Intellectual Property

Visionary Considerations on Intellectual Property

Corporate Strategies on Open-Source and My Personal Reflections

Corporations in the tech world have adopted open-source software as a foundation for innovation, but their approaches to monetizing this open framework vary. While my own path with open-source has been driven by passion and a sense of purpose, perhaps divinely inspired, companies often utilize specific strategies to turn open-source contributions into revenue. My engagement with open-source is not yet centered around financial gain but rather on exploring my passion for software and the belief that it could have a deeper significance in my life.

Corporate Strategies for Monetizing Open-Source Software

Freemium Model: Many companies offer a basic version of their software at no cost while charging for advanced features or services, a common approach in open-source projects. In these cases, the core product remains accessible to all, but more sophisticated functionalities or enterprise-grade support require payment. For example, GitLab provides a free tier of its platform but charges for additional security features, enterprise integrations, and premium support.

Subscription-Based Model: This model involves charging users a recurring fee for access to advanced features, premium content, or cloud-hosted services. Often referred to as Software as a Service (SaaS), this model is well-suited for companies that provide software which requires frequent updates, computational resources, or tailored support. Companies such as Hugging Face offer hosted AI models, where users pay for cloud infrastructure, model updates, and enhanced scalability options.

Support and Services Model: In this model, companies provide their open-source software at no cost but generate revenue through technical support, consulting, and customization services. This approach enables corporations to assist customers in deploying, integrating, and optimizing the software to meet specific needs. Red Hat exemplifies this model by offering open-source Linux distributions for free, while making money through subscriptions for technical support and other services.

Dual Licensing Model: Some companies utilize a dual licensing model, where the software is made available under an open-source license for community use, while businesses are required to pay for a proprietary license to use the software in commercial products. For example, MySQL allows developers to use the database under an open-source license, but charges for a commercial license when it is used in enterprise settings.

Open Core Model: In the open core model, the fundamental version of the software remains open-source, while specific features or modules—such as those providing enhanced security or scalability—are proprietary and require payment. This approach allows companies to offer a valuable base product while generating revenue from add-ons essential for business use. Elastic, for example, offers its basic search engine software for free but charges for advanced security features and customer support.

Thomas Jefferson's Philosophy on Intellectual Property

As I work with open-source software, exploring the corporate strategies for monetization brings me back to the teachings of Thomas Jefferson. His ideas on intellectual property resonate with me, particularly the notion that ideas and knowledge should flow freely to benefit society, rather than being controlled for personal gain.

Jefferson once remarked, "He who receives an idea from me, receives instruction himself without lessening mine," reflecting his belief in the non-exclusive nature of ideas. This philosophy aligns with the principles of open-source software: the more people who can access and improve upon the work, the better it becomes for everyone. For corporations, this often means capitalizing on temporary exclusive rights in ways that encourage, rather than hinder, further innovation.

Jefferson also believed that intellectual property should not be held indefinitely. He advocated for temporary protections, such as patents, to incentivize innovation, while ensuring that knowledge ultimately benefits the public. This perspective parallels my evolving thoughts about my work in open-source software. At this time, I am focused on sharing my work and contributing to the community, much like Jefferson’s vision for a world where ideas are shared for the common good.

Elon Musk's Philosophy on Patents

Elon Musk's approach to patents represents a transformative shift in handling intellectual property, especially within the software industry. In June 2014, Musk announced on Tesla Motors' blog that "Tesla will not initiate patent lawsuits against anyone who, in good faith, wants to use our technology." This groundbreaking statement did not relinquish Tesla’s patents but promised not to pursue legal action against those who utilize the technology ethically.

Musk’s philosophy underscores the inherent transparency of the patent system, where patents require full disclosure of an invention’s design and function. This disclosure facilitates the sharing of knowledge and allows others to build upon existing technologies, fostering overall technological progress. By adopting an open-patent approach, Musk aims to accelerate the adoption of sustainable technologies like electric vehicles and renewable energy solutions, enhancing Tesla’s reputation as a leader in sustainability and contributing to global efforts against climate change.

This strategy highlights the potential of using intellectual property as a tool for broader societal impact rather than solely for corporate profit. Musk’s stance encourages collaboration and shared innovation, aligning with the open-source ethos of mutual benefit and collective progress. It raises important questions about the traditional role of patents and suggests that more flexible, open approaches could drive innovation more effectively in certain industries.

My Personal Journey with Open Source

Before I became a doctor, my passion for technology and software was shaped by my dual majors in Computer Science and Biology at the University of Michigan, Ann Arbor, where I graduated with high distinction. During this time, I was particularly drawn to bioinformatics, where the boundaries between biology and computer science blurred, sparking my dream of combining medicine with technology to create something innovative. I envisioned a future where I could bridge these fields and contribute to meaningful interdisciplinary projects.

However, after completing my degree, I had to fulfill my mandatory military service in Korea. I substituted this service by working at small companies, one of which assigned me to kernel-level device driver programming for hardware. This experience opened my eyes to the challenges programmers faced in South Korea, where they were constantly pressed for time, expected to deliver quick results, and had little opportunity to engage in deep, original technologies or long-term innovation. The focus was often on short-term profits, which left little room for the more creative, interdisciplinary work I had envisioned.

Looking back now, I realize that my current engagement with open-source software might be a continuation of the dreams I held during my programming days at these companies during my mandatory substitution for army service in Korea. The work I’m doing now feels like an answer to the questions I asked myself back then—about how to break free from the short-term, profit-driven cycle and focus instead on integrating my passions for software and medicine in a meaningful way.

As a doctor, I’m fortunate to have a stable income, which allows me to engage with software development not for financial gain, but out of a deep passion and genuine curiosity. This work excites me, and I feel there may be something greater behind it—a sense that it could be part of my life's purpose. While I haven't yet made firm decisions about monetizing my efforts, I continue to explore intellectual property as a way to grow and evolve as a software architect.

Securing Patents to Foster Innovation in Hemodynamic Software: Several years ago, I filed a patent application to secure my hemodynamic software. At the time, my primary motivations were recognition and safeguarding my work from potential attacks by other corporations. I aimed to establish a foundation that would prevent others from exploiting my innovations without acknowledgment or compensation. However, I did not fully grasp the broader implications of allowing other corporations to use my patents until I studied Elon Musk's approach to intellectual property.

By obtaining a patent, I intended to create an open environment where multiple entities could build upon the secured technology, thereby facilitating and accelerating advancements in hemodynamic software. Initially, my understanding was limited to protecting my work, but Musk’s philosophy enlightened me on the potential benefits of promoting shared innovation. This strategy ensures that while my contributions are recognized and safeguarded, other corporations are not restricted from leveraging the technology to drive further innovation.

Inspired by Musk’s open-patent approach, I strive to balance protection with openness. Moving forward, I plan to file additional patent applications with the intent to encourage shared innovation and collective progress, ensuring that the technology remains accessible and beneficial to the broader community. This approach mirrors the collaborative spirit of the open-source community, fostering a competitive yet cooperative landscape that can lead to significant breakthroughs in the field.

Reading the works of great thinkers like Thomas Jefferson and observing contemporary leaders like Elon Musk prompts me to reflect deeply on my path. Jefferson’s philosophy on intellectual property—his belief that ideas should flow freely for the betterment of society—resonates with me. Similarly, Musk’s open-patent approach demonstrates the impact that shared innovation can have on advancing technology and addressing global challenges. Perhaps, like Jefferson and Musk, I will continue contributing to the open-source community, finding satisfaction in knowing that my work serves a broader purpose rather than focusing solely on its commercial potential. That said, I remain open to possibilities. If, over time, I discover opportunities that align with my values, I may choose a different route—perhaps one that balances open-source ideals with financial viability, as some companies have successfully done.

For now, my focus remains on learning, exploring, and doing what I love. I find fulfillment in sharing my work with others, believing that this journey, however it unfolds, will guide me toward a deeper understanding of my life's purpose.

- Written on Sep 19, 2024; updated on Oct 19, 2024 for the patent section -

Thomas Jefferson's Quote on Intellectual Property

These quotations from Thomas Jefferson present a cohesive philosophy on intellectual property—one that supports the temporary granting of rights to encourage innovation, while insisting that ideas, inventions, and knowledge remain fundamentally accessible for the good of society. Jefferson’s reflections raise critical questions about the balance between protection and progress, reminding us that the free exchange of ideas is essential for cultural and societal advancement.

(A) On the Nature of Ideas and Their Non-Exclusivity

"He who receives an idea from me, receives instruction himself without lessening mine; as he who lights his taper at mine, receives light without darkening me." — Thomas Jefferson

In this illuminating analogy, Jefferson captures the non-rivalrous nature of ideas. Just as the flame of a candle can be shared with another without diminishing the original light, so too can ideas be passed from one person to another without depleting the source. This concept emphasizes the boundless nature of ideas, which can spread infinitely without being exhausted, in contrast to finite physical goods. The non-exclusivity of ideas, in Jefferson’s view, supports their free circulation, unimpeded by ownership constraints that could hinder the collective growth of knowledge.

(B) On Patents and Monopolies

"Considering the exclusive right to invention as given not of natural right, but for the benefit of society, I do not like the term of the right. Therefore, it should be limited to the shortest term possible to accomplish the purpose of granting it." — Thomas Jefferson

Jefferson’s skepticism of monopolies is evident in his view on patents. He believed that exclusive rights over inventions were not inherent but were granted by society to promote innovation for the common good. However, Jefferson cautioned against allowing these rights to extend beyond their necessity, as long-term monopolies might impede progress rather than foster it. For him, intellectual property should be a temporary privilege, granted solely to serve its societal purpose and to avoid becoming a hindrance to future innovation.

(C) On the Relationship Between Ideas and Society

"That ideas should freely spread from one to another over the globe, for the moral and mutual instruction of man, and improvement of his condition, seems to have been peculiarly and benevolently designed by nature." — Thomas Jefferson

Jefferson eloquently describes the social nature of ideas, likening their dissemination to a force of nature that transcends boundaries. He believed that the free exchange of ideas was crucial to the advancement of humanity, promoting moral growth and improving society’s overall condition. In his view, ideas are not the property of individuals but rather gifts from nature intended for the benefit of all. Intellectual property laws, therefore, should never obstruct the free exchange of knowledge that is essential to human progress.

(D) On the Nature of Inventions

"Inventions then cannot, in nature, be a subject of property. Society may give an exclusive right to the profits arising from them, as an encouragement to men to pursue ideas which may produce utility, but this may or may not be done, according to the will and convenience of the society." — Thomas Jefferson

Here, Jefferson draws a vital distinction between inventions and traditional property. He argued that inventions, by their very nature, cannot belong to any one person indefinitely. Instead, society may choose to grant temporary exclusive rights as an incentive for innovation, but these rights should be guided by the public interest. Jefferson’s perspective emphasizes that intellectual property protections should be contingent upon serving the broader goals of society, and they should not become entrenched as permanent ownership over ideas or inventions.

(E) On Knowledge and Its Diffusion

"The field of knowledge is the common property of all mankind, and any useful information which contributes to the happiness of society is a gift from nature." — Thomas Jefferson

In this insightful quote, Jefferson elevates knowledge to the status of a communal resource, accessible to all humanity. He viewed knowledge not as a commodity to be hoarded but as a gift from nature, intended to be shared for the collective benefit of society. This perspective underscores the importance of ensuring that intellectual property laws do not inhibit the dissemination of knowledge that can enhance human happiness and societal well-being. Jefferson’s emphasis on the communal nature of knowledge challenges the notion of exclusive ownership over intellectual creations, advocating instead for an open and shared intellectual landscape.

Jefferson’s thoughts on intellectual property offer a thoughtful balance between encouraging innovation and ensuring the free flow of ideas. His writings reflect a deep understanding of the need to protect creators, while maintaining that knowledge and ideas must ultimately benefit society as a whole, free from permanent monopolization.

Intellectual Property in the Software Era

Software is inherently non-rivalrous, meaning that it can be shared and used by multiple people without diminishing its original value or function. Unlike physical goods, where one person’s use can prevent another from accessing it, software can be duplicated and distributed infinitely without depleting the original resource. This characteristic of software challenges traditional notions of intellectual property law, which were built around physical property concepts like ownership and scarcity. In the digital age, this mismatch between the nature of software and the framework of intellectual property law creates unnecessary restrictions on the free flow of ideas and innovation.

