Competition, Technology, and Planning: Preparing for Tomorrows Library Environment

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Competition, Technology, and Planning: Preparing for Tomorrows Library Environment

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Tomorrow's Library Environment. Eric Flower. University of Hawai i-West ... E. Flower, E-Libraries 2003, 5. Porter's Five Competitive Forces Acting on the Firm ... – PowerPoint PPT presentation

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Title: Competition, Technology, and Planning: Preparing for Tomorrows Library Environment


1
Competition, Technology, and Planning Preparing
forTomorrows Library Environment
  • Eric Flower
  • University of Hawaii-West Oahu
  • uhwolibrary.com
  • flower_at_hawaii.edu
  • E-Libraries 2003, May 7, 2003
  • (Click left mouse button or down arrow to
    advance.)

2
Alternate Title Slide
3
Five Old Forces, Three New Forces,Six Laws, Two
Critiques,Ten Questions, and One Test For You
  • Eric Flower
  • University of Hawaii-West Oahu
  • uhwolibrary.com
  • flower_at_hawaii.edu
  • E-Libraries 2003, May 7, 2003

4
Competition, Technology, and Planning
  • Competition
  • Porters Five Forces (Old)
  • Technology
  • Moores Law, Metcalfes Law, Bandwidth Scaling
    Law
  • Bauwens Three Laws of the Cyber-Economy
  • Critiques of Porter by Downes (New Forces) and
    Recklies
  • Planning
  • Ten questions for you
  • A 15 second test for you

5
Porters Five Competitive Forces Acting on the
Firm
  • Model was proposed by Michael Porter in
    Competitive Strategy Techniques for Analyzing
    Industries and Competitors, NY The Free Press,
    1980.
  • Threat of new entrants into the industry
  • Threat of substitution
  • Bargaining powers of buyers (customers)
  • Bargaining power of suppliers
  • Rivalry among current competitors

6
Porters Model For Us
  • For todays presentation, change the word
    business to libraries

7
Threats 1
  • New entrants
  • Document delivery services of major online
    services
  • How do you compete with the Microsoft Networks
    eLibrary? What if they offered EbscoHosts
    Academic Search Premier?
  • For college and university libraries, its an
    institutional threat from online universities and
    distance/distributed education courses offered by
    institutions from virtually anywhere

8
Threats 2
  • Substitutes
  • Your users can seek information from the
    Internet, document delivery services, or other
    libraries that offer virtually the same mix of
    services and resources as you do
  • Outsourcing who does what you do and is willing
    to sell the service?

9
Threats 3
  • Bargaining power of customers
  • Library users dont want to pay for anything
    they want free document delivery, free
    photocopying, free printing, and now free color
    printing

10
Threats 4
  • Bargaining power of suppliers
  • As a single library, how much luck have you had
    getting a good price from any of the major online
    database vendors
  • How about bargaining for book prices

11
Threats 5
  • Existing competitors
  • Most of the services libraries offer are
    duplicative, the differences are only in degree,
    collection content, or in cost
  • Are document delivery services partners or
    competitors?
  • What if they aggressively sold their products
    directly to your users without your mediation?

12
Porters Five Forces Model
Figure 1-1, Competitive Strategy, p.4
13
Porters Five Forces Model
http//www.themanager.org/Models/p5f.htm
14
Porters Five Forces Model
http//www.quickmba.com/strategy/porter.shtml
15
Porters Model Assumptions
  • Assumes identifiable competitors, business
    partners, and customers who engage in more or
    less predictable ways
  • Assumes environmentsremain relatively
    staticwith occasional disruptivechanges and
    rare paradigm shifts

16
Problems with Porters Model
  • Assumes relatively static structures
  • Does not fit well with todays rapid changes in
    technology
  • Assumes competitors actually compete
  • Does not consider strategic alliances, value
    chains, virtual enterprises, illegal activities

17
Moores Law
  • In 1965 Gordon Moore observed an exponential
    growth in the number of transistors per
    integrated circuit and predicted that this trend
    would continue
  • What it means to us today computing power
    doubles about every 18 months

18
Moores Law
Cramming More Components onto Integrated
Circuits, Electronics v.38, No. 8, April 19,
1965.
19
Moores Law
http//www.intel.com/research/silicon/mooreslaw.ht
m
20
Metcalfes Law
  • Coined by Robert Metcalfe, inventor of the
    Ethernet network architecture
  • The potential value of a network equals the
    square of the number of nodes connected to it
  • 2 users, potential value of network 22 4
  • 4 users, potential value of network 42 16
  • 8 users, potential value of network 82 64

