building the on demand supply chain: driving growth through
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Integrated Supply Chain
© 2004 IBM Corporation
Building the On Demand Supply Chain: Driving Growth through Innovative Management
Dr. Brian Thomas EckDirector, SCORBoard and Program Director / Business Growth, IBM Corp.
IBM at Nikkei © 2004 IBM Corporation2
Integrated Supply Chain
Agenda
The Supply Chain Council and using the SCOR FrameworkBackgroundSome IBM examplesResults
SCOR in context: IBM’s supply chain journeyLooking back – last ten yearsRecent organizational changesTransformation drivers and results
Future OpportunitiesManaging the Services Supply ChainEvent-driven supply/demand• The potential of RFID• Wake Up Call: Sense and Respond supply chains
Supply chain as a driver of growth
IBM at Nikkei © 2004 IBM Corporation3
Integrated Supply Chain
The Supply Chain Council was formed to build a common language for supply chain, and advance state of the practice
The SCC is an independent, not-for-profit, global corporation with membership open to all companies and organizations interested inapplying and advancing state-of-the-art supply chain management systems and practices.
~ 800 Company Members Cross-industry representation
Europe
Japan
SEA
ANZ
USA/Canada/Mex
ROW
SAfrica
PractitionersSoftware VendorsConsultantsNon-Profits
IBM at Nikkei © 2004 IBM Corporation4
Integrated Supply Chain
SCOR is structured around five distinct management processes
Make DeliverSource Make DeliverMakeSourceDeliver SourceDeliver
Your Company
Source
Return Return Return Return Return Return Return Return
Plan
Customer’sCustomerSupplier CustomerSuppliers’
SupplierInternal or External Internal or External
SCOR Model SCOR Model
IBM at Nikkei © 2004 IBM Corporation5
Integrated Supply Chain
Opportunity Assessment Project outline
Steering Committee Interim Review11-12 weeks
Steering Committee Final Review Additional 6-7 weeks
Phase One
SCOR metrics SCOR metrics data collectiondata collection
Current performanceCurrent performance versus competition versus competition
Level 3 Level 3 process maps process mapsDiagnostic metricsDiagnostic metrics
Performance Performance drivers drivers
Business andBusiness and supply chain supply chain
initiativesinitiatives
Sized Sizedimprovementimprovementopportunitiesopportunities
SCOR Level 2 physical SCOR Level 2 physical and process maps and process maps Best practices Best practices
Process GapsProcess Gaps
Business cases for selectedopportunities
Phase Two
Project: To identify opportunities for significant improvements in a division(s) supply chain(s) and provide business casesto help prioritize these opportunities
IBM at Nikkei © 2004 IBM Corporation6
Integrated Supply Chain
Phase: Current performance versus competitionExample: Level One SCORCard
Supply-Chain Performance Versus Custom Population0% - 20% 21% - 40% 41% - 60% 61% - 80% 81% - 100%
Key Perspectives Level 1 MetricsMajor
Opportunity DisadvantageAverage
or Median AdvantageBest-
in-Class
DeliveryPerformance/
Quality
Delivery Performance to Commit Date– Direct shipments only = 80% of total
85% 92%
Order Fulfillment Lead Time– US data only
32.0 Days 8.3 Days
Flexibility &Responsiveness
Material Availability 20.5 Days 1.7 Days
Direct Labor Availability 7.5 Days 0.0 Days
UpsideProductionFlexibility
Manufacturing Capacity 2.0 Days 0.0 Days
Cost Supply-Chain Management Cost 8.7% 4.1%
Warranty Cost 3.0% NA
Total Inventory Days of Supply 55 Days 21 Days
Assets Cash-to-Cash Cycle Time 82 Days 22 Days
Net Asset Turns 2.9 6.2Inte
rnal
-faci
ngC
usto
mer
-faci
ng
Divisional Performance
IBM at Nikkei © 2004 IBM Corporation7
Integrated Supply Chain
Example: SCOR Level 2 Process Maps
NA DirectNA Distributor
RaleighRaleighDeliver Stocked Products