The problem with categorizing software as either a purely artistic work or a mechanical invention lies in its dual nature. Software often combines elements of both creative expression and functional utility. On one hand, it involves creative problem-solving, design, and even artistic choices in its structure, similar to artistic works like literature or films. On the other hand, software is a tool with a practical function, similar to an engineering device or a machine, meant to perform specific tasks. This dual nature creates confusion in the realm of intellectual property law because existing legal frameworks, such as copyright for artistic works and patents for inventions, struggle to fully address the unique characteristics of software. Treating software as purely artistic limits the protection of its functional aspects, while treating it as a mechanical invention may ignore the creative processes behind its development. As a result, the current legal system is ill-equipped to handle the complexities of software, potentially stifling innovation by enforcing inappropriate restrictions.

Limitations of Copyright in the Digital Age

Copyright law provides creators with exclusive rights, but several key limitations help balance these protections with public interest and innovation as follows:

(A) Expiration

Copyright:

• For individuals, copyright protection lasts for their life plus 70 years.
• For corporate or work-for-hire creations, the duration is either 95 years from publication or 120 years from creation, whichever is shorter.
• Derivative works, such as adaptations, receive protection only for their new creative contributions, while the original work’s copyright still expires under its original terms.
• Example: Companies like Disney have sought to extend protection for iconic works like Mickey Mouse, set to enter the public domain in 2024, sparking debates about economic value vs. public access to cultural works.

Patent:

• The typical duration for a patent is 20 years from the filing date.
• Patents protect inventions, processes, and designs, granting exclusive rights to prevent others from making, using, or selling the innovation.
• Patents are non-renewable, and once they expire, the innovation enters the public domain, encouraging competition and further technological advancements.

Trademark:

• Trademarks protect brand identifiers such as logos, names, and slogans.
• In the U.S., trademarks last for an initial period of 10 years and can be renewed indefinitely as long as they are actively used in commerce and meet the renewal requirements.
• Unlike copyrights and patents, trademarks are designed to prevent consumer confusion by maintaining the distinct identity of a brand, rather than protecting creative or technical innovations.

(B) Fair Use and Fair Dealing

In the United States, fair use allows copyrighted materials to be used in ways that benefit the public, such as for education, critique, or creating transformative works. However, fair use is highly context-dependent, with each case evaluated individually based on four key factors:

• Purpose and character of use: Non-commercial, educational, or transformative uses are favored.
• Nature of the work: Non-fiction or factual works are more likely to qualify for fair use.
• Amount of the work used: Using only the minimal or necessary portion of the work is encouraged.
• Effect on the market: If the use negatively impacts the market for the original work, it is less likely to qualify as fair use.

In constrast, Canada, Australia, the UK, and India implement fair dealing, a system that offers clear legal guidelines by specifying permissible uses such as research, private study, and criticism. While this provides legal certainty, it restricts flexibility, particularly in responding to evolving technologies like software development.

Copyright Systems Across Countries

China, follows a more statutory model with a limited set of predefined exceptions similar to fair dealing. These exceptions, including uses for research, education, and news reporting, offer little flexibility for open-ended interpretations like those found in U.S. fair use.

Japan, traditionally had a strict copyright system but has begun moving towards a more flexible model. It has introduced exceptions for text and data mining (TDM) and educational uses. However, it remains more restrictive than the U.S., focusing on non-commercial activities with clearer guidelines for specific purposes like research.

The EU, follows a civil-law-based approach with a list of narrowly defined exceptions, similar to fair dealing. While most EU countries do not recognize broad fair use, the EU Copyright Directive does offer some flexibility for text and data mining and educational uses, particularly in scientific and academic contexts, allowing some adaptability to modern digital needs.

South Korea, in 2012, adopted a legal framework closer to U.S. fair use, granting greater freedom for creative and technological innovation, especially in software development. This more flexible system encourages transformative uses, similar to the U.S., allowing developers to decompile and reverse-engineer software for compatibility and innovation without risking infringement claims.

Fair Use vs. Fair Dealing in Reverse Engineering and Decompilation

• Reverse Engineering: In the U.S., reverse engineering software for purposes like interoperability or security testing is often considered fair use. Courts have allowed the copying and analysis of software code to ensure compatibility between systems. In Canada, however, similar activities may not be covered under fair dealing without specific legal provisions.
• Decompiling Software: In the U.S., decompiling software to understand its functionality or develop compatible products may qualify as fair use when necessary for interoperability. In Canada, fair dealing might not cover these uses without specific amendments to copyright law, creating challenges for developers aiming to innovate.

(C) First Sale Doctrine

The first sale doctrine allows copyright holders to control only the first sale of a work. After that, the purchaser is free to lend, resell, or distribute the copy without requiring permission. This doctrine supports secondary markets like used bookstores and libraries, increasing public access to cultural goods.

Application to the Software and Gaming Industry

The first sale doctrine is more complex in the context of software and video games. Consumers often purchase a license to use software rather than owning it outright, allowing companies to restrict resale, lending, and sharing through digital rights management (DRM)end-user license agreements (EULAs).

• Sony's Restriction on Game Sharing: Initially, Sony was rumored to restrict the sharing of physical game discs with the PlayStation 4, tying games to specific user accounts. After backlash, Sony clarified that players could still resell or lend physical copies, aligning with the first sale doctrine for physical goods.

For digitally distributed games, the first sale doctrine typically does not apply, as digital copies are governed by licensing agreements. This prevents users from reselling or sharing games purchased on platforms like Steam or the PlayStation Network.

Public Lending Rights in Software and Gaming

Countries with public lending rights (PLR) systems compensate creators when their works are loaned by libraries. While PLR is common for books, it has not been widely adopted for software or games. Subscription services like Xbox Game Pass and PlayStation Now operate under licensing agreements that compensate developers, but the concept of public lending for software remains underexplored.

(D) The Idea/Expression Distinction

One of the most misunderstood aspects of copyright law is the distinction between ideas and expressions, where copyright protects only the specific expression of an idea, not the idea itself. This means that a creator's phrasing, style, or artistic representation is protected, but the underlying facts, ideas, or concepts are not. For example, a list of facts or statistics cannot be copyrighted because it represents raw information, allowing multiple creators to use the same facts without infringement.

Application to RGB Values and Software

When analyzing RGB values from corporate logos, the color codes themselves are considered factual data and are not subject to copyright protection. However, the overall design of the logo—its layout, typography, and creative context—is protected as a creative expression. Using RGB values to study color harmony is permissible since it involves factual information. In software, a similar distinction applies: the functionality, algorithms, and underlying concepts of software are seen as uncopyrightable ideas, while the specific code, user interface designs, and other creative elements are protected expressions under copyright law.

Paracopyright and Its Application in Software

Paracopyright refers to legal and technological protections that extend beyond traditional copyright laws, offering additional control over intellectual property. These protections manifest primarily through digital rights management (DRM) systems, licensing agreements, and anti-circumvention laws, allowing companies to regulate how their software can be used, shared, or modified, often restricting activities that would otherwise be permissible under copyright law.

• DRM Systems: DRM restricts how users can access or share software, preventing copying, reverse engineering, or use beyond license terms. It creates a technological barrier that reinforces the legal restrictions of copyright.
• Licensing Agreements: Software is typically distributed under licenses, such as End-User License Agreements (EULAs), which contain paracopyright clauses. These agreements often prohibit modifying the software or using it for purposes like reverse engineering or interoperability, even when such actions might be allowed by copyright law.
• Protection Against Circumvention: Laws like the U.S. Digital Millennium Copyright Act (DMCA) make it illegal to bypass DRM, even for activities that might be otherwise considered fair use, further tightening control over how software is used.

Paracopyright grants companies significant control over software usage, often surpassing the limits of traditional copyright. Examples of its application include:

• Reverse Engineering: Although U.S. copyright law allows reverse engineering for interoperability, many EULAs explicitly prohibit it, limiting the user's ability to analyze or modify software even when legally allowed.
• Game Modifications: While copyright law may permit non-commercial mods under fair use, DRM systems and licensing agreements often restrict or block such modifications, giving companies greater control over how games can be altered.
• Software as a Service (SaaS): In SaaS models, users access software via the cloud rather than owning a copy. Paracopyright protections ensure that providers maintain strict control over access and usage, limiting user rights to the terms dictated by the service agreement.

The Evolution and Challenges of Software Patents

Patents serve as a cornerstone of intellectual property protection, intended to foster innovation and the dissemination of new technologies. This paper examines the evolution and challenges of software patents, drawing lessons from other fields such as nanotechnology and pharmaceuticals. By exploring the complexities of patent law in the software industry, this analysis highlights the balance between incentivizing innovation and preventing monopolistic practices that may hinder technological progress.

Understanding Patents

A patent represents a state-granted limited monopoly designed to promote the sciences and useful arts, as articulated in the U.S. Constitution. The patent holder, who may not always be the original inventor, is granted exclusive rights to manufacture, use, sell, or enhance the protected invention for a duration of twenty years. Unlike copyrights, which protect the expression of ideas for longer periods, patents safeguard the underlying principles of an invention, encompassing broad protections that can deem similar inventions as infringements.

Patent law distinguishes itself from other intellectual property protections by focusing on core ideas rather than specific expressions. In an era where intangible assets like software, algorithms, and biotechnology hold significant value, patents play a crucial role in enabling innovators to control and profit from their work. For instance, software patents can cover unique algorithms or processes that provide a competitive edge in the technology market. However, the patent system faces challenges in the digital landscape, where replicable technologies and rapid advancements pose unique problems.

To secure a patent in the United States, an inventor must navigate a rigorous application process managed by the U.S. Patent and Trademark Office (USPTO). Three core criteria must be met: usefulness, originality, and non-obviousness. While these criteria are straightforward in theory, their application is often complex in practice, particularly within the rapidly evolving software sector. Patent examinations involve extensive reviews and revisions, with examiners assessing whether an invention meets the necessary standards through thorough research of prior art. The enforcement of patents also requires the holder to defend their rights through legal action, as exemplified by high-profile litigation cases between major technology firms.

Challenges in Software Patents

(A) Patent Thickets

A "patent thicket" refers to a dense web of overlapping patents that cover the same product or process, creating high search and transaction costs. This phenomenon is prevalent in industries like semiconductors and is particularly acute in the software sector due to its multidisciplinary nature. The interdependence of software technologies necessitates extensive and costly searches to avoid infringement, diverting resources from research and development to legal compliance.

Patent thickets present significant obstacles to competition and innovation by increasing costs, delaying technology deployment, and deterring investment. High-profile legal battles, such as those between Oracle and Google over Java APIs and Apple and Qualcomm over wireless communication patents, exemplify how patent thickets impede the introduction of new technologies and escalate costs for consumers.

• Oracle vs. Google (US RE38,104 and US 6,192,476): The long-running legal battle between Oracle and Google over the use of Java APIs in Android underscores the complexities of software patents. Oracle claimed that Google’s implementation of Java APIs in the Android operating system infringed upon its patents, specifically U.S. Patent No. RE38,104 and U.S. Patent No. 6,192,476, which relate to various aspects of the Java programming language and platform.
     The case raised significant concerns about the patentability of software interfaces, particularly APIs, which serve as essential building blocks for enabling communication between different software systems. The central issue was whether Google’s use of these APIs constituted fair use or an infringement that required licensing. This dispute brought into focus the potential impact on innovation, as restricting the use of APIs could limit the ability of developers to create interoperable software and foster competition.
     Ultimately, the case highlighted the broader debate over the balance between protecting intellectual property and promoting open development in the software industry, with significant implications for future software patent enforcement.
• BlackBerry's Email Patent (US 8,209,634): BlackBerry's patent for secure email transmission, which became a cornerstone of its business model, also contributed to a patent thicket in the mobile communication sector. This patent, covering encryption and secure email protocols, helped BlackBerry maintain a stronghold in the enterprise market. However, as secure mobile email became a necessity for all smartphones, the broad scope of BlackBerry's patent created significant barriers for other manufacturers. Competitors faced high licensing fees or the threat of litigation, leading to several high-profile lawsuits. This patent thicket around secure communication systems restricted industry-wide adoption of standard encryption technologies, forcing companies to navigate complex legal waters to bring their devices to market, ultimately stifling broader innovation in mobile communications.

(B) The Anti-Commons in Software Patents

The "anti-commons" problem arises when too many essential resources are controlled by individual owners, leading to inefficiencies and hindering technological innovation. In software, the extensive patenting of fundamental algorithms and processes creates a fragmented ownership landscape, where navigating overlapping claims becomes prohibitively expensive and complex. Major technology firms accumulate vast patent portfolios, establishing barriers for new developers and fostering an environment where legal battles overshadow collaborative innovation.

