Title: Today
1- Todays Agenda
- Key Concepts for Managing Strategic Uncertainty
- Innovation how to match firms capabilities
with existing and latent market needs - Speed how to make this match quickly
- Customization how to organize to meet a variety
of market needs - Knowledge Clusters how to access knowledge
about emerging innovations - Frameworks
- Residual Uncertainty and Strategic Options how
to choose a strategy - Time Pacing how to implement a strategy
- Case Discussion Flextronics Intl
- Guest Speaker Rich Wyckoff
2Managing Strategic Uncertainty
- Traditional Strategic Emphases Efficiency and
control - Works flows, job designs, control mechanisms,
organizational structures - Emergent Strategic Emphases Innovation and speed
- Design teams, forward and reverse supply chain
collaboration, product technology cannibalism,
internal venturing
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- Innovation
- Incremental
- Small improvements to existing products and
operations to operate more efficiently and
deliver increasing customer value - Basic IdeaExploiting the Present
- Simple Example Compact Fluorescent Lights
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- Innovation
- Disruptive
- Radical advances that profoundly alter the basis
for competition in an industry, often rendering
old products or ways of working obsolete - Basic Idea Exploring the future
- Simple Example Digital photography
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6Managing Strategic Uncertainty
Consider these four common organizational
structures for managing Incremental and
Disruptive Innovation
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Which one of the four produced significantly more
successful innovations than the others?
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Ambidextrous Leadership Different alignment held together through senior-team integration, common vision and values, and common senior-team rewards. Ambidextrous Leadership Different alignment held together through senior-team integration, common vision and values, and common senior-team rewards. Ambidextrous Leadership Different alignment held together through senior-team integration, common vision and values, and common senior-team rewards.
Alignment of Exploitive Business (Incremental) Exploratory Business (Disruptive)
Strategic Intent Cost, profits Innovation, growth
Critical Tasks Operations, efficiency, incremental innovation Adaptability, new products, breakthrough innovations
Competencies Operational Entrepreneurial
Controls/Rewards Margins, productivity Milestones, growth
Culture Efficiency, low risk, quality, customers Risk taking, speed, flexibility, experimentation
9Managing Strategic Uncertainty
- Speed
- It is not enough to be fast - one also has to
achieve a better balance of speed, low cost, high
performance, and high quality.
For example Rule of 10X - technology in question
must be 10 times better than what it is
replacing. More accurately, Consumers need to
perceive new technology to be 10 times better to
think it worth the upheaval of changing.
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- Speed
- Speed depends on the ability to
- 1. Initiate and manage change inside company
- 2. Use and provide leverage in market chains to
initiate change in other companies.
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- Speed
- Ability to change inside the firm depends on
ability to avoid the competence trap or
innovators dilemma
Competence Trap/Innovators Dilemma Firms that
strive for competence/innovation within a given
strategy can become trapped in this strategy and
miss opportunities for strategic change.
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- Speed
- Competence trap/innovators dilemma derived from
routines and procedures successful in past - promotion and hiring
- incentive systems
- capital budgeting
- organizational structures
- personal commitment to status quo
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- Speed
- Some methods for avoiding the trap/dilemma
- Avoid organizing around strict product
modules(Intels emergent product teams).
- Avoid complete dependence on existing customers
and suppliers for new product service ideas
(Microsofts multiple vendors of X-Box software).
- Focus new product development teams entirely on
unserved markets (Nokias evolution into
wireless home).
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- Customization
- Standardization starts upstream - raw materials,
fabricating - Customization starts downstream - special
features services - Key question is how far upstream in the value
chain can or should product/service be customized?
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- Customization
- Standardization Strategies for Enabling
Customization - Part Standardization
- Common components across product line.
- Example Cars that like to share
- 1 million-unit annual volume platform.
- VW Renault-Nissan - 2 million-unit platforms by
2008.
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- Customization
- Standardization Strategies for Enabling
Customization - Process Standardization
- Modular process
- Inventory in semi-finished form
- Customize the product according to requirements.
- Example Benetton and rethinking when to dye
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- Customization
- Standardization Strategies for Enabling
Customization - Product Standardization offer large variety of
end products, but stock only a few in inventory. - Make upon order
- Upward substitution
- Example Chip makers and taking higherlower...
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- Knowledge Clusters
- A Cluster is a critical mass of companies in a
particular field in a particular location and
include a group of - Producers/assemblers,
- Suppliers,
- Firms in related and complementary industries,
- Infrastructure providers,
- Knowledge creators, and
- Collective associations.
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- Knowledge Clusters
- Clusters improve productivity by
- providing access to specialized inputs and
information, - facilitating complementarities among cluster
participants, - improving performance measurement
- improving rate and success of innovation
- lowering barriers to entry
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- Knowledge Clusters
- Clusters and Global Strategy
- a firm must harness advantages of spreading
activities across locations but also capture the
innovation advantages of home base - outsourcing reduces locational disadvantages, but
limits access to cluster-associated resources - locating in cluster may reduce overall costs
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- Knowledge Clusters
- It's a very interesting paradox. In a global
economy where it's easy to move goods and
information around the world, these things become
givens available to any enterprise. As a result,
they are no longer a source of competitive
advantage. The decisive, enduring advantages,
therefore, become unique local centers of
innovation for the likes of mutual funds, venture
capital, and biotechnology in Greater Boston or
aircraft equipment and design, boat and
shipbuilding, and metal fabrication in Seattle.
