Innovation in the service sector
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Transcript of Innovation in the service sector
Technology, Leadershipand Innovation in the Services Economy
Irving Wladawsky-Berger
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The Changing Nature of Research and Innovation
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Industrial Age Knowledge Age
The Industrial RevolutionA technology and science based revolution
Design and manufacturing of physical objects
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Innovations in the Industrial EconomyMajor improvements in productivity and quality in physically engineered systems
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Innovations in logistics and manufacturingToyota Production System
Supply chain Just-in-time production Continuous improvement . . .
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Source: Kurzweil 1999 – Moravec 1998
Accelerating Advances in Digital TechnologiesIT is to the 21st century as steam power was to the Industrial Revolution
Text
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The Internet: Industrial Knowledge Age
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The Changing Nature of Research and Innovation
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Industrial Age Knowledge Age
FocusNatural and engineered
physical objectsInformation, people,
service systems
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Growth of Services Economy in US
Agriculture:Value from harvesting nature
Goods:Value from
making products
Services:Value from enhancing the capabilitiesof tasks that one organization beneficially performs for others
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GDP composition by sector 1.2% Agriculture 19.2% Industry 79.6% Services
Labor force – by occupation 0.6% Agriculture: Farming, forestry, fishing 22.6% Industry: Manufacturing, extraction, transp, crafts 76.8%: Services• 35.5% Managerial, professional and technical• 24.8% Sales and office• 16.5% Other services
US Economy – The CIA World Factbook
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GDP composition by sector 1.3% Agriculture 24.2% Industry 74.5% Services
Labor force – by occupation 1.4% Agriculture 18.2% Insutry 74.5% Services
UK Economy – The CIA World Factbook
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GDP composition by sector 4% Agriculture 32% Industry 64% Services
Labor force – by occupation 40% Agriculture 20% Industry 40% Services
World Economy – The CIA World Factbook
42%6433 3 1.4Germany
37%261163 2.1Bangladesh
19%201070 1.6Nigeria
45%6728 5 2.2Japan
64%692110 2.4Russia
61%661420 3.0Brazil
34%391645 3.5Indonesia
23%7623 1 5.1U.S.
35%23176014.4India
142%29224925.7China
40yr ServiceGrowth
S%
G%
A %
Labor %
Nation
World’s Large Labor ForcesA = Agriculture, G = Goods, S = Service
20092009
The largest labor force migration in human history is underway, driven by global communications,
business and technology growth, urbanization and regional variations in labor and infrastructure costs
and capabilities.
CIA Handbook, International Labor OrganizationNote: Pakistan, Vietnam, and Mexico now larger LF than Germany
US shift to service jobs
(A) Agriculture:Value from harvesting nature
(G) Goods:Value from making products
(S) Service:Value from enhancing the
capabilities of people and their ability to interconnect and co-create value
Changing nature of work in the world - away from farms and factories…
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Services is Front Stage: We are all in services . . . More or less! James Teboul - INSEAD
Every organization consists of front stage and back stage activities
Services deal with the front stage interactions
People are prominent in front stage activities, providing solutions to problems and focusing on achieving a positive customer experience in a collaboration between the providers and consumers of services
Manufacturing and production deal with back stage operations
Product excellence and competitive costs are key to back stage activities which tend to focus on specialization, standardization and automation
Pure product
Transformation
Labor & Capital
Pure service
Customer Customer
In case of a pure product, . . .
we have raw materials in and a finished product out.
we have ore in and gold out. we have steel in, cars out.
In case of a ‘pure’ service,
we have a customer in and, in the best case, the same customer out, but transformed by the experience.