Patent trolls exacerbate the anti-commons issue by acquiring patents not to develop technologies but to enforce licensing fees and legal judgments against active developers. This practice increases financial and operational burdens on legitimate innovators, diverting resources away from research and development towards legal defenses. Addressing the anti-commons problem requires multifaceted solutions, including stricter patent examination standards, the promotion of patent pools, defensive licensing strategies, and the adoption of alternative innovation incentives.

• Microsoft vs. Eolas Technologies (US 5,838,906?): In the early 2000s, Eolas Technologies sued Microsoft over a patent related to embedding interactive content in web browsers, a fundamental feature for web applications. This patent, granted to Eolas, covered essential technology that became critical for online services. The case illustrates how the anti-commons issue arises when key innovations are controlled by individual patent holders, creating barriers for other developers attempting to build new technologies that rely on widely used features. Microsoft was forced to pay substantial damages, and the lawsuit delayed innovation in the web browsing space, impacting developers reliant on such interactive technologies.
• RIM vs. NTP (US 5,436,960?): In 2006, Research In Motion (RIM), the maker of BlackBerry, faced a patent infringement lawsuit from NTP, a patent-holding company, over wireless email technology. NTP held several key patents covering the core functions of mobile email systems, despite never having developed any product. This case exemplifies how the anti-commons problem stifles innovation, as NTP's ownership of critical patents resulted in significant litigation costs for RIM and led to a $612.5 million settlement. The case illustrates how patent trolls, which accumulate patents without developing technologies, exploit essential patents to extract royalties, hampering innovation and technological progress in the mobile industry.
• Google vs. Oracle (US 6,125,447? and US 6,192,476?): In one of the most notable cases, Oracle sued Google over the use of Java APIs in the Android operating system. Oracle claimed that Google's use of Java's application programming interfaces (APIs) violated its patents. The APIs in question were fundamental to many software applications, and the lawsuit raised concerns about whether APIs, which are critical to software development and interoperability, could be owned and controlled by a single entity. This situation reflects the anti-commons problem, as a fragmented ownership landscape of essential software interfaces hampers innovation and imposes substantial legal and financial burdens on developers.
• Apple vs. VirnetX

The dispute between Apple and VirnetX involves several key patents held by VirnetX related to secure communications and virtual private networks (VPNs). VirnetX, a patent-holding company often labeled a non-practicing entity (NPE), accused Apple of infringing on these patents through technologies used in FaceTime, iMessage, and VPN on Demand. Some of the critical patents in question include:

• Secure Communication Link (US 6,502,135?): This patent describes a method for establishing a secure communication link between computers using a domain name service (DNS) system. Apple was accused of infringing on this technology through its implementation of secure communications in its devices.
• VPN Technology (US 7,490,151?): This patent covers the creation of a secure communication link using virtual private network (VPN) technology. Apple’s VPN on Demand feature, which automatically establishes secure VPN connections, was cited as infringing on this patent.
• Secure Domain Name Service (US 7,921,211?): This patent focuses on techniques for securely accessing websites through a VPN. VirnetX claimed that Apple’s FaceTime and iMessage services used technology that infringed on this patent.
• Secure Internet Communications (US 8,504,696?): This patent describes a system and method for establishing secure communications over the internet. VirnetX alleged that Apple’s products used this technology without proper authorization.

VirnetX successfully argued that Apple had used these patents without proper licensing, leading to court rulings in favor of VirnetX. Apple was ordered to pay over $500 million in damages. This case highlights the "anti-commons" issue, where essential patents are controlled by non-practicing entities (often referred to as patent trolls), limiting the ability of other companies to innovate and build on foundational technologies. It demonstrates how the accumulation of key patents in critical fields, such as security and VPN technology, can stifle innovation and place a financial burden on developers trying to advance these technologies.

• Yahoo vs. Facebook

In 2012, Yahoo sued Facebook for patent infringement, claiming that Facebook had violated several of its patents related to social networking technologies. The lawsuit targeted key aspects of Facebook's platform, including messaging, advertising, and privacy controls—core features that are foundational to modern social media applications. Some of the patents involved in the case included:

• Online User Profiles (US 6,907,566?): This patent covered methods for generating and managing online user profiles, a fundamental aspect of any social networking platform. Yahoo alleged that Facebook’s user profile system infringed upon this patent.
• Advertisement Targeting (US 7,668,861?): This patent described methods for serving advertisements based on user interactions, a key component of Facebook's business model. Yahoo claimed that Facebook's ad-targeting technologies infringed on this patent.
• Messaging System (US 7,269,590?): This patent related to a method for messaging between users within a social network. Yahoo argued that Facebook's messaging features, including its chat functionality, infringed on this technology.
• Privacy Controls (US 7,454,509?): This patent covered the control of privacy settings for users within a social network, another essential feature in Facebook's platform that Yahoo claimed was infringing on their intellectual property.

These patents, addressing basic and widespread functionalities across social networking platforms, were crucial to the core operation of many social media sites, including Facebook. Yahoo's lawsuit exemplified how controlling such fundamental technologies can lead to legal conflicts that fragment the industry and divert resources from innovation to litigation. The litigation ultimately led to a settlement between the companies, with Facebook agreeing to cross-license patents and acquiring additional patents from Yahoo to bolster its own portfolio.

This case illustrates the "anti-commons" problem, where essential technologies are fragmented across multiple entities, leading to increased legal battles, higher development costs, and a slower pace of innovation. Instead of focusing on product development, companies like Facebook were forced to navigate complex legal disputes, underscoring the challenges that arise when fundamental building blocks of modern technology are controlled by a few patent holders.

(C) Business Methods and Non-Obviousness

Non-obviousness is a core requirement of patent law, ensuring that an invention represents a meaningful advancement and is not simply an application of known principles. This requirement has been especially challenging to apply consistently in the software industry, particularly in the context of business method patents. Over the years, concerns have been raised about the proliferation of software patents that appear to cover routine or obvious processes, leading to debates over what qualifies as a genuine invention deserving of protection.

One of the central criticisms regarding software patents is that many fail to meet the threshold of non-obviousness. Critics argue that these patents often cover ideas that apply existing knowledge in predictable ways, without introducing significant technological advancements. This practice can lead to monopolization of fundamental methods or processes, such as basic data processing techniques or user interface functionalities, creating barriers for others attempting to innovate. The result is a stifling effect on competition, as companies must either navigate around these patents or face the threat of litigation, ultimately limiting the free flow of innovation in the digital economy.

Legal cases like Alice Corp. v. CLS Bank International (2014) have sought to address these issues by raising the bar for what constitutes a patentable invention in the software industry. In Alice, the U.S. Supreme Court ruled that abstract ideas implemented on a computer are not inherently patentable unless they involve an "inventive concept" that transforms the abstract idea into a practical application. This decision has led to the invalidation of numerous software patents that were deemed too abstract or lacking in inventiveness, reinforcing the need for a more rigorous application of the non-obviousness standard.

Despite these legal developments, challenges remain in consistently applying the non-obviousness requirement, particularly at an international level. While many countries have aligned their patent laws with U.S. norms, especially concerning software and business methods, no unified global patent system exists. International treaties like the Patent Cooperation Treaty (PCT) offer frameworks for recognizing patents across borders, but inventors must still seek protection country by country, further complicating efforts to enforce consistent standards of non-obviousness. The fragmented nature of the international patent landscape makes it difficult for companies to secure comprehensive protection while navigating varying legal standards, creating ongoing uncertainty in the field of software patents.

• Amazon's "One-Click" Patent (US 5,960,411): Granted in 1999, Amazon's "one-click" patent is often cited as a key example of how a single software patent can contribute to both a patent thicket and challenges in the business methods and non-obviousness domain. The patent covers a method for placing a purchase order via a communication network with a single action, a seemingly straightforward concept that was granted patent protection despite its reliance on existing e-commerce processes. The broad scope of the patent allowed Amazon to assert control over a foundational e-commerce function, requiring competitors to either license the technology or develop more complicated alternatives.
      From a patent thicketing perspective, the "one-click" patent added to the dense web of software patents that stifle innovation by creating barriers around basic, widely applicable processes. By covering a fundamental feature of online shopping, Amazon created a bottleneck for competitors seeking to offer similarly efficient user experiences without facing costly legal battles. This thicket raised the costs for competitors, delayed the development of user-friendly purchasing systems on other platforms, and reduced the incentive to innovate.
      In terms of business methods and non-obviousness, the "one-click" patent exemplifies the debate over what qualifies as a patentable invention. Critics argue that this patent merely applied existing technological capabilities to a business method that was not particularly inventive, raising questions about its non-obviousness. The Alice Corp. v. CLS Bank International decision in 2014 heightened scrutiny on such patents, calling for a higher threshold for patentability in business methods and software. In retrospect, the "one-click" patent might not have met these stricter standards, as it involved automating an existing business process without introducing a substantial technological advance.
      Ultimately, Amazon's "one-click" patent reflects both the problematic expansion of business method patents and their contribution to patent thickets that complicate the innovation landscape, particularly in the software and e-commerce industries.
• eBay's Business Method Patents (US 7,163,054?): eBay has secured several patents related to online auction systems, including this patent, which covers a method for conducting online auctions. These patents have been used to challenge competitors and license their technologies, potentially restricting the development of alternative auction platforms and limiting consumer choice.
• Salesforce's Patent Portfolio (US 7,262,701?): Salesforce holds numerous patents related to customer relationship management (CRM) software functionalities, with US 7,262,701 covering a system for managing customer interactions and data. This patent encompasses the automation of key business processes, such as tracking customer interactions, managing sales pipelines, and streamlining communication workflows, all of which are essential to modern CRM platforms. By securing patents on these core functionalities, Salesforce can limit the development of similar CRM solutions by competitors without licensing agreements, potentially reducing market competition and creating barriers to innovation within the CRM industry.
• Google's "Data Processing" Patents (US 7,840,493?): Google has patented various data processing methods that improve the performance of its search engine. US 7,840,493 specifically addresses techniques for enhancing data retrieval and ranking efficiency, which are crucial for optimizing search engine performance. These patents create legal challenges for other search engine developers who may seek to implement similar methods of data processing. As a result, Google's patents not only protect its technological advancements but also reinforce its dominant position in the search engine market, limiting competitors' ability to innovate in this area without facing potential legal disputes.

Proposed Solutions

To address the challenges posed by software patents, particularly patent thickets and the anti-commons problem, several solutions have been proposed:

1. Raising Patent Examination Standards: Implementing more stringent criteria for patent approval can ensure that only truly novel and non-obvious inventions receive protection. This reduces the likelihood of granting patents for basic or routine processes that do not contribute significant advancements to the field.
2. Limiting the Scope and Duration of Software Patents: Reducing the breadth and lifespan of software patents can prevent the creation of extensive patent thickets. Shorter patent durations and narrower claims can allow technologies to enter the public domain more quickly, fostering a more open environment for innovation.
3. Promoting Patent Pools and Cross-Licensing Agreements: Encouraging the formation of patent pools, where multiple patent holders collaborate to license their technologies collectively, can simplify the licensing process and reduce transaction costs. This approach can facilitate the development of new software applications by providing easier access to essential technologies.
4. Supporting Open-Source Software Initiatives: Increasing support for open-source software projects can provide alternative avenues for innovation that do not rely on restrictive patent protections. Open-source models promote collaboration and the free exchange of ideas, driving technological advancement without the barriers imposed by patents.
5. Enhancing Antitrust and Competition Policies: Strengthening antitrust regulations to address abusive patent practices can help dismantle patent thickets and promote a more competitive market. Regulatory interventions can prevent monopolistic behaviors that hinder innovation and limit consumer choice.
6. Defensive Patent Licensing: Adopting defensive patent licensing, where companies agree not to enforce their patents against others who use the technology in good faith, can mitigate the threat posed by patent trolls. This practice encourages a more open exchange of ideas within the software community and reduces the financial and operational burdens on legitimate innovators.
7. Alternative Innovation Incentives: Exploring alternative models such as open innovation, competitive grants, or prizes can provide incentives for innovation without relying on exclusive intellectual property rights. These alternatives can ensure that innovation continues without the negative side effects associated with patent thickets, fostering a more inclusive and dynamic technological landscape.

Independent U.S. Patent Filing for Non-Citizens

Submitting a U.S. Patent Application Independently as a Non-U.S. Citizen

Submitting a U.S. patent application is accessible to inventors worldwide, irrespective of their citizenship or residency status. Non-U.S. citizens can file a patent application with the United States Patent and Trademark Office (USPTO) independently, though doing so requires a comprehensive understanding of patent law and procedural requirements. This pathway offers inventors the opportunity to secure protection for their innovations in the U.S. market, though challenges may arise due to the technical and legal complexities of the patent system.