(Porter being interviewed about recent book.)
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- Knowledge Clusters
- Examples of Emerging Clusters in Nanotechnology
- Switzerland
- Netherlands
- Texas
- Japan
- Scotland
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Knowable
- Market Segment Demographics, Marketplace
Offerings, Past Technology Trends,
Competitiveness. - Unknown but Knowable
- Firms and its competitors Capabilities,
Performance attributes of current technologies,
Demand elasticities for different products,
Competitors general technology and product
commitments. - Residual Uncertainty
- Performance attributes of new technology,
Outcomes of regulatory issues, New competitive
entry from unrelated industry.
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Residual Uncertainty
- Level 1 A Clear-Enough Future If the unknown
but knowable is sufficiently researched,
residual uncertainty is sufficiently small that
strategy may proceed. - Example Major airlines have finally figured out
if and how to compete with Southwest.
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Residual Uncertainty
- Level 2 Alternative Futures Residual
Uncertainty can be classified into discrete
scenarios with approximate probabilities. - Example ECs WEEE legislation, Digital
Photography
Analytical Tools Decision analysis, option
valuation models, game theory
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Residual Uncertainty
- Level 3 A Range of Futures Numerous potential
futures are possible, defined by a limited number
of market, technology, and competitive variables.
However, actual outcome may lie anywhere along
the continuum.
Analytical Tools Latent demand research,
technology forecasting, scenario planning
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Residual Uncertainty
- Level 4 True Ambiguity No basis for future
forecast Rare and tends to migrate towards other
Levels.
Analytical Tools Analogies and pattern
recognition, nonlinear dynamic models
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Residual Uncertainty
- Level 4 True Ambiguity
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Residual Uncertainty
- Level 4 True Ambiguity
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- Strategy Under Uncertainty (Courtney et al, 1997)
- Strategic Postures
- Shapers set standards
- Adapters react through speed and flexibility
- Reserving the Right to Play invest to play
later - Portfolio of Actions - Payoffs
- Big Bets Positive in some, negative in other
scenarios - Options Positive in many scenarios, Small
Negative in some scenarios - No-Regrets Positive under any scenario
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Reserve Right to Play Adapters Shapers
Clear Enough Future Not really a competitive option. Create value through innovation in products services. Will cause higher levels of uncertainty, and try to change industry.
Alternate Futures Invest in understanding options and players. Build capabilities related to discrete strategic options. Try to reduce uncertainty by setting standards for a certain alternative.
Range of Futures Send trial balloons so ready to go if industry moves. Maintain flexibility and speed, as well as investments in orgl capabilities. Make big bets and move industry and market in certain direction.
True Ambiguity Generally a poor posture. Maintain flexibility and speed, as well as investments in orgl capabilities. Create vision amongst key players in the industry.
32Managing Strategic Uncertainty
- Time Pacing (Eisenhardt Brown, 1998)
- Based on a rhythm for creating
- new products or services,
- launching new businesses, or
- entering new markets
Dynamic!
- And, gaining momentum for corporate transitions,
leading to - Enhancing capabilities for creating new products,
launching new business, and entering new markets.
Requires not (just) SPEED, but synchronizing
SPEED and INTENSITY OF EFFORT.
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- Time Pacing (Eisenhardt Brown, 1998)
- Psychological/Cultural impact
- Sense of urgency in meeting deadlines
- Focus on individual and team goals.
- Process/Operational impact
- Managing transitions from one activity to next.
- Managing rhythms of corporate change.
34Managing Strategic Uncertainty
- Time Pacing (Eisenhardt Brown, 1998)
- Strategic Aspects of Transition and Rhythm
- Transition capable of moving into new products,
businesses, markets, acquisitions, mergers, etc. - During transitions, existing capabilities are
enhanced and new capabilities are acquired. - Rhythm internal capabilities in sync with
external cycles/agents customers, suppliers,
competitors, and even regulators.
35Managing Strategic Uncertainty
- Case Discussion Flextronics International
- For the management of Flextronics, what is
knowable, not known but knowable and residual
uncertainty? Why do you think so? - If you found any strategic issues to be residual
uncertainty, is it Level 1, 2, 3 or 4? Why do
you believe so? How would you graphically present
the residual uncertainty? - Are you able to determine any sense of rhythm
in Flextronics strategic actions? If so, describe
this rhythm. Are there ways that you believe
Flextronics could achieve a better rhythm? How? - What future strategic transitions do you believe
Flextronics will/should undertake? What will be
important for Flextronics to consider in these
future transitions in terms of enhancing
existing capabilities and obtaining new
capabilities?