Labor & Capital
ExperienceRaw
MaterialsFinishedProducts
Prof. James Teboul
THE AGE OF SERVICES
INDUSTRY SERVICES
Front Stage
(People, Tools)
Back Stage
(Design, Manufacturing)
Back stageFront stage
In industry, we focus on the back stage operations, but we still need a front stage to sell, distribute, repair, develop solutions, help and train customers
In services, we focus on the front stage experience, but we still need back stage operations to prepare products and components or process information
Any business is madeup of two parts
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The Changing Nature of Research and Innovation
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Industrial Age Knowledge Age
FocusNatural and engineered
physical objectsInformation, people,
service systems
Location Lab-based Market-facing
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Complex Organizational Systems
Physically Engineered Systems
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Innovations in the Industrial EconomyMajor improvements in productivity and quality in physically engineered systems
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The Internet: Industrial Knowledge Age
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Market Environment in the 21st Century Global, integrated, “system of systems” Fast changing, complex, unpredictable Focused on people, services, organizations
Key Challenge for the Knowledge AgeLeverage technology, science and innovation to make major improvements in the productivity and quality of services, organizations and the very way the world works
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Automation of standardized
back-office operations
Productivity tools for front-office
applications
Huge variety of market facing
e-services
Technology,componentsand products
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Market Facing, People, Services
Lab-based, Technology, Products
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The Changing Nature of Research and Innovation
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Industrial Age Knowledge Age
FocusNatural and engineered
physical objectsInformation, people,
service systems
Location Lab-based Market-facing
Scope Specialized, narrowGlobal, holistic,
system of systems
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NetworkingTCP-IP
InformationWorld Wide Web
Communicationse-mail
. . .
Commercee-business
Consumer, business, government, healthcare and other Services
Cloud Computing
Internet
Evolution of the Internet
Distributed resourcesGrid Computing
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What new capabilities are enabling us to re-think how to apply technology, science and innovation to services, complex organizational systems and the very way the world works?
Huge amounts of informationBillions of mobile devices; trillions of sensors
Massive computational power and storage capacityHigh bandwidth, wireless networks
. . .
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By 2011, the world will be 10 times more instrumented than it was in 2006. Internet connected devices will leap from 500M to 1 Trillion
2005 2006 2007 2008 2009 2010 20110
200
400
600
800
1,000
1,200
1,400
1,600
1,800
Exabyte
s RFID,Digital TV,
MP3 players,
Digital cameras,
Camera phones, VoIP,Medical imaging, Laptops,
smart meters, multi-player games,Satellite images, GPS, ATMs, Scanners,
Sensors, Digital radio, DLP theaters, Telematics,Peer-to-peer, Email, Instant messaging, Videoconferencing,
CAD/CAM, Toys, Industrial machines, Security systems, Appliances
10xgrowth infive years
Approximately 70% of the digital universe is created by individuals, but enterprises are responsible for 85% of the security, privacy, reliability, and compliance.
Real-time information analysisThe world's physical and digital infrastructure are converging
Our world is becoming
INSTRUMENTEDBut the sensors don’t yet communicate with each othervery well
Our world is becoming
INTERCONNECTEDBut we don’t yet speak the same “language” across these connections
Virtually all things, processes and waysof working are becoming
INTELLIGENTWe are at the infantile stage of intelligence wheresome signals are easily understood - others are just a fog
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Making the world smarter
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Some emerging “smart” applications
Smart traffic systems
Smart water management
Smart energy grids
Smart healthcare
Smart food systems
Intelligent oil field technologies
Smart regionsSmart weather
Smart countries
Smart supply chains
Smart cities
Smart retail
Smart Cities
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EDUCATION • TRANSPORTATION • SOCIAL SERVICES • UTILITIES • ENERGY • HEALTHCARE • COMMUNICATIONS
RETAIL • AUTOMOTIVE • FINANCE • MANUFACTURING • FOOD • POSTAL SERVICE • MEDIA • DEFENSE • CUSTOMS
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The Changing Nature of Research and Innovation