Eligibility to File

U.S. patent law ensures that any inventor, regardless of nationality, is eligible to apply for a patent. This right extends to individual inventors and joint inventors, provided that they are the original creators of the invention. While organizations or corporations cannot be listed as inventors, these entities may hold the rights to an invention through an assignment once the patent is granted. The inventor must bear in mind that U.S. patent law operates on a “first inventor to file” basis, emphasizing the importance of submitting an application promptly to secure priority over similar inventions.

Understanding U.S. Patent Law

Before proceeding with the submission, it is essential to grasp the foundational aspects of U.S. patent law. The core requirements for patentability—novelty, non-obviousness, and utility—must be met. Additionally, inventors must decide which category of patent best suits their invention, whether it be a utility patent, design patent, or plant patent. Familiarity with these fundamental principles is crucial, as they guide the drafting and submission process and ultimately determine the strength of the patent’s protection.

Foreign Filing License Considerations

In certain cases, an inventor's home country may require a foreign filing license before the submission of a patent application in another jurisdiction. This requirement is designed to safeguard national security by ensuring that technological innovations of potential national interest are first reviewed domestically. Non-U.S. citizens should consult their country’s patent regulations to determine whether obtaining a foreign filing license is necessary. Failure to do so may result in legal complications, particularly if the invention is deemed sensitive by national authorities.

Preparation of the Patent Application

The preparation of a patent application is a meticulous process that demands careful attention to detail. The application must include a comprehensive specification, which provides a detailed written description of the invention. This description should be clear enough that an individual skilled in the relevant field can replicate the invention. The specification must also include an abstract summarizing the key aspects of the invention in concise language. Additionally, precise claims must be drafted to delineate the scope of the patent’s protection. The importance of crafting clear, enforceable claims cannot be overstated, as these legal definitions form the core of the patent’s value. Inventions that require visual representation should include drawings to aid in the understanding of the invention’s design or function.

Submission Process

Once the application is prepared, it can be submitted electronically through the USPTO’s Patent Center or EFS-Web system. These online portals are accessible globally, allowing inventors to manage their applications from any location. A USPTO account is required to access these systems, and the submission must include all necessary forms and fees. The fee structure is readily available on the USPTO website, and reduced fees may be available for small or micro-entities. Timely submission is crucial, as the U.S. patent system prioritizes the first inventor to file, making prompt action essential for securing patent rights.

Challenges of Independent Submission

Filing a patent application independently presents several challenges. U.S. patent law is intricate, and without professional guidance, inventors may find it difficult to navigate the nuances of the legal framework. Drafting precise claims and ensuring compliance with procedural requirements are two areas where independent applicants often face difficulties. Errors in these areas can lead to application delays or rejections, thereby extending the time required to secure a patent.

Benefits of Professional Assistance

While it is possible to submit a patent application independently, the assistance of a registered patent attorney or agent can offer substantial benefits. Patent professionals possess the legal and technical expertise necessary to draft claims, prepare formal documents, and respond to office actions from the USPTO. They can provide valuable insights into the patent examination process and advocate on behalf of the inventor should the USPTO issue a rejection or objection to the application.

Alternative Routes: Patent Cooperation Treaty (PCT)

For inventors seeking broader international protection, the Patent Cooperation Treaty (PCT) provides an alternative route. By filing a single international application, inventors can delay the need to file separate national applications in individual countries. This pathway allows inventors to preserve their rights in over 150 contracting states, including the United States, while evaluating the commercial potential of their invention in various markets. The PCT process can simplify the pursuit of global patent protection, offering a strategic advantage for inventors with international ambitions.

Trademarks in the Software Industry: Protection, Fair Use, and the Rise of AI

Trademarks are a fundamental component of intellectual property law, crucial for regulating commercial competition and shaping consumer culture, particularly within the software industry. While often associated with brand logos and slogans, trademarks have a profound impact on market dynamics and consumer behavior. To fully comprehend their significance, it is essential to explore their functions, benefits, limitations—including dilution—and broader implications within the context of software. Additionally, understanding the interplay between trademarks, fair use, free speech, and other forms of intellectual property like patents and copyrights is vital, especially with the advent of artificial intelligence (AI) technologies.

The Essence of Trademarks in Software: A trademark is a legally recognized symbol, word, phrase, or design that distinguishes a company's products or services from those of others. In the software industry, trademarks play a vital role in establishing brand identity and fostering consumer recognition in a highly competitive market. Unlike patents, which protect inventions, or copyrights, which safeguard creative works, trademarks focus on differentiating products and services, thereby influencing consumer choices.

#1/2: Functions

1. Ensuring Consistent Quality and Reliability

Trademarks enable software companies to offer products and services with consistent quality, fostering consumer trust and loyalty. By associating a mark with a certain standard, companies are incentivized to maintain high-quality software solutions. This consistency reassures consumers that they can expect the same experience whenever they engage with a product bearing the trademark.

Example: The Microsoft Windows logo signifies a consistent user interface and compatibility standards across different versions, assuring users of a familiar and reliable experience.

2. Reducing Consumer Search Costs

Trademarks simplify the decision-making process for consumers by providing clear and memorable indicators of a product’s source and quality. Without trademarks, consumers would expend significant time and resources identifying software that meets their needs.

Example: The Adobe trademark immediately signals a suite of professional creative software, such as Photoshop and Illustrator, enabling users to quickly select tools appropriate for their projects without extensive research.

3. Representing Company Value and Reputation

For software companies, trademarks are not merely identifiers but symbols of market value and reputation. They encapsulate the cumulative effort and investment made to establish a presence in the industry. Strengthening trademarks becomes a strategic priority, as they reflect brand equity and competitive advantage.

Example: The Oracle trademark is synonymous with enterprise-grade database solutions, representing the company's long-standing expertise and reliability in data management.

4. Maintaining Active Commerce and Preventing Trademark Erosion

Trademarks can last indefinitely if they remain active in commerce and are adequately protected. Software companies must vigilantly guard their trademarks to prevent dilution or misuse, ensuring that the mark continues to signify the quality and origin of their products.

Examples:

• Java: Originally trademarked by Sun Microsystems (now owned by Oracle), the term "Java" must be protected to prevent it from becoming a generic term for any programming language, which would erode its distinctiveness.
• Google: As a widely recognized trademark, Google actively discourages the use of its name as a verb (e.g., "to google") to prevent it from becoming generic and losing trademark protection.

#2/2: Limitations

1. Lack of Market Exclusivity Across All Sectors

Trademarks do not guarantee exclusivity across different markets or industries. The same or similar trademarks can be registered and used by different companies in unrelated sectors without legal conflict, provided there is no likelihood of consumer confusion.

Example: The term "Safari" is used by Apple for its web browser and by other companies unrelated to software, such as travel agencies. The distinct markets reduce the likelihood of consumer confusion.

2. Possibility of Dilution

Dilution occurs when a famous trademark's distinctiveness is weakened through unauthorized use by others, even in non-competing markets. This can happen through:

• Blurring: Weakening the mark's association with a particular product or service.
• Tarnishment: Harming the mark's reputation through unsavory or inferior associations.

Example: If an unrelated company used the name "Adobe" for a line of low-quality software, it could dilute the distinctiveness of Adobe's trademark, potentially leading to consumer confusion or damaging the brand's reputation.

Dilution laws provide additional protection for well-known trademarks, but not all claims succeed. Courts often balance the trademark owner's rights against freedom of expression and fair use considerations.

3. Challenges with Genericization

When a trademark becomes generic due to common usage, it can lose its legal protection. This occurs when the public perceives the trademark as the generic name for a type of product or service rather than as an indicator of source.

Example: The term "App Store" faced challenges when Apple tried to assert exclusive rights, arguing that it had become generic for online application marketplaces.

4. Limitations in International Protection

Trademarks are territorial and must be registered in each country or region where protection is sought. This can lead to limitations in enforcing trademark rights internationally, especially where different legal standards apply.

Example: A software company may hold a trademark in the United States but find that a similar mark is already registered by another entity in another country, limiting its ability to use or protect the mark globally.

5. First Amendment and Free Speech Limitations

Trademarks cannot be used to unduly restrict free speech. Courts may limit the enforcement of trademark rights when they conflict with First Amendment protections, such as in cases involving criticism, parody, or commentary.

Fair Use and Free Speech in Software Trademarks

Understanding what is allowed and not allowed under fair use and free speech is crucial for navigating trademark law in software.

(A) Permissible Uses:

1. Nominative Fair Use

Allows the use of a trademark to refer to the trademarked product or service itself when:

• The product or service cannot be readily identified without using the trademark.
• Only as much of the mark as necessary is used.
• The use does not imply sponsorship or endorsement by the trademark holder.

Example: A compatibility statement like "This software is compatible with Microsoft Windows" uses the trademark to accurately describe the product's functionality without implying endorsement.

2. Descriptive Fair Use

Permits the use of a trademark in its ordinary descriptive sense rather than as a trademark.

Example: A company describing its product as "a windowing software solution" is using the term "windowing" descriptively, not infringing on Microsoft's Windows trademark.

3. Parody, Criticism, and Commentary

Trademarks can be used in parody, satire, or criticism, as long as the use does not cause confusion about the source or sponsorship of the goods or services.

Example: An editorial cartoon satirizing Google's data collection practices may use the Google logo to make a point, protected under free speech rights.

(B) Prohibited Uses:

1. Likelihood of Confusion

Using a trademark in a way that is likely to cause consumer confusion about the source, sponsorship, or affiliation of goods or services is prohibited.

Example: Naming a new software product "FaceNook" could cause confusion with Facebook, potentially leading to infringement claims.

2. Dilution

Unauthorized use of a famous trademark in a way that dilutes its distinctiveness or tarnishes its reputation, even without causing consumer confusion, is prohibited.

Example: Launching a cybersecurity software named "Tesla Secure" could dilute Tesla's trademark, even if the products are different.

3. Trademark Infringement

Any unauthorized use of a trademark that infringes upon the trademark owner's rights is prohibited, especially when it exploits the trademark's goodwill.

Example: Distributing counterfeit software under the "Adobe Photoshop" name directly infringes on Adobe's trademark rights.

Trademarks vs. Patents and Copyrights in Software

Understanding the distinctions between trademarks and other forms of intellectual property is vital in the software industry.

Cultural and Competitive Impact of Trademarks in Software

Trademarks influence cultural trends and consumer behavior within the software industry. The brands and logos users interact with often reflect personal preferences, professional affiliations, and technological ecosystems.

Example: Choosing between Android and iOS devices often aligns with broader brand loyalties to Google or Apple, respectively, affecting software application choices and user experiences.

Trademarks also shape competitive landscapes by establishing clear brand distinctions. While they foster brand loyalty, aggressive defense of trademarks can sometimes stifle innovation and competition. Large software companies may enforce their trademarks against smaller developers, potentially limiting creative expression or interoperability.

Impact of AI on Trademarks

Artificial intelligence introduces new challenges and considerations for trademarks in software:

• Automated Content Generation: AI systems that generate content may inadvertently use trademarks without authorization, leading to potential infringement issues.
• Trademark Use in AI Training Data: Training AI models on datasets containing trademarked material raises questions about fair use and the potential for dilution.
• AI Branding and Trademark Registration: As AI becomes more prevalent, companies are trademarking AI-related terms and product names, increasing the complexity of navigating trademarks in the software industry.

Example: An AI assistant developed by a company might be named "Echo", potentially conflicting with Amazon's trademark for its Echo devices. Ensuring that AI product names do not infringe on existing trademarks is crucial.

Purpose of the Trademark License Agreement

The Trademark License Agreement serves as a formal document by which the trademark owner, known as the Licensor, grants another party, referred to as the Licensee, permission to use the Licensor’s trademark under well-defined terms and conditions. In this instance, the agreement is designed for the Licensor, Hyunsuk Roh, operating as nGene Hemodynamic Research Center, to extend the right to use the "Project nGene.org" trademark to other qualified parties in connection with specific activities, products, or services.

Defining Permissible Uses of the Trademark

This document sets forth the approved scope of use for the trademark. It delineates permissible activities, such as marketing, event organization, and other specified uses, and places limitations on unauthorized applications to preserve the integrity of the trademark.

Ensuring Quality Control

To maintain the reputation associated with the trademark, the agreement requires adherence to certain quality standards. It includes provisions for training and inspection, allowing the Licensor to verify that the Licensee’s use of the trademark aligns with the established standards and brand guidelines.

Setting Territorial Limits

The agreement establishes geographical boundaries within which the Licensee is authorized to operate, for instance, within the United States, thereby restricting the use of the trademark outside the designated territory unless otherwise approved by the Licensor.

Preserving Trademark Ownership and Rights

This document reiterates the Licensor’s full ownership of the trademark and associated rights. It prevents the Licensee from challenging the validity of the trademark or engaging in any action that may adversely affect its reputation or value.

Protecting Confidentiality and Intellectual Property

Recognizing the potential exchange of proprietary information, the agreement includes confidentiality provisions to safeguard sensitive data and restricts the Licensee from encumbering or compromising the trademark in any form.

Establishing Term and Renewal Conditions

The agreement defines the duration of the licensing relationship, typically for an initial period of one year, with provisions for automatic renewal unless one of the parties elects to terminate it. It also includes conditions under which either party may end the agreement.

Providing Legal Protections and Indemnification

To safeguard the Licensor from liabilities arising from the Licensee’s use of the trademark, the agreement incorporates indemnification provisions. The Licensee agrees to assume responsibility for any claims or damages related to its trademark usage.

TRADEMARK LICENSE AGREEMENT

This Trademark License Agreement (the "Agreement") is by and between Hyunsuk Roh ("Licensor"), doing business as nGene Hemodynamic Research Center, an individual entity of the United States, with a mailing address at Licensor's Mailing Address, and [Licensee's Name] ("Licensee"), a [entity type or individual] of [U.S. State or Country], with a mailing address at [Licensee's Mailing Address].

WHEREAS, Licensor is the owner of the Licensor Trademarks, including the trademark "Project nGene.org" (Registration Number: 5645272, Serial Number: 87806321) in International Class 009 for scientific and measuring instruments;

WHEREAS, Licensor wishes to license the use of the Licensor Trademarks for the establishment of Licensed Chapters dedicated to organizing Licensed Events;

WHEREAS, Licensee wishes to use the Licensor Trademarks in connection with establishing a Licensed Chapter dedicated to organizing Licensed Events in _________________________; and

WHEREAS, Licensor is willing to grant to Licensee a license to use the Licensed Mark under the terms and conditions set out in this Agreement;

NOW, THEREFORE, in consideration of the mutual promises, terms, and conditions set forth herein, the parties agree as follows:

1. Definitions

2. License Grant

3. Use of Licensed Mark

4. Ownership and Registration

5. Quality Control

6. Marketing, Advertising, and Promotion

7. Enforcement

8. Payments

9. Confidentiality

10. Representations and Warranties

11. Indemnification

12. Term and Termination

13. Post-Termination Rights and Obligations

14. Assignment

15. Miscellaneous

[Signature Page]

Purpose and Timing for Using a Trademark Co-Existence Agreement

A Trademark Co-Existence Agreement serves as a formal agreement between two entities holding similar or potentially confusing trademarks, enabling both parties to maintain and use their respective marks while minimizing legal disputes and marketplace confusion. This document is particularly valuable when both parties aim to acknowledge and respect each other's rights to the marks without compromising the unique brand identities they have established.

Appropriate Situations for Using the Agreement

This agreement is typically advisable in the following circumstances:

• Facilitating Trademark Registration with the USPTO
  

  When applying for trademark registration with the United States Patent and Trademark Office (USPTO), concerns may arise regarding the potential for consumer confusion due to similarity with an already registered or pending trademark. A Co-Existence Agreement can be presented to the USPTO as evidence that both parties have consented to coexist without conflict, which can help mitigate examiner objections and smooth the registration process.

• Avoiding Trademark Disputes and Litigation
  

  If there is a risk that one party may challenge the other’s trademark rights through opposition, cancellation, or infringement actions, this agreement offers a mutual assurance of non-interference. By formally consenting to each other's trademark use and registration, both entities reduce the likelihood of costly legal proceedings and disruptions to business operations.

• Minimizing Consumer Confusion in the Marketplace
  

  For trademarks already in use, this agreement provides a structured framework to address any issues that may arise from actual or perceived confusion in the marketplace. It establishes a protocol for notifying each other of potential confusion and a good-faith method for resolving such issues, preserving the integrity of each brand.

The Agreement’s Value in Managing Trademark Relations

A Co-Existence Agreement offers distinct benefits for both parties, including:

• Preservation of Brand Identity and Market Presence
  

  By recognizing each other’s right to use their respective trademarks, both parties can continue building their brands within their markets without fear of legal obstacles. This agreement assures both companies of the security of their trademarks, enabling them to focus on expanding their market presence.

• Enhanced Efficiency in the Registration Process
  

  Mutual consent to each party’s trademark registration reduces obstacles in the USPTO review, where potential conflicts based on trademark similarity may otherwise arise. This preemptive agreement helps avoid examiner objections, leading to a more streamlined registration experience.

• Reduction of Legal Uncertainty and Costs
  

  A Co-Existence Agreement proactively reduces the potential for future disputes, helping both parties avoid significant legal expenses. By addressing potential conflicts in advance, the agreement serves as a preventive measure that benefits both entities.

• Establishment of a Framework for Addressing Conflicts
  

  In the event of any confusion or conflict, the agreement provides a pre-established process for managing and resolving issues cooperatively. This fosters a spirit of collaboration and ensures that both parties work together to maintain brand distinction in the marketplace.

CO-EXISTENCE AGREEMENT

This Co-Existence Agreement (the “Agreement”) is by and between Hyunsuk Roh (“Company A”), doing business as nGene Hemodynamic Research Center, an individual entity of the United States, with a mailing address at Licensor's Mailing Address, and [Their Company] (“Company B”), a [entity type or individual] of [U.S. State or Country], with a mailing address at [mailing address].

Company A owns USPTO Ser. No. 5645272 for Project nGene.org in Class[es] 009 for scientific and measuring instruments.

Company B owns USPTO [Ser./Reg.] No. XXXXXX for [THEIR TRADEMARK] in Class[es] [their goods/services class number].

The parties do not believe that use of their respective marks in connection with their respective services is likely to cause confusion, mistake, or deception.

The parties consent to the use and registration of their respective marks based on the terms and conditions set forth in this Agreement.

NOW, THEREFORE, in consideration of the mutual promises herein, the parties agree as follows:

1. Incorporation of Recitals and Definitions

The foregoing recitals and definitions are incorporated herein.

2. Consent to Use and Registration by Company B

Company B consents to the use and registration of the mark Project nGene.org by Company A for [specific goods/services identification].

3. No Opposition or Cancellation by Company B

Company B shall not oppose Company A’s applications to register Project nGene.org for the goods/services listed above or seek to cancel any resulting registration for such mark.

4. Consent to Use and Registration by Company A

Company A consents to the use and registration of the mark [Their Mark] by Company B for [specific goods/services identification].

5. No Opposition or Cancellation by Company A

Company A shall not oppose Company B’s applications to register [Their Mark] for the goods/services listed above or seek to cancel any resulting registration for such mark.

6. Declarations and Letters of Consent

Subject to the parties’ full and continuing compliance with the terms of this Agreement, either party shall provide all Declarations and Letters of Consent that may become necessary for the other party to obtain or maintain registrations for the respective marks for the respective services listed above.

7. Prevention of Confusion in the Marketplace

The parties shall continue to take reasonable action to prevent any confusion due to the coexistence, use, and registration of their respective marks. In the event that either of the parties learns of any actual confusion in the marketplace as a result of the concurrent use of the marks, the party learning of such confusion shall use reasonable efforts to promptly notify the other party. The parties shall then confer in good faith to determine what reasonable steps may be taken in order to eliminate any such confusion.

8. Binding Nature of the Agreement

This Agreement shall be binding upon and inure to the benefit of the parties, their related, affiliated, and subsidiary companies, and their successors and assigns.

9. Modifications to the Agreement

Any changes to this Agreement must be in writing executed by both parties.

10. Scope and Duration

This Agreement and its terms apply to the United States and is without any expiration date.

11. Authority to Sign

Each of the undersigned certifies that he/she has authority to sign this Consent.

WHEREFORE, the parties have executed this Agreement by their authorized representatives on the dates set forth below.

Maintenance timeline for “PROJECT NGENE.ORG” trademark

U.S. Trademark Reg. No. 5645272 (Serial No. 87806321) was registered on 1 Jan 2019. The 6-year Section 8 Declaration of Use was accepted on 15 May 2025. The table below records each filing and sets out future statutory deadlines.

Official USPTO Notification: U.S. Trademark Registration No. 5645272

From:  TMOfficialNotices@USPTO.GOV
Sent:  Thursday, May 15, 2025 18:13:58 EDT
To:    XXXX
Subject: Official USPTO Notification: U.S. Trademark Registration No. 5645272 -- Docket/Reference No.

U.S. Serial Number:       87806321
U.S. Registration Number: 5645272
U.S. Registration Date:   January 01, 2019
Mark:                     PROJECT NGENE.ORG
Owner:                    Roh, Hyunsuk



May 15, 2025

NOTICE OF ACCEPTANCE UNDER SECTION 8

The declaration of use or excusable nonuse filed for the above-identified registration meets the
requirements of Section 8 of the Trademark Act, 15 U.S.C. §1058. The Section 8 declaration is accepted.

The registration will remain in force for the class(es) listed below, unless canceled by an order of the
Commissioner for Trademarks or a Federal Court, as long as the requirements for maintaining the
registration are fulfilled as they become due.

Class(es):
009

TRADEMARK SPECIALIST
POST-REGISTRATION DIVISION
571-272-9500



REQUIREMENTS FOR MAINTAINING REGISTRATION

WARNING: Your registration will be canceled if you do not file the documents below during the specified
statutory time periods.

Requirements in the First Ten Years

What and When to File: You must file a declaration of use (or excusable nonuse) and an application for
renewal between the 9th and 10th years after the registration date. See 15 U.S.C. §§1058, 1059.

Requirements in Successive Ten-Year Periods

What and When to File: You must file a declaration of use (or excusable nonuse) and an application for
renewal between every 9th and 10th-year period, calculated from the registration date. See 15 U.S.C.
§§1058, 1059.

Grace Period Filings

The above documents will be considered as timely if filed within six months after the deadlines listed
above with the payment of an additional fee.

***THE USPTO IS NOT REQUIRED TO SEND ANY FURTHER NOTICE OR REMINDER OF THESE REQUIREMENTS.
THE OWNER SHOULD CONTACT THE USPTO ONE YEAR BEFORE THE EXPIRATION OF THE TIME PERIODS
SHOWN ABOVE TO DETERMINE APPROPRIATE REQUIREMENTS AND FEES.***

To check the status of this registration, go to
https://tsdr.uspto.gov/#caseNumber=87806321&caseSearchType=US_APPLICATION&caseType=SERIAL_NO&searchType=statusSearch
or contact the Trademark Assistance Center at 1-800-786-9199.

To view this notice and other documents for this registration online, go to
https://tsdr.uspto.gov/#caseNumber=87806321&caseSearchType=US_APPLICATION&caseType=SERIAL_NO&searchType=documentSearch
NOTE: This notice will only be available online the next business day after receipt of this e-mail.


* For further information, including information on filing and maintenance requirements for U.S.
  trademark applications and registrations and required fees, please consult the USPTO website at
  https://www.uspto.gov/trademark/
  or contact the Trademark Assistance Center at 1-800-786-9199.

Key points

1. Failure to file within the statutory window results in cancellation; the grace period incurs additional USPTO fees.
2. Specimens demonstrating current use in commerce are required with each Section 8 filing.
3. Confirm USPTO fee schedules and requirements one year before each deadline to account for possible rule changes.

Written on June 7, 2025

Trademark Feasibility Brief: “nGene” and “nGene.org” (Class 9)

The purpose of this briefing is to evaluate the feasibility and implications of filing new U.S. trademark applications for the terms “nGene” and “nGene.org” in International Class 9. These terms are being considered for registration by the same owner who already holds the registered mark “Project nGene.org” (Reg. No. 5645272) in Class 9. We will examine key factors including distinctiveness, descriptiveness, likelihood of confusion, and potential USPTO obstacles. In addition, we assess whether software products released under variant names such as “Project nGene.org – A,” “Project nGene.org – B,” and “Project nGene.org – C” are covered by the existing trademark, or if separate filings are advisable for each variation. The goal is to provide a comprehensive legal and practical analysis to guide strategic decisions on trademark protection for the “nGene” brand family.