21
Metcalfes Law
Line Number of Nodes Columns Potential Value
of the Network
22
Bandwidth Scaling Law
  • Described by Jack M. Wilson, then Professor of
    Physics, Engineering Science, Information
    Technology, and Management, Rensselaer
    Polytechnic Institute
  • The bandwidth of communication on optical fibers
    is increasing exponentially just as is the power
    of the microprocessor
  • This bandwidth doubling will continue into the
    foreseeable future

23
Bandwidth Scaling Law
http//www.ntia.doc.gov/otiahome/top/conferencewor
kshops/2001_outreach_workshops/three_laws.html
24
Moore Metcalfe Bandwidth Powerful Networks
  • Ubiquitous wired and wireless networks
  • Secure
  • Reliable
  • High speed with Quality of Service
  • Seamless access to data and networked resources
    once you have been authenticated

25
Media-rich Net-centric Environments
  • These conditions facilitate development of
    elaborate networked media-rich working
    environments like the real world NCSA CAVE and
    the future visions shown in videos by Apple,
    Microsoft, and Sun
  • These conditions also facilitate the growth of
    mobile computing environments that are not tied
    to place

26
Media-rich Net-centric Environments
  • Apples Knowledge Navigator
  • NCSA CAVE (Cave Automatic Virtual Environment)
  • Microsofts Information At Your Fingertips
    2005
  • Suns Starfire A Vision of Future Computing
  • Microsofts 3D TaskGallery
  • IBM/Steelcase BlueSpace collaboration
  • Microsofts BroadBench

27
Knowledge Navigator(Apple, 1987)
28
CAVE(NCSA, 1991)
29
Information At Your Fingertips
2005(Microsoft,1994)
30
Starfire(Sun, 1995)
31
War Room(The Pentagon, 2003)
32
TaskGallery(Microsoft, 1999)
33
BlueSpace(IBM/Steelcase, 2001)
34
BroadBench(Microsoft, 2002)
35
EricBench(Eric Flower, 2000)
36
Pocket PC 2002(Microsoft, 2002)
37
A Young Ladys Illustrated Primer(Neal
Stephenson, 1995)
This is the handheld device I really want.
Stephensons nanotech wonder is . . . an
interactive, computer-driven book. With the
unprecedented power to single-handedly educate
its reader . . . Carl Hays,
Booklist
38
Pocket PC 2002(Microsoft, 2002)
802.11b
Toshiba e740
39
What Ill Take
  • A fast, reliable, secure, ubiquitous wireless
    network with seamless access to resources after
    authentication
  • My interface device will have a screen, speakers,
    voice activation, and be water resistant yours
    can have whatever you like
  • Are you offering, or planning to offer, services
    for users with these devices?

40
  • So,
  • what does your librarys public face look like?

41
Ronald CoaseTransaction Costs and the Firm
  • Coase concluded that firms are created because
    the additional cost of organizing them is cheaper
    than the transaction costs involved when
    individuals conduct business with each other
    using the market
  • Coase won the Nobel Prize in 1991 for this
    observation The Nature of the Firm Economica,
    New Series, v. 4 No. 16, pp.386-405, 1937

42
Moore Metcalfe Bandwidth Three Laws of
the Cyber-Economy
  • Advanced by Michel Bauwens in CMC Magazine, June
    1996
  • The Price of Information Will Tend Towards Zero
  • You can only sell goods that are scarce
    information is easily found at low or no cost
    online on the Web
  • Web distribution is cheap
  • The Information Wants to be Free cult

43
Three Laws of the Cyber-Economy
  • The Price of Communication Will Tend Towards Zero
  • The Internet provides global reach at little cost
  • Costs are distributed all over the system, not at
    any single location

44
Three Laws of the Cyber-Economy
  • The Price of Transactions Will Tend Towards Zero
  • The Internet provides opportunities for the
    elimination of virtually all human intervention
    in transactional and shopping and commercial
    practices

45
Transaction CostsMay Approach Zero
  • In an online environment, Moores Law and the
    Bandwidth Scaling Law drive transaction costs
    down
  • They can approach zero in very large
    organizations with very large numbers of
    non-mediated transactions
  • In business this means concentration,
    centralization, or bankruptcy in libraries this
    means concentration, centralization, and, we
    hope, cooperation

