Intellectual Property and Commercialization Transfer
Importance of Intellectual Property
Innovation is the key driver to country’s economic
competence and performance. The Philippines was named one of the top climbers
of the decade following the release of the global innovation index of 2023, in
which it placed 56 out of 132 economies according to the World Intellectual
Property Organization.
The origin of patents dates back to ancient Greece
around 500 BC. In the Greek city of Sybaris during 500 BCE, a system was
established that offered incentives to individuals discovering new refinements
in luxury. Inventors were granted patents for one year, ensuring they enjoyed
the profits from their creations. In Europe, Congress passed laws in 1790 to
protect new inventions and creative works. These laws granted creators
exclusive rights for a limited period, aiming to incentivize innovation in "the
useful arts." The intention was to benefit society at large by fostering
the development of new technologies and ideas.
The rationale for issuing a patent is to “simulate the
inventive genius and entrepreneurial energy of the common man.”
Philosophy of the Value of IP Rights involve the Bargain
Theory, where the society give the inventor the exclusive rights to his invention
for a limited time; and the Natural Rights Theory where the government’s enforcement
of the inventor’s exclusive intellectual property rights for is invention for a
limited time.
Republic Act 8293 or the Intellectual Property Code of
the Philippines is an act that provides protection and enforcement of the
intellectual property. The intellectual property refers to the creations of one’s
mind that is used in commerce, this includes one’s ideas, information, and
knowledge.
The Intellectual Property System plays a crucial role
in harmonizing the interests of innovators with the broader public interest. It
creates an environment that fosters the flourishing of creativity and invention
for the collective benefit. This equilibrium ensures a balance between the
public and the interests of individuals or companies, fostering innovation,
creativity, and safeguarding integrity and product positioning.
Intellectual properties encompass the products of
creative thought, including inventions like literary and artistic works,
designs, symbols, names, images, and various elements used in commerce.
Intellectual property rights pertain to the legal rights connected with
tangible assets such as patents, utility models, trade secrets, copyright,
industrial and layout designs, trademarks, service marks, and more.
Intellectual property represents an asset that individuals can possess, sell,
or license, contributing to the enhancement of human well-being.
An example given is the Coca-Cola product, where the trade secret is the “secret to make soda”, the industrial design like its bottle shape, and the trademark name.
The objective of intellectual property rights is to
safeguard, acquire, and manage control over the product
Fundamental principles of Intellectual Property
include Territoriality, where IP rights are safeguarded solely within the
jurisdiction of registration; Exclusivity, granting patent holders the right to
prevent others from making, using, selling, and offering to sell; Limited
Rights, as patents have a finite duration and come with certain restrictions;
Conditional, where patent rights hinge on meeting specific conditions or
criteria during and after registration; and First-to-file, acknowledging the
initial applicant as recognized by the law.
RA 8293 Section 35 introduces the Quid Pro Quo
Principle, wherein the state provides protection in return for the disclosure
of technology, processes, or products to the government. This exchange allows
others to use and enhance the knowledge, contributing significantly to progress
and development.
According to RA 8293 Article 30, Limited Rights
represent exceptions to patent conferred rights. Member states may establish
limited exceptions, ensuring they do not unreasonably conflict with the
patent's normal exploitation or prejudice the legitimate interests of the
patent owner. These exceptions encompass private and non-commercial uses,
experimental uses, prior uses, pharmaceutical use, foreign vessel use,
government use, regulatory approval, national exhaustion, and (special)
compulsory licenses. If you have further questions or need clarification, feel
free to ask!
Intellectual property may be owned either solely by one individual or jointly through partnerships or group ownership arrangements. Examples of the latter include co-inventorship, relationships between inventors and investors, employer-employee connections, and engagements with independent contractors.
The promises of Intellectual property are the
exclusive rights, strong market position, creation of revenue streams,
opportunity to license and sell the intellectual property, increase in negotiating
power, and boost corporate’s image.
Intellectual Property spurs economic activity by
attracting investment, market access of local products to global market,
creating new job opportunities and promotion of competitiveness, and facilitate
the transfer of technology.
Main findings of Intellectual Property Ownership is
that 60% of the large companies own Intellectual Property Rights; the companies
have 20% higher revenue per employee, and pay wages 19% higher than other firms.
Strong Intellectual Property Protection and
Enforcement are essential to creating jobs and promoting economic prosperity,
opening new markets for goods and services, and fostering investment in
innovation and development.
Intellectual Property Intensive Industries account for
38% of GDP, 52% of merchandise exports, 27.9 million jobs, and 46% of premium wages.