Distinctiveness and Descriptiveness of “nGene” and “nGene.org”

Understanding Distinctiveness: Both “nGene” and “nGene.org” appear to be coined terms with no obvious generic meaning, placing them on the inherently distinctive side of the trademark spectrum. The existing mark “Project nGene.org” was successfully registered, which indicates that the USPTO found the core term “nGene.org” sufficiently distinctive (not merely descriptive or generic) for Class 9 software products. In fact, the registration includes a disclaimer of the word “Project,” implying that “nGene.org” was the primary distinctive element of the mark. This bodes well for the standalone registrability of “nGene” or “nGene.org.”

Descriptive or Not? Neither term seems to directly describe the software’s function or characteristics. The term “nGene” could suggest a connection to “gene” or “next-generation,” but it does so in an indirect or suggestive way rather than explicitly describing the product. Such suggestive marks are generally registrable without proof of secondary meaning. Likewise, adding “.org” in “nGene.org” does not turn it into a descriptive term; instead, it reads as part of a branding style (similar to how “example.com” can function as a brand). Since “.org” is a generic top-level domain, the USPTO might view it as having little source-identifying significance on its own, but as part of the composite mark “nGene.org,” it can still be distinctive. Notably, in the existing registration the USPTO did not require a disclaimer for “.org,” further indicating that “nGene.org” was considered a unitary, distinctive phrase rather than a mere web address.

Implication: Both “nGene” and “nGene.org” are expected to clear the USPTO’s distinctiveness threshold. They are not generic terms for software, nor do they straightforwardly describe the software’s features (e.g., they’re not named “Clinical Data Management Software” or the like). This means there is a low risk of a descriptiveness refusal under §2(e)(1) of the Lanham Act. In summary, from a distinctiveness and descriptiveness standpoint, filing applications for these terms is feasible and they stand a strong chance of approval, provided no other issues arise.

Likelihood of Confusion Considerations

Internal Conflicts (Existing Mark vs. New Marks): A key factor to address is the similarity between the proposed marks (“nGene” and “nGene.org”) and the already-registered “Project nGene.org.” Normally, the USPTO refuses registration of a mark that is confusingly similar to an existing mark on related goods. However, in this case the potentially conflicting mark is owned by the same party . This common ownership largely mitigates the risk of a confusion refusal. In practice, an Examining Attorney who finds the applicant’s own prior registration will typically note the shared ownership. Because trademark law presumes that confusion is avoided when the same entity owns both marks (any consumer confusion would still lead back to the same source), the USPTO does not bar an applicant from having multiple similar marks on similar goods. We expect, therefore, that the new applications would not be refused on the basis of the existing “Project nGene.org” registration.

It is worth noting that occasionally the USPTO may require a formal explanation or a claim of ownership of the prior registration in the new application. The trademark application forms allow an applicant to cite existing registrations that are related; listing the “Project nGene.org” registration in the new filings can proactively signal to the examiner that the marks are under common ownership. This can preempt any confusion concerns. Overall, the relationship of the new marks to the existing mark is a strategic advantage rather than a hurdle, as it essentially creates a family of marks centered on “nGene.”

External Conflicts (Other Parties’ Marks): Beyond the owner’s own portfolio, we must consider other trademarks in Class 9 (and related classes) that could conflict with “nGene” or “nGene.org.” A preliminary search did not reveal any active federal registrations identical to “nGene” or “nGene.org” in Class 9 for software. The closest historical reference was a defunct mark “NGENE” previously registered by another company (for hardware components in the mid-2000s), which is now listed as dead/expired. No current registrations or applications appear to use the exact term “nGene.” This suggests a low likelihood of confusion with third-party marks, as there are no identical marks on record for similar goods.

However, the analysis should also consider marks that are similar in sound or appearance. For example, marks containing “gene” or starting with “N” plus “gene” could potentially be seen as similar. So far, nothing obvious stands out (e.g., no prominent “NGene” or “N-Gene” marks by others in the software/tech space). One remote consideration is the phonetic similarity between “nGene” and the word “engine.” Although spelled very differently, if pronounced quickly “nGene” might echo “engine.” If a tech product named “Engine” or “N-Engine” existed, an examiner might compare them. That said, “engine” is a common word and would likely be considered weak for exclusive rights, and contextually the marks are distinguishable. Overall, the risk of a confusion-based refusal due to third-party marks appears minimal. As a precaution, a comprehensive trademark search should be conducted prior to filing, but based on available information, no significant obstacles are expected from other trademark owners.

Trade Channels and Consumer Perspective: The goods identified (software for clinical data, robotics interface, GUI software) define the scope of protection. Since the new applications would cover essentially the same category of products as “Project nGene.org,” the trade channels and consumer base are identical. This consistency is actually helpful — any consumer who encounters “nGene” or “nGene.org” in relation to software is likely to associate it with the same source as “Project nGene.org” because of the shared distinctive element. This means the marks are naturally extending the brand. From the USPTO’s standpoint, identical classes and goods would normally heighten confusion concerns if marks were in different hands; but under one owner, it underscores brand unity rather than conflict.

Potential USPTO Obstacles and Considerations

Aside from distinctiveness and confusion, a few additional USPTO considerations should be kept in mind when filing for “nGene” and “nGene.org”:

• Specimen of Use: If these applications are filed based on actual use in commerce (or when eventually submitting specimens under an intent-to-use application), the way the marks are presented will matter. For “nGene.org,” it’s important that the term is used in a trademark manner (e.g., on the product interface, splash screen, or packaging as a product name) and not merely as a part of a URL or contact address. Since “nGene.org” includes “.org,” the specimen should clearly show it functioning as a brand identifier rather than just a website. The prior registration overcame this, so similar use should suffice. For “nGene,” similarly, ensure it appears prominently as the name/brand of the software product.
• Identification of Goods: The new applications will likely mirror the existing trademark’s goods description (software for specific purposes in Class 9). Using the same or very similar description should be acceptable and helps maintain consistency across the brand’s trademarks. Because the goods will overlap with the existing registration, the owner benefits from established use. There’s no need to narrow or differentiate the goods for the new filings, since the owner is simply securing the core name on the same products.
• Examiner’s Discretion: In rare cases, an examiner might initially raise a concern about similarity to the existing mark until they verify common ownership. If that occurs, the response would be straightforward: one can reference the existing registration and confirm that it’s the applicant’s own prior mark. The Trademark Manual of Examining Procedure (TMEP) acknowledges that confusion refusals are usually not applicable when the cited mark is under the applicant’s control, but sometimes an explanation or a disclaimer might be required (for instance, if the new mark were a shortened form that could potentially be seen as a mere abbreviation of the old mark, the examiner might want clarity that it will be used as a trademark on its own). Preparedness to address such an inquiry will smooth the process.
• Domain Name Element (“.org”): While not an obstacle per se, it’s worth noting that trademarks consisting of or containing domain extensions can prompt the USPTO to consider whether the mark is unitary. In this case, “nGene.org” is treated as a single term. The examiner in the original application did not separate “nGene” from “.org,” which implies they saw the whole string as the brand. We should maintain that approach. No disclaimer of “.org” should be volunteered (and likely none will be asked), since doing so could imply that part of the mark is generic. Instead, treat “nGene.org” as one coined mark.

Conclusion on Feasibility: From the USPTO’s perspective, filing for “nGene” and “nGene.org” in Class 9 should be feasible. Both marks are distinctive, align with an existing registered brand, and do not present obvious conflicts. The key will be proper application drafting (highlight common ownership of the existing mark, replicate the goods description for consistency, and ensure specimens show proper trademark use). With these considerations in mind, the chances of smooth approval are high. In essence, obtaining these registrations would strengthen the brand’s protection by covering the standalone “nGene” name and the “nGene.org” variant, complementing the “Project nGene.org” registration.

Coverage of “Project nGene.org – A/B/C” Software Variations

Now we turn to the question of whether software products released under names like “Project nGene.org – A,” “Project nGene.org – B,” and “Project nGene.org – C” are covered by the existing trademark registration for “Project nGene.org,” or if separate trademarks should be filed for each of these derivative names. These designations suggest that the core brand “Project nGene.org” is being extended with a differentiating suffix (the letters A, B, C) to denote different versions, modules, or editions of the software. We will examine how trademark law treats such variations in use and what constitutes proper trademark use in commerce.

Use of the Core Mark in Variations: The good news is that each of the variant names includes the entire registered trademark “Project nGene.org.” This means that in the marketplace, consumers still directly encounter the protected mark as the leading portion of the product name. For example, in “Project nGene.org – A,” the distinctive part “Project nGene.org” appears in full. The added letter “A” is serving as a specifier (perhaps a version or edition indicator). From a legal standpoint, if a trademark as registered is used in commerce with only minor additions or changes that do not alter its fundamental identity, that use can still count towards the rights in the registered mark. Here, the additions are single-letter suffixes separated by a dash or colon, which typically would be seen as a subordinate modification rather than a completely new mark.

Continuous Trademark Use and “Material Alteration”: One consideration is whether adding a letter suffix materially changes the commercial impression of the mark. The guiding principle is that the mark used should be a “substantially exact representation” of the mark as registered. In our scenario, “Project nGene.org” vs. “Project nGene.org – A” are very close; the latter simply appends one character. The core branding remains unmistakable. It is unlikely that consumers would perceive “Project nGene.org – A” as a different source or brand from “Project nGene.org” – they would assume A is just a variant of the known product. Therefore, the use of these lettered names should still legally qualify as use of the “Project nGene.org” trademark in commerce. This is important for maintaining the trademark’s validity: as long as the base mark appears in the product name, the owner can show the mark is in active use (for example, providing a specimen like a screenshot of a title screen that says “Project nGene.org – A” should satisfy usage of “Project nGene.org,” since the latter is discernible within it).

Enforcement and Scope of Rights: Because the registered mark covers “Project nGene.org,” the owner has the exclusive right to use that phrase (and confusingly similar variations) for the listed software goods. A competitor using “Project nGene.org,” or something like “nGene.org” or any close variant, would clearly infringe. If a competitor tried to use “Project nGene.org – X” or another letter, it would still be an infringement due to the presence of the core mark. In essence, the trademark rights extend to these variations. The law doesn’t require separate registrations for every format in which a mark might appear, as long as the dominant element is consistent. Here, the dominant and distinctive element is always “Project nGene.org.” The letters A, B, C by themselves are not source-identifiers (one cannot claim exclusive rights to a single letter in this context), and they function more like model or version designations. Thus, the existing trademark provides a broad umbrella of protection over any use of “Project nGene.org” however it may be incremented or versioned.

Practical Example: Many companies use a single core trademark for a product line with version numbers or letters appended (e.g., “SoftwareName Pro” or “SoftwareName 2021 Edition”). They often rely on the core name’s trademark registration to cover those uses. The rationale is that the average buyer still sees the same brand; the extra label just tells them which variant or release it is. Our case is analogous – “Project nGene.org” is the brand, and “– A/B/C” are like edition tags.

Important Note: To ensure full protection, it is advisable that in marketing and branding materials the core name “Project nGene.org” is always prominently featured and not overshadowed by the suffix. The layout or branding should make it clear that “Project nGene.org” is the product family, with A, B, C being subordinate identifiers. This way, there’s little doubt that consumers recognize the primary trademark, and any use will clearly reinforce the rights in “Project nGene.org.”

Need for Separate Filings for Variants?

When Separate Filings Might Be Considered: Generally, if each product variation was given a completely different name, separate trademarks would be needed. In our case, however, the names share the core mark. Separate filings for “Project nGene.org – A,” “– B,” and “– C” would each mostly duplicate the main mark and include a single-letter difference. The added letters alone are not distinctive – if we attempted to register “Project nGene.org A” as a trademark, the USPTO would likely view it as the same commercial impression as “Project nGene.org,” or at best see “A” as a descriptive or informational addition (indicating a series or version). It’s not common to register trivial variations like this, unless the suffix itself has brand significance (for example, some companies trademark both a base name and a sub-name if the sub-name indicates a particular line, like “Adobe Photoshop” and “Adobe Photoshop Elements,” where “Elements” is a whole sub-brand). In the case of a single letter, that letter would not be protectable in isolation and offers no unique brand value by itself.

Furthermore, pursuing separate registrations for each lettered variant could be seen as overkill. It would triple the filing and maintenance costs while yielding relatively little added protection. Since the scope of protection for “Project nGene.org” already covers confusingly similar uses, any third party using “Project nGene.org” with any letter would infringe the original mark, and the owner could stop them without needing a special registration for the variant. Also, consider the administrative burden: each additional registration must be renewed and policed. Unless the plan is to spin off A, B, and C into distinct product lines or perhaps eventually drop the “Project nGene.org” portion (which does not seem to be the intent here), separate marks are not necessary.

