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Project D2:Patent Portfolio Management
- Public & Private Sector
GUAN KOK WUI (HT062976H)
TAN HAN MING (HT063243H)R.KUMARAN (HT053252X)
NAE WIN AUNG (HT063043E)
ME ME HLAING (HT063138E)
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Patent Portfolio - Cost
Cost to file and maintain 100 patents peryear (US$1K per patent + $4K procecuteover 3 years):
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Patent Portfolio - Cost
IBM case study:
Collecting over $1.5 billion per year inlicensing revenue.
Annually in R&D spending $5 billion. Generated over $30 billion worth of OEM
agreements.
Patent need to be able to pay for itself.
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Patent
CopyrightLegal
ProcessInnovation
Management
KnowledgeManagement
Knowledge & Intellectual Property Management
Knowledge Management = Raw resources that support production, otherprocesses, and decision making hence create value
Innovation Management = Processes, networks, and relations used to extractvalue from knowledge resources
Intellectual Property Management = Rights to protect a competitive territoryused to maximize value
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Value Creation
Methods:
Defend and Protect.
Develop and Drive.
Market and Commercialization.
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Value Creation
Defend and Protect:
Successfully defending their claims.
Exclusionary rights to block competition
prevent erosion of market share more sales or higher margins
Suing competitors.
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Value Creation
Develop and Drive:
Build patents into their products or services toachieve,
improve performances improve efficiency, cost reductions, or better time
to market.
expanding or creating new products, services orbusinesses
blocking competition
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Value Creation
Other Methods:
Use patents as collateral for loans.
Work with other company to license its patents, andtake percentage of the royalties as their fees.
Buy non-strategic patents and aggregate thesepatents to create bundles of patents for licensing toother companies.
Placing universities technologies into small andmedium-sized technology firms that need an injectionof new technology to grow their business.
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Business Model
SBC Communications Inc.:
Fortune 500 company.
Business in voice, data, networking, e-
business, directory publishing and advertising. Holds 60% ownership in Cingular Wireless;
serving over 46 million wireless customers.
Leading providers of Internet services.
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Business Model
SBC Knowledge Ventures: Intellectual property unit of SBC Communications Inc. Created to more effectively and strategically manage,
commercialize, grow and extract value from IP assets. Effective innovative licensing program,
successful commercialization of a range of SBC patents,software and trademarks.
greatly expand the SBCs IP portfolio, created robust and valuable asset base for future
commercialization.
Named "Innovator of the Year for 2005" by the
National Knowledge and Intellectual PropertyManagement Taskforce.
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SBC Knowledge Ventures
Patent portfolio management model:
Market and Commercialize.
Adopted organizational approach to capture
the dynamics of patent licensing. In the last two years, completed nearly 30
licensing transactions for patents, softwareand trademarks.
