Axa Assurance Maroc - Insurer Innovation Award 2024
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The Changing Faces of Open Innovation
1. The Changing Faces of
Open Innovation
Professor David J. Teece
Thomas W. Tusher Professor in Global Business
Haas School of Business, University of California, Berkeley
Open Innovation Seminar (OIS)
November 16, 2020
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2. Open Innovation (OI)
âThe use of purposive inflows and outflows of
knowledge to accelerate internal innovation, and
expand the markets for external use of innovation,
respectively.â
Henry Chesbrough et al,
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Henry Chesbrough
3. 3
An early view of the open
innovation imperative
provided a contingent
framework* that
recognized:
i. Diversity in the
sources of know-
how, differences in
appropriability
regimes and
ii. Transactions and
transfer costs
*See G. Pisano & D.Teece, âCollaboration Arrangements & Global Technology Strategyâ, in R. Rosenbloom & R. Burgelman, Research on
technology Innovation, Management Policy & JAI Press, vol 4, 1989).
4. Why the enhanced imperative for OI?
âą Post 1960 global dispersion in the sources of knowledge
⹠Greater global competition⊠need for greater speed in new product
development
⹠Digital Convergence⊠which is requiring greater connectedness and
platform engagement
âą Stronger IP rights in the 1980âs strengthened the market for know-how
âą Decline in in-house R&D spending because of shareholder activism and
short-term focus (traders and raiders play too big a role in US Capital
markets)
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5. a) Timely access to domain and technology expertise is critical to firm level
competitiveness
b) Active engagement by practically all firms in sensing/outsourcing of technology is
now required
c) Scouting/sensing tools need to be developed
d) Seizing/orchestration/integrating skills are now paramount
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So fundamental were these developments that
open innovation has become qualitatively and
quantitatively different from pre-1980âs
Open innovation⊠requires new management approaches &
deep (systems) capabilities in
technology âintegrationâ
6. Open innovation is a handmaiden of dynamic
capabilities
âŠand dynamic capabilities is also a handmaiden of open innovation!
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Dynamic Capabilities
Sensing Seizing Transforming
Open
Innovation
PFI/Open
Innovation
7. Who Profits from Open Innovation?
âą Adnerâs âWider Lensâ* is most insightful and outlines the importance of
âlining up all the ducksâ to achieve commercial success
âą Understanding Adnerâs âWider Lensâ requires OI, PFI, and Dynamic
Capabilities.
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Ron Adner, Dartmouth
Ron Adner, âWider Lensâ, Penguin Books, (2012).
8. The PFI/open innovation (Teece) proposition:
The major prize might also go to the party that puts down the first
piece. It depends on whether or not the âpieceâ is the bottleneck.
The scarcity of the underlying resource has much to do with the
answer (e.g. is it is protected by intellectual property?)
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*Adner interview in Brian Leavyâs, âRon Adner: managing the interdependencies and risks of an innovation ecosystemâ, Strategy and
Leadership, (2012).
Adner proposition:
âThe major prize was destined to go, not to the party that puts
down the first piece of the puzzle, but the one that puts down the
final piece.â*
Contrasting perspectives?
9. Sensing and Seizing are critical activities for
successful OI
âą For those companies that embrace open innovation either partially or fully, the
greatest challenge is being able to identify what is available in the market for sale or
licensing and then evaluating it in terms of its fit to their product strategy.
âą Where it is needed, intermediaries are becoming established to join the two together
and provide a set of services around channeling innovations towards companies
whose business structure is based on open innovation. Markets are rapidly changing.
âą It can be a long process from ideas to profit and doing all of the innovation
in-house is limiting.
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The overriding aim will be to get a progressively better return from
R&D/technology spend. It will not matter whether the approach taken is
closed, open or some combination of both
11. âą China has allegedly engaged in a technology coercion by:
âą Denying open access to the home market (contingent on technology transfer by prospective
entrants from abroad)
âą Using the regulatory process as a subterfuge to access technology from foreign firms. (e.g.,
antitrust investigations and documents raids designed to scoop up and disseminate trade
secrets)
âą Making unwillingness to license IP to Chinese competitors an antitrust violation.
âą Discriminating application of IP law in China (against foreign firms)
âą The US and some other nation states are beginning to decouple and question
certain elements of certain versions of the open innovation framework.
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12. âąThe open innovation model is once again in major
transition.
âąThe bifurcation of the global economic system is the
major factor driving change.
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The Open Innovation Predicament Today (2020)
13. âSince the origins of technical and social innovations
have never been confined to the borders of any one
nation, the economic growth of all countries depends
to some degree on the successful application of a
transnational stock of knowledgeâ
(Teece, 1977, paraphrasing Kuznets, 1966)
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Simon Kuznets understood the importance of
knowledge transfer to all nations
14. Knowledge flows (tech transfer) have been at the core of
globalization⊠but have hitherto been underemphasized
in global economic relations
âą Technology flows, not goods and financial flows, are at the strategic core
of international commerce and enterprise competitiveness.
âą Global (open) innovation âsupplyâ chains permeate innovation
ecosystems.
âą Yet most discussions of international commerce and international
business wrongly prioritize physical and financial flows
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15. Global economic governance has failed because:
âą Existing international rules focus on physical and financial
flows when knowledge and intangibles are key.
âą Chinese companies doesnât accept existing free and fair trade
rules that govern the open global system. Some
commentators believe that the CCP turns companies in
strategic sectors into economic predators.
Prediction: The post 2020 semi-global (perhaps bifurcated)
economic order will prioritize technological value capture
over value creation
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16. OBSERVATIONS:
(1) New bilateral and multilateral agreements are needed
to reduce tensions and create new innovation alliances
amongst the liberal democracies.
(2) Future sovereign to sovereign âtrade and investmentâ
agreements are likely to govern/regulate, and promote
R&D activities and knowledge exchanges involving
corporations, governments, and universities.
(3) New regulations/governance arrangements will shape
the nature and practice of open innovation.
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17. Corporations will need to pick their
technology âclubsâ
âą Each âclubâ will have agreed upon âopenâ innovation rules
âą There are scores of existing âclubsâ e.g., NATO, OECD, EU, NAFTA that will be
setting their own rules for âopenâ innovation
âą These âclubsâ will become increasingly strategic over time
âą Different âclubsâ are likely for different missions e.g.,
ïGlobal Warming
ï6G
ïAI
ïPandemics/epidemiology
ïData Security
âą Higher education will not be as open as it has been in the past
âą Basic science will still remain quite open
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18. Conclusions
âą The open innovation model will bifurcate into at least two communities
âą Liberal democracies
âą Autocracies
âą Other?
âą It is not just military technology that is at issue; âdual useâ as well as
economic development considerations will lead to mission-specific âclubsâ
with different rules.
âą Future rules of openness will be heavily regulated and shaped by
geopolitical considerations.
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Mission 1 Mission 2 Mission 3 Mission 4 Mission 5 Mission 6 Mission 7 Mission 8 Mission 9 Mission 10
Liberal
Democracies
Autocracies
19. Conclusions cont.
âą The open innovation model we once knew depended on
the US-led ârule of lawâ reciprocal system which is now
collapsing.
âą Open innovation isnât dead; it is going through a
metamorphosis.
âą We have an opportunity to shape what emerges.
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