46
And Then There Were Two
  • At the end of 2002 there were only two full-line
    PC suppliers, Dell and HP
  • They offer goods for all marketslarge and small
    organizations, enthusiasts, consumers with full
    lines of servers, desktops, notebooks, handheld
    devices, peripherals, storage systems, etc.
  • Dell did it through internal growth and managing
    expenses, HP through innovation and
    acquisitionMichael Miller, PC Magazine online,
    January 9, 2003

47
Critiques of Porters Model Three New Forces
  • Critique of Porters Forces by Larry Downes in
    Beyond Porter, premiere issue of Context, 1997
  • Downes describes three forces that are
    disruptive to existing operations and planning
  • Digitization
  • Globalization
  • Deregulation

48
Digitization 1
  • As computing power and communications bandwidth
    become cheap enough to treat as disposable,
    youll soon have far more information about your
    competitors, suppliers, and customers. The rise
    of public networks will make that information
    more widely available, increasing the
    possibilities for collaborating and
    competing. (Continues next slide)

49
Digitization 2
  • . . . The result of this information explosion
    wont just be more/better/ faster. Instead, the
    result will be vastly changed markets that
    involve unfamiliar, unpredictable competitors and
    partners that mutate even before you get
    comfortable with them.

50
Globalization 1
  • The world is rapidly migrating to one very large
    network, whose attraction is irresistible.
    Improvements in distribution logistics and
    communications have allowed many local businesses
    to become global ones overnight--including
    discount distributors of everything from contact
    lenses to bathroom tiles. (Continues next
    slide)

51
Globalization 2
  • . . . It is also now common for companies to draw
    on a global network of partners and suppliers.
    Customers, meanwhile, are happy to engage in
    border-less shopping for everything from
    entertainment to software to cars and
    electronics.
  • (Oh yeah, information too)

52
Deregulation 1
  • The current mania for deregulation reflects a
    belief by governments and regulated industries
    alike that the disease (open, international
    competition) is better than the cure (laws to
    protect local economies). (Continues next
    slide)

53
Deregulation 2
  • . . .The open market, which adopts information
    technology more quickly than did industries with
    a legacy of regulation, is becoming a viable
    alternative for many activities. The change is
    contributing to the radical shrinking,
    outsourcing, and restructuring of traditional
    enterprises.

54
The New Forces and Technology
  • Downes concludes that, Executives in every
    department must learn that technology has become
    far more than an enabler of new business
    strategies. Technology has become the essential
    disrupter of markets and operating models.
    Technology, in other words, isnt the solution.
    Its the problem.

55
Disruptive Technologies
  • Technology may be called disruptive because it
    causes change
  • Technological change may be disruptive, but it
    need not be bad witness the following slide
    which lists technologies that improve data and
    information flow but may be disruptive when first
    introduced into an organization

56
Ten Disruptive Technologiesfrom InfoWorld
01/06/03
  • 10Gigabit Ethernet
  • Digital Identity
  • Mac OS X
  • Office 11 XML
  • Open source/Open standards
  • Self-service CRM technologies
  • Virtualization
  • Weblogs
  • Web services
  • Wi-FiInfoWorld, 01/06/03, p. 16.

57
Disruptive Technologies
  • Our job is to turn this around to understand,
    explain, and implement disruptive technology
    for the betterment of our organizations and the
    advancement of their missions

58
Tomorrows Computing Environment
  • Topping the list of trends over the next five or
    more years is the growing popularity of digital
    media, the establishment of global networking, a
    shift to software services delivered over the
    Web, and the development of smaller, more
    efficient microprocessors that could lead to
    consumers owning multiple, powerful, yet low-cost
    PCs.Chris Jones, VP of the Windows client
    team, April 2002.

59
Tomorrows Business Environment
  • Individualization and personalization of goods
    generally produced for mass consumption

60
Tomorrows Business Environment
  • Individualization and personalization of goods
    generally produced for mass consumption

Try to personalize your OPAC and then try to use
it with a handheld computer
61
Dagmar Recklies Beyond Porter
  • Dagmar Recklies notes that . . . global and
    networked markets impose new requirements on
    organizations strategies. It is not enough any
    more to position oneself as a price-leader or
    quality-leader (like Porter suggests in his
    Generic Strategies model).
  • (Continues next slide)
  • Beyond PorterA Critique of the Critique of
    Porter at http//www.themanager.org/pdf/BeyondPor
    ter.PDF

62
Recklies Beyond Porter
  • . . . Rather competitive advantages emerge now
    from the ability to develop lasting relationships
    to more mobile customers and to manage
    far-reaching networks of partners for mutual
    advantage.