How do patents drive the industry? By capturing the
knowledge component of a product and permit value extraction; this drives
patents as a force to encourage innovation. Companies and individuals are
motivated to invest time and resources in research and development when they
know they can protect and profit from their inventions through patents. This,
in turn, fosters a culture of continuous improvement and advancement in various
industries.
Familiarize yourself with your technology and
business. Even if you lack a deep understanding of the competitive environment,
it's essential to grasp the inner workings of your product and have a clear
strategy for generating revenue.
It is important to know what Intellectual Property is;
you get to know your rights as the creator of the intellectual property and
protect against infringement; you also get to know the right of others on their
Intellectual Property and to build a Culture of Respect on it; you also get to
be a part of the whole-of-society approach in creating a stronger and effective
IP system in the Philippines.
According to Marshall Phelps of Microsoft, few if any
companies today can hold all the pieces of their own product technology… they
simply must collaborate with others if they want to survive and prosper…
Intellectual Property has become much more of a bridge to collaboration.
If you've recently started utilizing your Intellectual
Property, consider these initial strategies for Intellectual Property
Protection:
- Collaborate
with an IP Agent or Expert – Many new businesses lack in-house expertise
in managing Intellectual Property.
- Identify
your IP – Locate every potential asset within your company that you may
want to protect.
- Research
your IP – Check whether your invention has already been patented.
- Choose
your IP Battles – Determine what aspects are worth protecting and which
ones could be safeguarded.
- Avoid
Facilitating Public Disclosure – Refrain from sharing enough information
about your product publicly that would allow someone to replicate it.
In conclusion, one should learn about how Patenting
and Intellectual Property works by asking for advice, conducting research, and
profit from your product or service by utilizing the mechanics of Intellectual
Property.
The director of Technology Promotions and CommercializationOffice (TCPO) of USTP CDO Venessa Adalin-Garcia presents us the Technology Transfer and Commercialization of USTP Technologies.
Flight MH370, A Malaysia Airlines Boeing 777 en route from Kuala Lumpur to Beijing, lost contact with Malaysian Air Traffic Control less than an hour after taking off. The plane’s passenger list said the flight was carrying 227 passengers and 12 crew members. The cause of crash remained unclear, but due to false passports, intelligence agencies were examining the possibility of a connection to terrorism, and there were no reports of bad weather in the area. It is said that these are one of the planes that got lost within the Bermuda Triangle.
Technology Transfer is the process of transferring
technology from the person or organization that owns or holds the technology to
another person or organization, this is discussed in RA 10055 or the Technology
Transfer Act of 2009. This is a law that aims to promote and facilitate the
transfer, dissemination, and effective use of scientific and technological
knowledge and information. The law encourages collaboration between the
government, academe, and industry to accelerate the development and adoption of
technologies for national development.
Key provisions of RA 10055 include the establishment
of mechanisms for the efficient transfer of technologies from research
institutions to the industry, the creation of the Technology Transfer Council,
and the encouragement of intellectual property protection and commercialization
of technologies.
The law recognizes the importance of technology
transfer in fostering innovation, economic growth, and global competitiveness.
It provides a framework to enhance the utilization of research and development
outputs for the benefit of society and the economy.
Technology transfer is a strategic process that aims
to leverage and disseminate technological knowledge for the benefit of society,
the economy, and national development. It provides a legal framework to guide
and facilitate collaboration between various stakeholders involved in the
transfer of technology.
The statement “formula” above gives us the
understanding of innovation process.
Invention represents the
creation of new ideas, products, processes, or technologies. Invention involves
the generation of novel concepts or solutions that did not exist before. Exploitation
refers to the practical application and commercialization of the inventions. It
involves taking the newly created ideas or technologies and putting them to use
in the market or society. Innovation goes beyond the mere creation of something
new (invention) and encompasses the effective implementation, adoption, and
utilization of these creations to bring about positive change, improvement, or
value.
This emphasizes that true innovation requires not only
the generation of novel ideas or inventions (the creative aspect) but also
their successful implementation, commercialization, and practical use (the
exploitative aspect).
The graph presented illustrates the transitional gap known as the "valley of death," depicting the evolution of resources from both Academic Support and Industrial Support over time.
In the realm of academic innovation, individuals whose products or services are promoted will be established and will be provided with Academic Support Resources for a specified duration to enhance their startup. Given the limited timeframe, the entrepreneurs are required to actively contribute to the progress of their startup before exhausting the resources given by the university; these resources are used for research and development. Upon approval, ongoing support is then provided in the form of Industry Resources, this will help the startup launch its product or service for market use and provide profit, thus ensuring the sustained operation and development of the startup.