Ensuring Coverage Under the Existing Mark: The crucial factor to making this strategy work is consistent usage. As mentioned, the core trademark must remain visible and integral in the compound names. If at any point the naming convention shifted so that the products were referred to simply as “nGene A, nGene B, nGene C” (dropping “Project” and “.org”), then we’d be looking at a scenario where the marks in use are actually “nGene A,” etc. That would be a more significant change, potentially warranting its own trademark (or at least requiring the “nGene” mark to be registered, which we are already considering). But as long as the format “Project nGene.org – [Letter]” is maintained, the owner is effectively using the registered mark in commerce. When it comes time to renew the trademark or respond to any use inquiries, evidence of any of the variants in commerce should satisfy requirements, because the presence of “Project nGene.org” within them demonstrates the mark is alive and well in the marketplace.

Recommendation on Variants: At this stage, separate trademark filings for “Project nGene.org – A/B/C” are not recommended. They would largely be redundant. Instead, resources are better spent on securing the shorter core marks (“nGene” and “nGene.org” as discussed) to bolster the brand’s protection. Those core marks, once registered, would encompass virtually any use-case, including the current variants. By holding registrations for the base name with and without the “Project” or “.org” elements, the owner gains maximum flexibility. The combination “Project nGene.org” is already protected; adding “nGene.org” covers the scenario if the brand is used with the .org but without “Project,” and adding “nGene” alone covers references to the software that might omit the “.org” (for instance, people might colloquially refer to the product line as just “nGene”). In contrast, registering the A, B, C versions would be very narrow and not particularly beneficial beyond what is already secured.

Summary and Strategic Guidance

In summary, the owner’s current trademark portfolio can and should be augmented as follows:

• Proceed with Applications for “nGene” and “nGene.org”: These filings are feasible and advisable. They pose no significant distinctiveness issues and are unlikely to face refusal given the lack of conflicting marks and the common ownership with the existing mark. Securing these will protect the brand’s key identifiers (both the standalone name and the name with the .org domain styling) and prevent others from claiming those terms. It also future-proofs the brand if marketing shifts toward using “nGene” or “nGene.org” more prominently than the original “Project nGene.org.”
• Leverage the Existing “Project nGene.org” Registration for Variants: Continue to use the “Project nGene.org” trademark across all product versions, including A, B, C, to maintain strong rights. The existing registration in Class 9 already covers software broadly, so each iteration of the software is inherently protected under that umbrella as long as the name is used consistently. No new filings are needed for the lettered versions at this time. All indications are that these variants constitute acceptable trademark use of the registered mark in commerce.
• Monitor Use and Plan for Evolution: If in the future the naming convention changes significantly (for example, if the “Project” prefix is dropped entirely, or if unique sub-brand names beyond simple letters are introduced), reassess the trademark strategy. New distinctive sub-brands might warrant their own filings. Also, ensure that any shorthand or nickname that gains traction (for instance, if users frequently just say “nGene” when referring to the software) is covered — which the proposed “nGene” application will address.
• Maintain Proper Trademark Practices: On all materials (software UI, documentation, website, marketing), use the marks consistently. It’s wise to use the ™ or ® symbol as appropriate (® after registration) with “nGene” and “nGene.org” once they are filed/registered, and continue using it with “Project nGene.org®.” This reinforces the perception that these terms are brand identifiers. Also, avoid altering the mark in ways that could dilute its distinctiveness (e.g., don’t insert additional words between “Project” and “nGene.org” or change spelling/capitalization inconsistently). The dash and letter is fine, but keep “Project nGene.org” as a unit.

Conclusion: The existing trademark “Project nGene.org” provides a solid foundation for brand protection in software (Class 9). Filing new trademark applications for “nGene” and “nGene.org” is both legally feasible and strategically beneficial to broaden protection of the core brand name. The USPTO is likely to approve these applications, given the inherent distinctiveness of the terms and the fact that any potential confusion is negated by common ownership. As for the software variants labeled “Project nGene.org – A/B/C,” these are considered uses of the original mark and are adequately protected under the current registration, meaning separate registrations are unnecessary at present. The trademark rights in “Project nGene.org” inherently extend to these variations, so long as the core name remains a constant presence. In sum, the recommended approach is to secure the core marks “nGene” and “nGene.org,” continue using the unified branding across all product versions, and enjoy the comprehensive coverage this provides without incurring the cost and complexity of redundant filings for each minor variant. This strategy will ensure robust protection of the brand while maintaining flexibility as the product line evolves.

Written on June 22, 2025

Sui Generis Intellectual Property in Software

The software industry faces unique challenges in the realm of intellectual property (IP), necessitating protections that extend beyond classical categories such as copyright, patent, and trademark. As technology advances, new forms of IP—known as sui generis protections—have emerged to address these complexities. This exploration examines these sui generis aspects, focusing on domain names, publicity rights, trade secrets, misappropriation and data protection, design protection, semiconductor chip protection, and the roles of the public domain and open-source software. Each section elucidates the concept and its relevance to software, providing examples to illustrate key points.

Domain Names

The advent of the internet introduced complexities regarding domain names, particularly affecting software companies seeking an online presence. Conflicts often arise when a domain name identical or similar to a company's trademark or product name is registered by another party. The central question revolves around whether domain ownership should favor the first registrant or the entity with established rights to the name through prior use in commerce.

Domain names serve as addresses for websites, making them crucial for brand recognition and customer access. Disputes over domain names can involve allegations of cybersquatting, where individuals register domain names of well-known brands or products intending to sell them at inflated prices or divert traffic.

In the software industry, such disputes are common. For example, a startup developing an innovative application called "DataSync" might discover that datasync.com has been registered by an unrelated party. If this party uses the domain to host unrelated content or attempts to sell it back to the company at a premium, the software company may seek remedies through the Internet Corporation for Assigned Names and Numbers (ICANN) and its Uniform Domain-Name Dispute-Resolution Policy (UDRP).

Under the UDRP, the company must demonstrate that:

1. The domain name is identical or confusingly similar to a trademark or service mark in which it has rights.
2. The registrant has no legitimate interests or rights in the domain name.
3. The domain was registered and is being used in bad faith.

Resolving such disputes is crucial for software companies to protect their brands and ensure that customers can find their products online without confusion or misdirection.

Publicity Rights

Publicity rights, or personality rights, grant individuals control over the commercial use of their name, likeness, and persona. These rights aim to prevent unauthorized exploitation of an individual's identity, particularly in commercial contexts.

In the software industry, publicity rights are significant in areas such as video games, virtual reality, and augmented reality applications. Games often feature real athletes, actors, or public figures. For instance, a basketball video game that includes professional players must secure licenses to use their likenesses. Failure to do so can result in legal action, as seen in cases where athletes have sued game developers for unauthorized use of their images.

Advancements in artificial intelligence have introduced new complexities. Software capable of generating realistic images or voices of individuals presents challenges regarding publicity rights. If an AI assistant mimics a famous actor's voice without consent, it may violate their rights. Similarly, creating digital avatars resembling real individuals without permission raises legal and ethical concerns. Software developers must navigate these issues carefully, ensuring that consent is obtained or that the use falls under permissible exceptions to avoid infringing on publicity rights.

Trade Secrets

Trade secrets protect confidential business information that provides a competitive advantage. Unlike patents, which require public disclosure, trade secrets remain undisclosed, offering protection as long as secrecy is maintained.

In the software industry, trade secrets encompass source code, proprietary algorithms, and unique development processes. For example, a company developing a cutting-edge AI algorithm may choose to keep the algorithm's details secret rather than patenting it, thus avoiding disclosure of the underlying mechanics to competitors.

Maintaining the secrecy of such information is crucial. The widespread use of cloud services and collaborative platforms introduces risks to maintaining trade secrets. Storing sensitive code on third-party servers or sharing it with external collaborators increases exposure to potential breaches. Companies must implement robust security measures, such as encryption, access controls, and strict contractual agreements, to mitigate these risks.

An illustrative example is a software firm using cloud-based repositories for code storage. If proper security protocols are not in place, unauthorized access could lead to the loss of trade secret protection. The firm must ensure that cloud service providers adhere to stringent security standards and that employees are trained in best practices for handling confidential information.

Misappropriation and Data Protection

Misappropriation involves the unauthorized use of another's valuable information, causing harm to the original owner. Data protection laws aim to prevent such unauthorized use and protect the rights of data creators and subjects.

In software development, this often relates to proprietary datasets and user data. A company may invest heavily in curating a unique dataset for training an AI model. If another entity accesses and uses this dataset without authorization, it undermines the original investment and competitive advantage.

Software applications also collect user data, which must be protected under data protection regulations like the General Data Protection Regulation (GDPR) in the European Union. Unauthorized access or misuse of this data can result in legal penalties and damage to reputation.

The European Union's Database Directive provides sui generis protection for databases, acknowledging the substantial investment required to create them. For software companies, this means:

• Protection of Investment: The directive prevents unauthorized extraction or reutilization of substantial parts of a database, safeguarding the effort invested in compiling data.
• Scope of Protection: Even if individual data elements are not protected by copyright, the database as a whole may be protected due to the investment in obtaining, verifying, or presenting the contents.

For example, a software company that compiles a comprehensive database of medical information for use in a diagnostic tool would be protected under the directive. Competitors cannot simply copy this database to develop their own tools without infringing on the company's rights.

Design Protection

Design protection concerns the visual and aesthetic aspects of products. In software, this relates to user interfaces (UI), icons, graphical elements, and overall user experience (UX) design.

Software companies invest significant resources in crafting intuitive and visually appealing interfaces. Protecting these designs helps maintain brand identity and competitive advantage. Unique layouts, button designs, and interactive elements can be protected under design rights. For example, a distinctive arrangement of menus and navigation tools in a software application may be eligible for protection.

Legal protection mechanisms include:

• Copyright: In many jurisdictions, software UI designs can be protected under copyright law as artistic works, preventing unauthorized copying of original designs.
• Design Patents: In the United States, design patents can protect the ornamental design of a functional item, applicable to graphical user interfaces.

There is a delicate balance between protecting design innovations and allowing for industry-wide usability standards. Overly broad design protection may hinder innovation by restricting the adoption of effective design practices. Certain UI elements have become standard due to their effectiveness, such as the "hamburger" menu icon for navigation. Granting exclusive rights over such widely adopted designs could impede the development of user-friendly software.

The Public Domain and Open Source Software

The public domain comprises works not protected by IP laws, allowing unrestricted use by anyone. Open-source software is software with source code that anyone can inspect, modify, and enhance, distributed under licenses that comply with the Open Source Definition.

Utilization of public domain works allows developers to use code without restrictions, fostering innovation and reducing development time. Open-source collaboration encourages rapid advancements and widespread adoption of software solutions.

Creative Commons (CC) licenses facilitate the sharing and use of creative works but are generally not recommended for software. Instead, software-specific licenses, such as those approved by the Open Source Initiative (OSI), address the unique needs of software distribution.

• CC0 License: An exception is the CC0 license, which allows creators to waive all rights and place their work in the public domain. This can be appropriate for software that the creator wishes to make freely available without any restrictions.
• Considerations: Developers should carefully consider the implications of using CC licenses for software, as they may lack provisions for important aspects like patent rights and source code distribution.

The incorporation of cultural heritage into software raises concerns about misappropriation and respect for indigenous knowledge. Software that includes traditional stories, symbols, or knowledge must handle such content sensitively, ensuring that permissions are obtained and that cultural significance is respected. Engaging with communities to share benefits arising from the use of their cultural heritage can foster positive relationships and ethical practices.

An example is a software application that educates users about indigenous cultures using traditional art and narratives. Developers should collaborate with the communities involved to ensure accurate representation and obtain consent.

Semiconductor Chip Protection

The Semiconductor Chip Protection Act (SCPA) in the United States provides sui generis protection for mask works, which are the three-dimensional patterns used in the creation of semiconductor chips.

Mask works are essential in the manufacturing of semiconductor chips, embodying the physical layout of circuits. The SCPA grants exclusive rights to reproduce and distribute these mask works, recognizing the significant investment in designing and developing semiconductor technology.

In the software industry, this protection is relevant when considering firmware and embedded systems. Software that is integrated into hardware devices may be protected under the SCPA if it is intrinsic to the mask work. Companies developing specialized chips with embedded software, such as those used in Internet of Things (IoT) devices, benefit from the additional layer of protection provided by the SCPA.

This protection encourages innovation by safeguarding the complex designs necessary for advanced hardware-software integration, ensuring that competitors cannot replicate these designs without authorization.

Database Rights

Database rights protect the substantial investment in obtaining, verifying, or presenting the contents of a database, independent of copyright.

