM's approach is tailored to deliver immediate value via a Proof of Value (POV)application as well as provide short and long-term strategic development for initiativeplanning and capabilities development.
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How to learn more
For additional information including whitepapers and demos, please visit:
IBM.com Predictive Maintenance
http://www-01.ibm.com/software/analytics/solutions/operational-analytics/predictive-maintenance/
Smarter Predictive Analytics:
http://www.ibm.com/analytics/us/en/predictive-analytics/
Smarter Analytics Signature Solutions
http://www.ibm.com/analytics/us/en/solutions/business-need/index.html: