This document discusses intellectual property rights (IPRs) and technology transfer. It begins by outlining the objectives of understanding the intangible nature of IPRs, appreciating how IPRs provide competitive advantages, and gaining an overview of the legal bases for technology transfer. It then discusses several topics in more detail, including the economic and social rationales for IPRs, how IPRs contribute to intangible assets like reputation and brand value, pressures in enforcing IPRs globally, managing intellectual capital and assets, types of offshore collaboration, legal aspects of technology transfer, risks involved, and frameworks for regulating international transfer of technology and publicly funded technology.
2. Session Objectives
To understand the “intangibility” of IPRs
To appreciate the value of protected IP
in gaining competitive advantage
To gain an overview of the legal bases
for an effective process of technology
transfer
3. IPRs – General Bases
Economic (and technological) rationale
– aids overall development
Social benefits – enriches the Public
Domain and Basic Research
Legal monopoly – towards fair regulation
within the territory
4. The “Intangibles”
Goodwill, reputation and Consumer perception
Brand value and intuitive know-how
Scientific, industrial and literary acclaim
Stronger balance sheets – short and long-term
Advertising reach and media coverage
Traditional usage and “prominence” enjoyed
Each form of IPR leads into the other!Each form of IPR leads into the other!
5. Pressures of
Enforcement
IPRs and Global recognition
IPRs are territorial in nature
No single authority or uniform standards
National systems and interests continue to
preside
IPRs = fiercely competitive usage;
justifies criminal remedies too –
Copyrights and TMs violations
6. Intellectual capital &
assets
Key Principles:
Aggressive pursuit of IP protection –
internal and external
Visibility and full exploitation
Role of Intellectual assets in business
alliances and joint ventures
Inorganic growth directions
“Innovation market” analysis – concentration
and pulls of Competition law
Research clusters – high potential + competitive
7. Intellectual assets …
Key Issues:
Working with the incentive structure –
taxation and attribution issues
Identifying the key geographical areas –
for marketing and registration of IPRs
Study the level of innovative behaviour
among the competitors; and suppliers
8. Offshore Collaboration
Typically of three types:
Captive entity – wholly owned subsidiary – IP is
usually fully owned by Parent
Joint venture – a new combined company – IP is
based on the Shareholding Agreement
○ BOT/BOOT/BOOST Model – involves transition risks
Contracting – with a local entity – enforcement with
due diligence – e.g., Confidentiality; Parent-
subsidiary relations
Determining factors = cost, commitment,
control, flexibility and liability models
9. Legalese of Tech
Transfer
“Technology” = wide ambit including
operational know-how
Mutuality, Exclusivity, and Adaptability
Mode = licensing based on contracts
Contract enforcement index
JVs; Tech assistance; Project Management; PPPs
Defined outcomes = products and trade
Fine balancing strategy required – between being
restrictive and allowing direct competition
10. Legal and IP risks
Sharing regime + sustained ownership
Disparities in applicable laws & IP rights
Concerns of the legal system’s maturity
Identify, define and document –
processes and products
Due diligence & IP Valuation
11. Risks …
Enforcement across borders – relies heavily
on the commitment of the local entity involved
Employer-employee relations – towards a
framework of trusteeship
Data protection and security – lack of uniform
standards across regions and sectors
Dispute settlement and arbitral enforcement
Cross-border Investment related matters
12. International framework
Investment and related processes are left
unregulated
Competition Law and its implementation – major issues
Political interests trump business reasons!
Concerted efforts required – PPP mode?
UN International Code of Conduct on the Transfer of
Technology (drafted in the 1970s)
Premised on need for equitable grounds between nations
of varying economic strengths
Technology transfer must be facilitated by an
international mechanism regulating the dimensions
of commercialization and licensed perpetuation
13. Transfer of Public
funded Technology
The Protection and Utilisation of Public
Funded Intellectual Property, Bill (2008)
Instructions for Technology Transfer and
Intellectual Properties – 1/3rd Royalty sharing
University and Small Business Patent
Procedures Act (Bayh-Dole), 1980 – USA
Permits universities, not-for-profits, and small
businesses to obtain title to inventions developed
with governmental support
Allows government-owned, government-operated
laboratories to grant exclusive licenses to patents
14. Public funded …
Federal Technology Transfer Act of 1986
Provides for exchanging GOGO laboratory personnel, services, and
equipment with their research partners
Makes it possible to grant and waive rights to GOGO laboratory
inventions and intellectual property
Allows laboratories to make advance agreements with large and small
companies on title and license to inventions resulting from Cooperative
R&D Agreements (CRDAs) with government laboratories
The National Technology Transfer and Advancement
Act, 1995
Makes it easier for businesses to obtain exclusive licenses to technology
and inventions that result from cooperative research with the Federal
government
The Act made a direct impact on the development of new industrial and
technology standards by requiring that all Federal agencies use privately
developed standards
15. Emerging issues
Licensing in IPRs
Emerging trends in global supply chain
Minimum level of “reasonable control” – as
evidenced in Contracts and practices
Raises anti-trust and RTP claims as well
Securitization of IPRs
Methods of valuation and their accuracy
Procedure of affirming “secured interest”