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Organizational Approach
Key functional andskill areas,
Portfolio management Business development
Finance
Legal
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Organizational Approach
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Organizational Approach
Patent funnel stages and functionalinvolvement:
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Hitachis IP Strategy
Building world- class patent portfolio:
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Hitachis IP Strategy
Building world- class patent portfolio:
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Hitachis IP Strategy
Building world- class patent portfolio:
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Hitachis IP Strategy
Patent exploitation matched to businessstrategy:
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Hitachis IP Strategy
Rewards system for employees invention:
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Hitachis IP Strategy
Fostering human resources:
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Mental Model Shift
In the past: inventors novel spirit Explore a breakthrough technology File a patent to protect his intellectual property
At present: entrepreneurial spirit Likely to commercialize his grand technology
Anticipate his seeds as thriving fruits
24Build up technology transfer capabilities
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Dramatic increase in patentingbehavior of academic institutions
Source; http://www.thomsonderwent.com/
The increase in no. patent issued by academic institutions worldwide
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Dramatic increase in patenting behavior of uni
Federal law affecting university patentingThe Patent and Trademark Amendments of 1980; Bayh-Dole Act
gave uni, non-profit institute and small business the rightto retain the property rights to inventions; federally funded research
Increase in organized university technology offices
dramatic increase in the scale and significance of patenting
and technology licensing function at uni
Increased industry funding of university researchtend to invest on uni as an option
Relative importance and generality
vs.No. of patents
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Status of Academic institutions in the
technology context
industries tend to invest and rely on uni
academic research likely to convey open innovation
Source; http://www.thomsonderwent.com/
27play in crucial role in the technology context
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Regional Variation
Governmental context IP rights
Management of TTO VC contribution
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US
21% growth Uni of Cal; manages technology transfer by TTO Uni Columbia New York; STV established in 1982 MIT & Stanford Uni; in between
Source; http://www.thomsonderwent.com/
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EUROPE
CNRS, the largest research organization in Europe Londons Imperial College
the first majority uni-owned TT company in 2006trade on the AIM market of Londons Stock Exchange
Source; http://www.thomsonderwent.com/
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ASIA
drastically increase in Asia; sharp rise of academic patents from China
six out of top ten established the first national TTC at Qinghua Uni by MENETC in 2001 later on, set up TTCs at Uni of Shanghai Jiaotong and Uni of Xian Jiaotong
Source; http://www.thomsonderwent.com/
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Driving Factors
the growth of patents lead to the commercialization
from the academic context to industrial context innovation policies of respective regions
Bayh-Dole Act
researcher and universities rights upon patent in Denmark Employee inventions Act in Norway and Germany Universities owned the patent in Great Britain
join the WTO in 2001 enforce on IP rights
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Technology & Knowledge Transfer
In Academic Context
teaching; publications; studentsFrom Academic to Commercial Context
licensing of intellectual propertyspin-off or start-up companies
Stanford University started licensing program since 1970generated total income 35 million; operating budget 2.4 million in fiscal year 1999-2000
4300 university start-ups since 1980over 600 companies spun-off from Cal Tech
Acquisition, Management and Exploitation of IP are major differences btw US & the rest
Industrial collaboration Uni & RI have mandate to commercialize after Bayh-Dole law Uni & RI have to make sure enough resources to continue research
for students Uni & RI have to respond to the needs of local, state economies and
nation as a whole
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Role of VC in Technological Commercialization
VC investment become a key indicator The advent of globalization the opening up of markets the ability to trade freely
VC history American Research and Development (ARD) Designed to focus on technology-based spin-outs from MIT
To commercialize the wealth of military technologies developed in World War Ii
Trend of Uni & RIVenture capital-backed spin-outs as mechanismTo commercialize early-stage technologiesTo produce the greatest returns for the instituion
Majority of today incumbents which started with VCYahoo!, GoogleHP, SUN Microsystems, CiscoNetscape, Lycos
It thrives on opportunity!
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E-INK
The inventions that we are bringing to market are fundamental platformtechnologies that will have far-reaching impact on how our society receivesits information.