P1
LA Customer via CDCLA Distributor via CDC
AP South Customer via CDCAP South Distributor via CDC
P2
Other Accessories
D2
Paperloading Accessories
Japan
Network Interface Cards
D2Texas
Engines w/controllers
D2
D2
S2
S2
S2
S2
NA
P4
D1 S1
P4
D1 S1
P4
D1 S1
M2
Make-to-Order
SCMO
Controllers
CA
Engines
Asia
D2
D2 S2
S2
Note: Fujisawa integration facility hasLevel 2 process structure similar toILC but serves Japan only
XIPXIP
Mgmt & Planning
EndicottEndicott
P2
Components/Accessories
D2
Paperloading Accessories
Japan
Network Interface Cards
D2Texas
Engines
D2
Asia
D2
S2
S2
S2
S2
NA
Controllers
D2CA
S2
ILCILC
P3 P4
S2 D2EMEA DirectEMEA Distributor
P1
EndicottEndicott
M2Integrate-to-Order
IBM at Nikkei © 2004 IBM Corporation8
Integrated Supply Chain
SCOR Projects see a wide range of adoption, and set the foundation for a robust supply chain
Consumer FoodsProject Time (Start to Finish) – 3 monthsInvestment - $50,000 US1st Year Return - $4,300,000 US
ElectronicsProject Time (Start to Finish) – 6 monthsInvestment - $3-5 Million USProjected Return on Investment - $ 230 Million US
Software and PlanningSAP bases APO key performance indicators (KPIs) on SCOR Model
Aerospace and DefenseSCOR Benchmarking and use of SCOR metrics to specify performancecriteria and provide basis for contracts / purchase orders
IBM at Nikkei © 2004 IBM Corporation9
Integrated Supply Chain
A robust supply chain is essential for an on demand business
An enterprise whose business processes–integrated end-to-end across the company and with key partners, suppliers and customers–can respond with flexibility and speed to any customer demand, market opportunity or external threat.
On Demand Business–A Definition
RESPONSIVE VARIABLE FOCUSED RESILIENTKEY ATTRIBUTES
IBM at Nikkei © 2004 IBM Corporation10
Integrated Supply Chain
For IBM, we’ve been transforming both our company and supply chain for the last ten years
ReinventionCost Cutting
True external electronic collaboration withsuppliers and partners
Development of better functional skills and increased inter-business unit communication
Static supply chains with business unit andgeographic “silos”
2002200120001999199819971996199519941993
Revenue: $64B Net income: $3B
Profit DriverCost CenterDrives value primarily by saving money and increasing cash conversionStill primarily product focused
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Fragmented and not mission criticalDistributed & hard-wired to business unitsPockets of integration in functional silos No client-facing processes No common processes or leveraging experience A corporate staff function
IBM at Nikkei © 2004 IBM Corporation11
Integrated Supply Chain
Then tied it all together with shared measurements to assure success at both the business unit and IBM level
Financial Results
OperationalResults
Client Facing Results
COST REDUCTION
CASH GENERATION
CLIENT SATISFACTION:- Delivery- Solutions
EASE OF DOING BUSINESS
UNLEASHING SALES FORCE PRODUCTIVITY
DEMAND/SUPPLY SYNCHRONIZATION
CYCLE TIME
QUALITY OF INSTALLATION
IBM at Nikkei © 2004 IBM Corporation12
Integrated Supply Chain
Logistics—Major Logistic Sites 28
Electronic Component Trading Centers 4Customer Solutions Centers 6
Customer Fulfillment Competency/Client Support Centers 11
Contract Manufacturers 28 Procurement Operations Centers 3
Logistics—Major Logistic Sites
Manufacturing (IBM/Joint Ventures)
Contract Manufacturers
Customer Solutions Centers
Procurement Operations Centers
Electronic Component Trading Centers
Customer Fulfillment Competency/Client Support Centers
Control Towers
11Control Towers In-country Customer Fulfillment 61
Manufacturing (IBM/Joint Ventures) 22
When we put it together, it made an impressive footprint
IBM at Nikkei © 2004 IBM Corporation13
Integrated Supply Chain