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Industrial Age Knowledge Age
FocusNatural and engineered
physical objectsInformation, people,
service systems
Location Lab-based Market-facing
Scope Specialized, narrowGlobal, holistic,
system of systems
Approach Siloed within disciplines Multi-disciplinary
T-Shaped Professionals Deep Expert Thinking and Broad Skills in Business, Communications, Organization
Science and Engineering
Math and Operations Research
IT and Information Systems
Complex Engineering Systems
Business and Management
Economics and Social Sciences
Business Anthropology and Design
Organizational Change & Learning
Broad
Deep
Deep in one… Broad across many…
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Overriding Educational ObjectiveDevelop or Enhance the Leadership Skills for Dealing With:
Technical Skills
Business Skills
People Skills
Complex Systems
Complex Markets
Complex Organizations
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The Changing Nature of Research and Innovation
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Industrial Age Knowledge Age
FocusNatural and engineered
physical objectsInformation, people,
service systems
Location Lab-based Market-facing
Scope Specialized, narrowGlobal, holistic,
system of systems
Approach Siloed within disciplines Multi-disciplinary
Culture ProprietaryOpen, distributed,
collaborative
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Collaborative InnovationSocial Networks: Bringing People and Communities into Our Systems
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Collaborative Innovation
– Creating a culture in which collaboration and interaction across silos is an essential element of innovation
–Surfacing innovative solutions to specific business challenges
–Rewarding innovators and innovative ideas in tangible, visible ways
ThinkPlace: Consistent global management system for employee-based innovation
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Collaborative InnovationInnovation Ecosystems: External Relationships and Partnerships
Venture Capitalists
ISVs BusinessPartners
UniversityRelations
Technical Thought Leaders
Corp. Community Relations
CGMs& SLEs
Investor Relations (IR) Financial Analysts Annual Report Direct IR
Legal
Media Relations
IT Analysts
AlumniPrograms
StandardsBodies
Gov’tPrograms
KeystoneCustomers
IBM Channels toConstituencies
Sustaining Enablers: Innovation Ecosystem
Engaging in strategic relationships enables an extension of our business model into the value net
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Open Standards
OGSA
Web Services
XML
Linux
Globus
WSDLSOAP
SMTP
SQLNNTP
HTTP/HTML
IRC
POP/iMAPTCP/IP
WAP
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Collaborative Innovation
Open Source communities – 10s of thousands of programmers
worldwide collaborating on– Linux, Apache Web server,
Eclipse, Open Grid Services Architecture . . .
Untold numbers worldwide contributing to/collaborating on
– Blogs, Wikis . . .
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Proprietary Innovation Income and Royalties
Collaborative Innovation Interoperability
Patent Pledges and Commons
Patent Assignments
Open Source Software
Patent Licensing
A Spectrum of Collaboration and Competition
The Changing IP Landscape For a Knowledge-Based Economy
ProprietaryProprietary OpenOpen
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Proprietary Innovation
Closed programs, intended to produce revenue and profit for the owner
Open, Collaborative Innovation
Creating, maintaining, enhancing capabilities thatare shared, free of charge
Differentiation Standardization
Leadership
21st-Century Innovation Model
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The Changing Nature of Research and Innovation
19
Industrial Age Knowledge Age
FocusNatural and engineered
physical objectsInformation, people,
service systems
Location Lab-based Market-facing
Approach Siloed within disciplines Multi-disciplinary
Scope Specialized, narrowGlobal, holistic,
system of systems
Culture ProprietaryOpen, distributed,
collaborative
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Knowledge, Information & Services Economy
Industrial Economy
Technology, Leadershipand Innovation in the Services Economy
Irving Wladawsky-Berger
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Services is Front Stage: We are all in services . . . More or less! James Teboul - INSEAD
The distinction between industry and services sectors is, in fact, largely irrelevant. Clearly, these two sectors are evolving in symbiosis: services cannot prosper without a powerful industrial sector and industry is dependent on services
Every business and institution is involved in services to a greater or lesser extent, because its activities will involve front stage interactions as well as back stage operations
We will be even more in services in the future, as the back end shrinks with economies of scale and outsourcing and the front end develops further with more sophisticated demands from customers