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Industry First RoundMedia
RoundPhillips Round Toppan Round
Toppan Round
#2Recapitalization Intel Capital Round
$16M-1998 $40M-1999 $7M-2000 $5M-2001 $25M-2002 $11M-2004 $(N/A)-2004
Media Hearst HearstLEspressoMcClatchy
Universal-
Vivendi
Gannett The
Interpublic
Group (TIG)
Creavis
GMBH
HearstLEspressoMcClatchy
Universal-Vivendi
Gannett
TIG
Creavis GMBH
HearstLEspressoMcClatchy
Universal-Vivendi
Gannett
TIG
Creavis GMBH
HearstLEspressoMcClatchy
Universal-Vivendi
Gannett
TIG
Creavis GMBH
HearstLEspressoMcClatchy
Universal-Vivendi
Gannett
TIG
Creavis GMBH
HearstLEspressoMcClatchy
Universal-Vivendi
Gannett
TIG
Creavis GMBH
Electronics Motorola Motorola
Lucent
Motorola Lucent Motorola Lucent Motorola Lucent Motorola Lucent Motorola Lucent
Chemicals Degussa-
Huls
Degussa-Huls
Cabot
Degussa-Huls
Cabot Air
Product
Degussa-Huls
Cabot Air
Product
Degussa-Huls
Cabot Air Product
Degussa-Huls
Cabot Air
Product
Degussa-Huls Cabot
Air Product
Display Philips Philips
Toppan
Philips
Toppan
Philips
Toppan
Philips
Toppan
Financial Atlas
AppliedSolstice
Atlas Applied
Solstice
Atlas Applied
Solstice
Atlas Applied
Solstice
Atlas Applied
Solstice
Atlas Applied
Solstice
Atlas Applied Solstice
Source: E-Ink company documents
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VC Involvement
First round of financing ($16 M in 1998) Moved aggressively towards protecting IP Acquired, licensed and filed 26 patents
Media round ($40 M in 1999) Phillips round ($7 M in 2000)
Toppan round #1 ($5 M in 2001) Toppan round #2 ($25 M in 2002) Recapitalization ($11 M in 2004) Intel Capital round ($NA in 2004)
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Successful Milestones
Launched Sony Reader into the market on 1 Nov 2006applied E-ink display technology
Polymer Vision; the Most Innovative Technology Award at theGSM Associations 2007
utilized E-inks high resolution flexible electrophoretic imaging film
Motofone F3 GSM; the Best Ultra Low Cost Handset Awardpowered by E-ink segmented display
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Strength in IPStrength in IP Portfolio
Ranked as the most third innovative company in theelectronics and instrument industry by the Patent BoardScorecard
Granted more than 1000 patents Pending for inventions based on E Inks electronic paper
displays Broad applicability in fields like organic electronics and
semicom: Recently awarded claims on techniques to print semiconductor Practicle films, pattern organic semiconductors and produce
organic dielectric films at low temperatures
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Insights
Patents can not be performed into a successful innovation per se Two crucial factors to be successful commercialization
Significant financial investmentNurturing the technology
Build patents portfolio with strategic management
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Academia
Science
"ValleyDeath"
Products
Industry
Collaboration / Commercialization
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Effective Patent Portfolio Management
Maximize value of IP assetsProtect core technologies
Create barriers to entry
Create bargaining chips for cross-licenses,
counter-suits or other business transactions
In reality its difficult to achieve good PP. Eg:
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IntangibleBenefit
cause-and-effectrelationship
Temasek Laboratories
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Patent portfolio
Effective Patent Portfolio Management
1st level filter
2nd level filter
3rd level
filter
Low-value patents in low-
potential areas
Sell
Donate / Abandon
Low-value patents in high-potential areas
Cross-license
Sell
High-value patents in high-
potential areas
Patent Licensing / Sale
Commercialize
Infringement relief
Patent portfolio
50 55 %patents
40 45 %patents
3 5 %patents
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Effective IP Management
Preventing premature disclosuresAssuring proper ownership and
inventorship of inventions
Filing priority patent applications to meet
the legal requirements for disclosure
Attractive as possible to potential license
Involvement and diligence by the
technology transfer office and theinventors
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NDA
TTO & inventor
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Academia
Knowledge
Education
Research
Service Academic Freedom
Industry
Knowledge for Profit
R&D
Marketing
Sales Confidentiality and
Trade Secrets
IP STRATEGIESIP STRATEGIES
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AcademicCommunity
CommercialWorld
IP Systemas a bridge
Decide what researchMotivated by curiosityAttract acclaim of peers
Prompt publication
Collaboration
Profitable productsFind new marketsWin competition
Initial secrecy
Knowledge
R&D Funding
FundingEquipment DonationsStudent and professorial employ
ConsultingShared Knowledge
Competitive AdvantageSource of Employees
Long TermShort Term
Research ResultsExt of tech competenciesCutting edge research
University-Industry Partnerships
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Commercialization
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Commercialization
University Industry
License
Fee/Information
Flow
Practical
Application / R&D
Information Flow
/Acquisition of
Patent
Commercialization
Researc
h
Acquisition of
Patent for R&D/
PracticalApplication
Patent Licensing
(Technology
Transfer)
Temasek Laboratories
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MythsMyths
They are perceive to know everything.