The statement refers to
the concept of an "Innovation Ecosystem," which is a collaborative
and interconnected network involving various entities that play crucial roles
in fostering and supporting innovation.
Academic institutions are
integral components of the innovation ecosystem. They contribute by conducting
research, generating new knowledge, and educating students who may later become
innovators. Universities often serve as hubs for creativity and the development
of new ideas.
The private sector,
including industries and businesses, plays a vital role in innovation.
Industries are often responsible for translating research and ideas into
practical applications, bringing products and services to the market.
Collaboration between academia and industry is essential for successful
innovation.
Financial support is
crucial for bringing innovative ideas to fruition. Investment and funding
sources, such as venture capitalists, angel investors, or government grants,
provide the necessary capital for research, development, and the
commercialization of innovative projects.
Government entities play a role in shaping the
environment for innovation through policies, regulations, and funding
initiatives. They may provide support for research and development, create
favorable conditions for businesses, and implement policies that encourage
innovation.
Organizations outside the government and private
sector, such as non-profits or research institutions, can also contribute to
the innovation ecosystem. They may offer support, resources, or advocacy for
specific areas of innovation that align with their missions.
The Innovation Ecosystem emphasizes the
interconnectedness and collaboration among these diverse entities. A
well-functioning ecosystem encourages the flow of knowledge, resources, and
support among universities, industries, funding sources, government agencies,
and non-governmental organizations, fostering an environment conducive to
innovation and technological advancement.
Technology Transfer Offices (TTOs) are crucial entities established within universities to oversee the management of intellectual property (IP) assets and facilitate the transfer of knowledge and technology to industry. The primary objectives of TTOs include the development and implementation of strategies to foster innovation and entrepreneurship, the acceleration of revenue generation, effective resource management, and the optimization of outputs from vibrant research and strengthened extension services. These offices play a pivotal role in strengthening partnerships and collaboration among various stakeholders, contributing significantly to the university's impact on industry and society.
Commercialization is the strategic and systematic process through which technologies, innovations, or intellectual property are transformed into marketable products, services, or ventures with the ultimate goal of generating income or profit. This multifaceted process involves several key approaches: licensing, which involves granting permission to another party to use, produce, or sell a particular technology, product, or intellectual property, granting the creator royalties or fees in return for granting these rights; spin-off ventures, which is a process where a new, independent entity is created to develop, market, and commercialize a specific technology or innovation; outright selling, where the creator or owner sells the rights to the technology or intellectual property to another entity; and joint ventures, which involve collaboration between two or more entities to develop and commercialize a technology, this allows for the sharing of resources, risks, and rewards.
The Process Flow of Technology Transfer is a systematic journey encompassing several critical stages.
Firstly, the process begins with Technology Assessment, which evaluates the technology readiness level, manufacturing readiness level, and investment readiness level.
Subsequently, Intellectual Property Protection becomes a focal point, involving crucial steps such as Invention Disclosure, Patent Search, and Patent Draft to secure and safeguard innovative ideas.
The third stage, Licensing, is a pivotal aspect, incorporating IP evaluation, considerations of IP ownership and grants, delineation of territory, licensing and royalty fee agreements, provisions for the return of rights, and stipulations related to research and publishing rights.
The final phase involves Monitoring, where diligent oversight is exercised through performance appraisal, product quality monitoring, and the review of audited financial reports.
This comprehensive approach ensures a well-structured and thorough process for the transfer of technology, covering assessment, protection, licensing, and ongoing monitoring of the transferred technology's performance and impact.
The Process Flow of Technology Transfer commences with the crucial steps of Technology Disclosure and engaging in meetings with potential investors and researchers. Upon satisfying the necessary requirements, the process advances to the Protection of Intellectual Property stage, involving tasks such as Conducting Readiness Level assessments, developing comprehensive Technology Profiles, and actively seeking potential Commercialization Partners. If an interested party, termed the Adopter, is identified for the intellectual property, the process proceeds with further stages. This includes the development of a thorough Technology Valuation, collaborative meetings with the Adopter, inspection of facility size to ensure compatibility, and culminates in the formal signing of a Licensing Agreement for the technology. Conversely, if an Adopter is not found, the process pivots towards exploring opportunities with investors or researchers to further develop and potentially refine the technology, fostering ongoing engagement and collaboration in the pursuit of successful technology transfer.
If you wish to know more about TPCO, visit the website https://www.ustp.edu.ph/tpco/, or email ustp.tpco@ustp.edu.ph.
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