…with unmatched economies of scale and expertise
19,000 employees at 100 locations in 61 countries worldwide
Approximately $40 billion, or roughly 50%, of IBM’s total cost and expense
Handles over 78,000 products, with over 3 million configurations
45,000 business partners worldwide, 33,000 suppliers are connected to IBM through the Web
Over 25% have advanced degrees; 200+ PhD’s
Current staff holds 14 supply chain related patents and have published more than 45 books and articles
IBM supply chain was named one of the 10 best by Supply Chain Technology News in 2002
IBM at Nikkei © 2004 IBM Corporation14
Integrated Supply Chain
Forming an organization with a compelling vision was a start. But to drive change and deliver sustainable results we had to:
Transform & strengthen the functions while building end-to-end capability
Reduce fixed costs and drive flexibility in infrastructure
Implement common global processes & technology
Apply governance, performance goals and reporting disciplines
Tend to the culture, emphasize talent and improve skills
IBM at Nikkei © 2004 IBM Corporation15
Integrated Supply Chain
By creating an on demand supply chain, we achieved some impressive 2003 resultsIBM: $89B REVENUE $33B PROFIT $7.6B FREE CASH FLOW #2 IN CUSTOMER SATISFACTION
Financial Results
OperationalResults
Client Facing Results
95% DELIVERY$7BCOST ANDEXPENSESAVINGS
ON TIME
20%IMPROVEMENTIN SALES FORCEPRODUCTIVITY
INVENTORY AT THELOWEST LEVELS IN
YEARS30DSO REDUCED
BY NEARLYDAYS2
CUSTOMER USE OF WEB-BASED SERVICES RESULTED IN
$207ME-SUPPORT COSTREDUCTION IN 3Q03
GENERATED
$700M+ CASH
IBM at Nikkei © 2004 IBM Corporation16
Integrated Supply Chain
The on demand model is giving us:Greater efficiency
Server volume growth contained with minimal spending increases yielding ~10% productivity gainsProcurement "hands free" transactions up from 78% to 90%Logistics volumes up 31%, costs down 21%
A more variable cost structureFixed spending for high volume systems manufacturing down 33% over 3 years Logistic warehousing from 100% owned to 100% vendor managed
Improved responsiveness and flexibilityAbility to respond to shifts of hardware demand inside quarterly lead time by up to 50%Customer fulfillment e-Applications reduced annual calls from clients by over 600,000, saving 2.9MReduced number of non-strategic suppliers by 80%
Better business process controlsReduced escapes (maverick buying) from a high of 35% to less than 0.2%Acceptable business controls (audits) from 85% to 95%+
IBM at Nikkei © 2004 IBM Corporation17
Integrated Supply Chain
What’s next: The transformation continues with a focus on both cost take-out and driving top line revenue
Reinvention
One integrated and fully-enabled organization (ISC) that hasre-invented IBM operations
Revenue: $89B Net income: $7.6B
Business OptimizationProfit DriverGoes beyond products to servicesExtends success past financial metrics
Impacts customer satisfactionImpacts sales team productivity
Fully synchronizes supply and demandIgnite growth
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IBM at Nikkei © 2004 IBM Corporation18
Integrated Supply Chain
Resource Sourcing Strategy
RM OperationsStrategy
ConductOptimization
Update/Maint.Resource Plan
Recruit/ Source
Plan & ExecuteTransitions
・ Recruiting/Hiring・ Applicant Tracking・ Contractor Sourcing
Plan Individual Development
・ ID Devel Needs・ Create Devel. Plan
Execute Devel.Actions
ForecastDemand
Human ResourceStrategy
Develop LearningPrograms
・ Out of business・ Across LoBs
Mg. Taxonomy/Employee Profile
Resource SupplyStrategy
・ Alt Workforce Modeling
DetermineSourcing
・ Request・ Decision Support ‐internal vs. contractor
Onboard/Deboard
Supply
Assess InternalInventory
(skills, CVs, availability)・ Internal・ Outsourcing Fcst.