They will steal my technology.
They wont take me seriously.
Big companies are impossible to deal with.
They do not have respect for confidentiality.
They buy or steal what they need.
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University ConcernUniversity Concern
Concerns that University-Industry Partnerships canNegatively impact a culture of Open ScienceReduce the quantity and quality of basic researchLead academics to spend less time on teaching and
service
RealityIndustry and Universities researchers rarely
collaboratedPatents from funded research were generally held
by Governmentand not used
Companies attracted University Graduates but didnot fund much University Research
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Technology Transfer in U.S.Research Universities
Mission of University Technology Transfer/LicensingOffices
To transfer research results to commercial application forpublic use and benefit
The Biggest Myth to dispel is that university engage
in technology transferfor the moneyfor the money
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Dispelling Common Myths
MYTH #1
The new emphasis on technology transfer is
diverting universities from their main mission ofeducation and research.
In reality
Historically transferred technology through thetraditional methods of publication, the training of
students and extension programs
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MYTH #4
Collaboration with industry invariably creates
financial conflicts of interest for academics
Reality
Universities conflict of interest policies ensurethat the personal financial interests of facultydo not improperly affect the content, quality ortimely release of research
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Propose Business Model- Capturing value from technology
Technology(patent)
current
business
licensingSpinOff
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Business model vs. IP
Business modelCore productCore competencies
Intangible asset
tangible asset
IP
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Different business models
Xerox 3Com Adobe Metaphor
Market segment Corporate and
government market
Corporate PC market PC, MAC, and laser
printer market
Knowledge workers
in corporations
Value Proposition High-quality copies at
a low monthly lease
rate
Establishes file and
printer sharing
between IBM PCs
Enables output of
richer document types
Enables nontechnical
queries of corporate
databases
Elements of Value
Chain
Developed entire
copier system,
including supplies,
sold through a direct
sales force
Focused on Ethernet
protocol and add-on
boards
Focused on supplying
fonts to laser printer
manufacturers and
software firms
Developed and sold
entire systems, from
hardware to software
to distribution
Defined Cost and
Margins
Modest profit on
equipment, high profit
on supplies, of per
click
High volume, low unit
cost
Very high fixed cost,
very low variable cost
High fixed costs, high
margin, low unit
volume
Positioned in Value
Network
First mover in dry-
copy process; did not
require or pursue
partners
Set the IEEE 802
standard; utilized PC
distribution channel
Defined the PostScript
standard for scale
fonts
No third parties of
complementors
utilized
Formulated
Competitive Strategy
Competed on
technical product
quality, product
capability
Compete on standard,
new channels
Strong network
externalities, high
switching costs
Compete on superior
technology, usability
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What D2 is!
A start-upRelatively disruptivetechnologies
Potential for radicalinnovation
Potential for disruptiveinnovation
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D2s business model
Value proposition
Market segment
Value chain
Cost structure
Value network
Competitive strategy
Best solution; high performance; best quality
High-end
Focus on core product; outsource the rest
Modest profit from core product; licensing as anotherpayment mechanism
Pave the way for complementary products on the supply side
Switching from the high-end to low-end market
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D2s business model
Value proposition
Market segment
Value chain
Cost structure
Value network
Competitive strategy
Good enough solution; inferior performance
Low-end
Focus on core product; outsource the rest
Small profit from core product;
Pave the way for complementary products on the supply side
Disruptive to the high-end by low-end market
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Game 1
Complementors(Small or big firms)
Customers(High-end)
Suppliers
(Outsourcing)
D2Start-up
Competitors(Incumbents)
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D2s exercises
Analyze patents which have potentials that relativelydisruptive to current innovation offer buying or selling those potential patents
Engineering IPMOT
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