63
Porters Model Today
  • Use the model as a starting point for further
    analysis and then factor in changing technologies
    and computing environments brought about by
    Moores Law, Metcalfes Law, and the Bandwidth
    Scaling Law

64
Competition Competitive Forces Actingon Your
Library
  • 1. What competitive forces are acting on your
    library?
  • Existing rivals, new entrants, substitutes,
    customers, suppliers
  • 2. How are you handling the added forces of
    digitization, globalization, deregulation, and
    personalization?

65
TechnologyTechnological Forces Actingon Your
Library
  • 3. Do you plan with Moore, Metcalfe, and the
    Bandwidth Scaling Law in mind?
  • 4. Who do you connect to, who connects to you,
    and how fast are your network connections to and
    from the outside world?
  • 5. Are you going to thrive or merely survive in
    a digital world?

66
Planning 1
  • 6. How are you driving down the costs of the
    information, communications, and services you
    provide while maintaining quality of service?
  • 7. What technologies and consortial agreements do
    you use to lower your transaction costs?

67
Planning 2
  • 8. Do you offer a media-rich Net-centric
    environment? If not, are you preparing for a
    media-rich Net-centric environment? Is it
    wireless?
  • 9. Do you have a strategic plan for information
    technology? How do you deal with disruptive
    technologies?

68
Planning 3The Final Question andthe Only One
That Really Matters
  • 10. Do you offer the right mix of services, and
    enter into the kinds of agreements, that will
    develop and maintain lasting relationships with
    your clientele and partners?

69
(No Transcript)
70
  • Were not quite done.Its test time.

71
Heres A Simple 15 Second Technology Application
Test
  • 1. Tell the person at your side how to get to
    your librarys web page have them explain it
    back to you without writing anything down
  • If no site, you fail before the test starts
  • If you dont know how to do it, you fail
  • If they couldnt report back properly, you fail
  • If they could report it back, congratulations,
    you pass the test

72
uhwolibrary.com
73
(No Transcript)
74
The Penalty for Failure to Understand, and
Continue to Understand, Competition and
Technology is Severe
Showed Digital Equipment Television Ads About
the Internet Broadcast in 1993
75
Compaq Closes DEC Merger
  • Press Release Compaq to Acquire Digital for 9.6
    Billion
  • New York, January 26, 1998
  • Compaq Computer Corporation (NYSE CPQ) and
    Digital Equipment Corporation (NYSE DEC) today
    announced the completion of a definitive merger
    agreement. As Compaq continues its drive to
    become the global leader in enterprise computing
    solutions, this latest acquisition greatly
    accelerates its momentum and strengthens its
    value proposition to customers.

76
HP Closes Compaq Merger
  • Press Release HP Closes Compaq Merger
  • Palo Alto, Calif., May 3, 2002
  • Hewlett-Packard Company (NYSEHWP) today
    announced that it completed its merger
    transaction with Compaq Computer Corporation
    (NYSECPQ) as planned. The trading of Compaq
    common stock will be suspended before the opening
    of the market on May 6, 2002, and HP will begin
    trading under the new NYSE symbol HPQ. The
    launch for the new HP will take place on May 7,
    2002.

77
IBM Closes HP Merger
Confidential
78
IBM Closes HP Merger
  • Press Release IBM Closes HP Merger
  • Armonk, New York, May 3, 2006
  • International Business Machines Corporation
    (NYSEIBM) today announced that it completed its
    merger transaction with Hewlett-Packard Company
    (NYSEHWP) as planned. The trading of HP common
    stock will be suspended before the opening of the
    market on May 6, 2006. The launch for the new
    IBM will take place on May 7, 2006.

79
Thank you.
80
Further Readings
  • Michio Kaku. Visions How Science Will
    Revolutionize the 21st Century, 1997.
  • 1. ScienceMethodology. 2. ScienceForecasting.3
    . TechnologicalForecasting. 4. Quantum
    theory.5. Molecular biology. 6. Computers and
    civilization. 7. Twenty-first centuryForecasting
    .
  • James Martin. After the Internet Alien
    Intelligence, 2000.
  • 1. Computers and civilization. 2. Artificial
    Intelligence.3. Internet.
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