Strategy PlanAcquire & Transition
Develop
Assess External Supply
Assess Subcon.Supply
Focused: Managing the Services Supply ChainWorkforce Management Process Framework
ID RecommendedResource
・ Decision Support ‐resource type
・ Skills・ Experience/CV・ Availability
Deploy
RequestResource
Qualify & SelectResource
Assign/ Commit/ Adjust
Business Measurements
Performance, Pay & Incentives
Workforce Programs
EmployeePrograms
Benefits
IBM at Nikkei © 2004 IBM Corporation19
Integrated Supply Chain
Responsive: Fully synchronizing supply and demand requires a fundamental paradigm shift
• New product ramp-up challenges
• Demand is unreliable and changes daily
• Customers exercising their pricing power
Demand “given,”condition supply
Recognize Demand can also be conditioned
Event-driven supply / demand balancing
Past Present Future
Supply Shocks Demand ShocksShort Product Life Cycles
IBM at Nikkei © 2004 IBM Corporation20
Integrated Supply Chain
RadioFrequencyIdentification
RFID tags have many advantages over the barcode…
Barcode / UPC RFID ‘Smart Tag’
Prices reflect adoption
RFID Tags on face of a Dime
Today + 3 Yrs* + 6 Yrs*
Hi
LowTags
Readers
10.00$ 0.10$ 0.05$ 1.00$ 0.05$ 0.02$
1,500.00$ 500.00$ 100.00$ Reader on temporary mount
* Cost figures are projected estimates only, and tag cost estimates assume passive tagsSource: IBM Business Consulting analysis, Auto-ID Center
Limited amount of data can be assigned
Significantly higher data capacity to capture detailed information about product
Ability to read one tag at a time (line of sight required)
Ability to read multiple tags simultaneously (no line of sight required)
Efficiency
Labels easily damaged
Tags less susceptible to damageDependability
Data Capacity
Potential for read / write capability, making tags reusable
Flexibility Static information
IBM at Nikkei © 2004 IBM Corporation21
Integrated Supply Chain
The internet provided supply chains an ocean of data…RFID promises to step that up a notch.
Visibility is more than data, it’s data turned into information
ISC needs to leverage IBM’s expertise in analytics
New approaches from AI, motivated by agent technology and emergent behavior
RFID provides technology for sensing; the bigger idea of adaptable, autonomic supply chains rests on a broader concept: Sense & Respond.Reprinted with Permission: Best of Latin America
IBM at Nikkei © 2004 IBM Corporation22
Integrated Supply Chain
Adoption of Sense and Respond processes and technologies represents an approach to create a responsive, on-demand supply chain
Decide&
Plan
Decide what response is best and plan to implement it
Interpret&
Evaluate
Interpret the information and evaluate if it is something to react to or to ignore
EventEvent
Monitor &
Sense
Monitor the environment and sense critical demand signals, events and changing conditions
Reconfigure&
Adapt
Reconfigure or adapt, operations to meet requirements, change course of action
Respond&
Execute
Response
Respond to the needs.
Execute and redeploy.
Manage the sense & respond cycle to insure completing the process
as rapidly and effectively as required
IBM at Nikkei © 2004 IBM Corporation23
Integrated Supply Chain
Controlled pilots allow learning and adjustment – expanded scope and span is needed to drive an autonomic supply chain
Selected IBM Sense and Respond Projects
● PCD Demand Conditioning● Quality Management System for Server Manufacturing● Adaptive Manufacturing Routing● MD’s 300 mm Plant● MD Demand / Supply● Transportation Management System (TMS) with Manugistics
Observations
● Redesign efforts must balance between accountability and procedure● IBM Research and SWG are defining architectures and reusable
components to enable Sense & Respond capability● Agent classification emerging● Opportunities for reusable analytics● Risk can be managed through simulation of possible actions (responses)● Software tool capability is improving, and though still relatively immature, is
not a primary constraint on moving forward● “Sense and Respond” versus “Make and Sell” is a shift in mindset● Centralized management of information becomes a prerequisite for
decentralized use of information
IBM at Nikkei © 2004 IBM Corporation24
Integrated Supply Chain
Building on our combined strength across organizations, allows IBM to bring the needed depth to bear on clients’ supply chain challenges
deeperSolutions for clients’supply chains
On Demand Innovation Services
IBM ResearchMarch 2003
Business Growth Initiative
Integrated Supply ChainFebruary 2004
Oct 2002
Business Consulting Services
Technology GroupJune 2002
E&TS
Integrated Supply Chain
© 2004 IBM Corporation
Thank you!
Please visit the SCC-Japan Booth
Brian Eck845-892-3118