Software applications often rely on databases for functionality:

• Protection of Data Collections: A software company that compiles a database of genomic information for research software would be protected against unauthorized extraction or reuse of the data.
• Licensing and Access: Companies must navigate database rights when using third-party data, ensuring proper licensing agreements are in place.

Intellectual Property Dispute Cases

Legal and Corporate Dimensions of the NewJeans Dispute (Written December 23, 2024)

The ongoing dispute involving Min Hee-jin, HYBE Corporation, and the members of NewJeans has evolved into a multifaceted case with repercussions spanning contractual law, corporate governance, intellectual property rights, and immigration regulations. Recent developments—most notably the group’s announcement of a rebranded identity under the name “뉴진즈” (NewJeansz)—have further complicated the legal landscape by introducing potential trademark violations. This integrated report provides a neutral examination of the case, merging elements from previous analyses and expanding on the broader implications of the dispute.

 +------------------+         +------------------+
 | NewJeans Members |   vs.   |     ADOR/HYBE    |
 +------------------+         +------------------+
         |                                 |
         |  Dispute over contractual, IP,  |
         |  welfare, and governance terms  |
         |                                 |
         +------------- Court -------------+

Legal Issues in Focus

1. Contractual Validity and Termination

   • Key Considerations
     • Korean Contract Law: Governs the enforceability and termination of artist-management contracts.
     • Contracts with Minors: Special scrutiny applies to members who are minors (e.g., Hyein). Contracts may be voidable if deemed exploitative or lacking proper guardian approval.
     • Breach of Contract Allegations: NewJeans members allege ADOR failed to provide adequate working conditions and support, including possible violations of welfare regulations.
   • Potential Outcomes
     • If Breach Is Established: Courts may uphold the members’ termination notices, releasing them from contractual duties.
     • If Breach Is Not Established: The contracts would remain valid, requiring NewJeans to fulfill their obligations or face legal consequences.

2. Injunctive Relief (가처분)

   • Overview
     • Injunctions serve as a preliminary measure to maintain the status quo while the dispute is litigated.
     • NewJeans’ Perspective: Seeks to suspend contractual obligations, claiming ongoing harm under current conditions.
     • HYBE’s Perspective: May seek injunctions to prevent NewJeans from engaging in activities under the new “뉴진즈” name or from acting unilaterally to avoid their original contracts.
   • Legal Grounds for Injunctions
     • Courts will consider (1) the urgency of preventing irreparable harm and (2) the likelihood of success on the merits (prima facie case).

3. Governance and Voting Rights (의결권)

   • Conflict
     • Min Hee-jin’s request for unilateral authority clashed with HYBE’s board-centric governance model.
     • HYBE, as the majority owner, wields substantial 의결권 (voting rights) over ADOR.
   • Implications
     • The tension underscores a broader debate about subsidiary autonomy versus parent company oversight.
     • A precedent-setting outcome could reshape governance norms across other entertainment conglomerates.

4. Trademark and Intellectual Property Disputes

   • Background
     • HYBE holds a trademark for “뉴진스” across multiple commercial categories.
     • NewJeans’ announcement of a rebrand to “뉴진즈” has sparked potential infringement claims.
   • Trademark Infringement Analysis
     • Likelihood of Confusion: The similarity between “뉴진스” and “뉴진즈” could mislead fans and consumers.
     • Bad Faith Use: HYBE may argue that the new name leverages the goodwill of the original brand, constituting unauthorized usage.
     • Fair Use Defense: NewJeans might claim the rebrand reflects an artistic transformation. However, such a defense is likely to face scrutiny given the high degree of similarity.
   • Potential Remedies
     • Injunctive Relief: HYBE may seek to prevent commercial activities under “뉴진즈” pending court decisions.
     • Damages: Depending on economic harm and dilution of the original trademark, HYBE could pursue monetary compensation.

5. Immigration and Residency Law

   • Concerns for Non-Korean Members
     • Hanni and Danielle rely on entertainer visas tied to contracts with ADOR.
     • Terminated or disputed contracts may jeopardize their legal residency, necessitating alternate sponsorship or freelancer status.
   • Regulatory Framework
     • Authorities evaluate whether the members can continue under new contractual or corporate entities without violating visa stipulations.

Corporate Governance Analysis

• HYBE’s Stance
  • By initiating an internal audit, HYBE signaled concerns over ADOR’s financial and leadership practices.
  • Strategic Alignment: HYBE aims to uphold governance standards, ensuring consistent decision-making across its subsidiaries.
• Min Hee-jin’s Resignation
  • Min’s departure marks a critical juncture. Her artistic vision contributed significantly to NewJeans’ market success.
  • Operational Continuity: HYBE must address the potential fallout of losing a key creative leader, balancing investor confidence with stable management.

Written on December 23th, 2024

Core issues in the Ador–HYBE dispute and deep dive into put & call options (Written June 12, 2025)

I. Key quotations from the script and commentary

1. “이 영상은 사실과 추측이 섞인 제 개인 소장용 영상… 분석의 한계점이 존재한다….”

   The explicit disclaimer at the outset stresses that the video is neither legal nor financial advice. It urges critical consumption, while concurrently limiting the creator’s liability. Because the discussion hinges on the “scope of disclosed evidence,” every later claim must be weighed against potential data gaps.

2. “어도어 회사는 대기업 하이브의 자회사로 하이브 지분은 80%, 민희진 지분은 약 20%… 비상장 회사다.”

   This equity split, coupled with unlisted status, implies low liquidity and an absence of real-time market valuation. Hence, control disputes hinge on private contracts and internal financials , and an 80 % majority effectively monopolises shareholder resolutions, leaving little room for a minority “take-over” scenario.

3. “민희진 전 대표가 어도어 가치를 박살내 껍데기로 만든 뒤 떠난다는 선동은 못 배워도 너무 못 배운 주장이다.”

   The speaker rejects the “destroy value → buy cheap” scenario on grounds of (1) economic irrationality, (2) necessity of majority consent, and (3) reputational and regulatory risk. Even if value were depressed, a minority cannot force an asset sale without majority approval, and illiquidity handicaps any resell strategy.

4. “어도어의 실질적 주인인 하이브는 이사 해고 나발이고 뭘 하려면 무조건 하이브 허락을 받아야 한다.”

   Director appointments and dismissals are determined at shareholders’ meetings. Possessing 80 % of the shares, HYBE can unilaterally decide. This underlines that the real decision-making power—and the leverage behind later option clauses—rests with the majority owner, not the minority executive.

5. “풋옵션은 어도어 영업이익의 13배로 지분을 하이브에 강제 매각할 수 있고, 콜옵션은 배임 시 액면가로 하이브가 사올 수 있다.”

   The shareholder agreement grants a 13× multiple put option to the minority and an par-value call option to HYBE upon proven breach. The asymmetry induces strong incentives—rewarding stellar performance yet punishing misconduct with severe dilution.

6. “뉴진스가 돈을 많이 벌어주면 하이브가 손해를 본다.”

   Because the put price scales with operating profit, higher earnings cause a cash outflow for HYBE. With 800 billion KRW forecast profit, the put could reach roughly 1.3 trillion KRW, creating a liquidity strain unless misconduct can be proven to trigger the cheaper call option.

7. “하이브는 유동성 위기에 근접한 상황이다… 해외 레이블 투자·부채 만기 도래 등이 복합된다.”

   Official filings for Q4 2024 showed a 37.5 % drop in operating profit and a net loss, pointing to cash-flow pressure from overseas acquisitions and debt maturities. Such stress heightens HYBE’s motivation to minimise put-option payouts.

8. “따라서 하이브가 뉴진스 활동을 멈춰 영업이익을 낮추며 긴 소송전을 통해 지출을 줄이는 전략은 선택이 아닌 필연이다.”

   The proposed strategy— profit suppression → lower option value → litigation delay —may conserve cash short-term, but risks long-term brand erosion and fan alienation. Balancing liquidity defence against franchise value becomes the central dilemma.

9. “미니진 뒤에 SM·사우디 펀드 등이 있다는 음모론은 유치한 가설이다… 오히려 하이브 뒤에 자본이 있을 확률이 더 높다.”

   By dismissing grand conspiracy theories and re-centring on financial incentives, the speaker frames the dispute as a rational contest over cash-flow and control rather than geopolitical intrigue.

10. “하이브가 배임 죄를 입증하면 콜옵션을 액면가 30억 원에 행사할 수 있다.”

    Media estimates put the call price at roughly 3 billion KRW, versus a potential 100+ billion KRW put price if no breach is found. Such binary outcomes explain the intensity of both sides’ legal tactics.

11. “증거가 부족해 배임 입증이 쉽지 않다… 외부 투자사 접촉 자체는 배임 착수로 보기에 무리라는 평가다.”

    Under Korean criminal law, breach of duty requires concrete loss or illicit gain. Mere discussions with investors seldom reach the threshold of “attempt.” HYBE therefore must articulate specific damages or diverted benefits; failure would invalidate the call trigger.

12. “징그러운 꼰대 유튜버·사이버 레카를 맹신하지 마라… 스스로 생각하는 인간이 돼야 한다.”

    A call for stronger media literacy , warning against herd mentality in consuming sensationalist content around finance, entertainment, or politics.

13. “기업은 지출 절감이 항상 중요 과제다… 이번 사건도 결국 돈 문제다.”

    The dispute ultimately revolves around cash preservation. HYBE’s call option and associated litigation are viewed as instruments to cap potential payouts and safeguard liquidity.

14. “대기업의 과한 투자는 양적 완화 환경에서 필연적으로 나타나는 본능 같은 것이다.”

    The speaker links aggressive acquisitions during the low-rate era to today’s cash crunch under quantitative tightening, framing the option mechanism as a hedge against that macro reversal.

15. “배임 혐의 입증에 실패하면 주주간 계약 위반은 사라지고, 278억 원 풋옵션 권리가 유효하다.”

    In the 12 June 2025 hearing, the court faces a stark fork: validate the 27.8 billion KRW put claim or endorse the 2.8 billion KRW call. The spread underscores why each side contests every factual nuance.

16. “검찰이 HYBE 본사를 압수수색했다는 보도가 나왔다.”

    A late-May 2025 raid, tied to insider-trading allegations, could complicate HYBE’s position: criminal probes typically intensify uncertainty and can weaken a defendant’s leverage in civil negotiations.

II. Additional focal points

• Liquidity stress (37.5 % operating-profit drop and net loss) intertwines with option-payment risk.
• Call value at par (~28 billion KRW) versus potential put value over 100 billion KRW illustrates extreme payoff asymmetry.
• Ongoing criminal investigations reshape bargaining power and public perception, influencing the civil dispute’s trajectory.

II. 추가 핵심 주제 정리

• 하이브 유동성 위기 징후(영업이익 37.5 % 감소, 순이익 적자)와 옵션 부담 리스크 연계
• 배임 입증 시 콜옵션 액면가(약 28 억 원) 대 무죄 시 풋옵션 (최대 1,000 억 원) 가치 격차
• 검찰 압수수색·내부자 거래 조사 등 형사 리스크가 협상 지형에 미치는 영향

III. Put & call option deep dive

1. Concept overview

   Type	Holder	Key conditions	Pricing formula	Economic effect
   Put option	Min Hee-jin side (minority)	Exercisable twice yearly from 1 Jan 2025, provided the agreement remains valid	(Average operating profit of the last two years) × 13 × equity stake	Guarantees a high-price exit for minority shares
   Call option	HYBE (majority)	Trigger upon proven breach or fiduciary failure	The lower of (i) par value or (ii) 70 % of fair value	Allows majority to repurchase shares cheaply and cap cash outflow

2. Who can exercise and when

   • Min Hee-jin ⇒ Put : if no breach is upheld and the contract stands (example: 27.8 billion KRW claim).
   • HYBE ⇒ Call : if breach or duty violation is confirmed (estimated 2.8 billion KRW).

3. Stakeholder incentives & strategic play

   • HYBE: prove breach or slow profits to curb option liability.
   • Minority: defend innocence, maximise earnings, then exercise the put.
   • Shared risk: prolonged litigation, brand dilution, and fan attrition.

4. Simplified cash-flow illustration

   • Average profit = 300 billion KRW → Put ≈ 300 × 13 × 0.20 ≈ 780 billion KRW.
   • Proven breach → Call ≈ 5,000 KRW × 5.6 million shares ≈ 28 billion KRW.
   • Implied spread ≈ 28-fold.

III. 풋옵션·콜옵션 심층 해설

1. 개념 정리

   구분	보유 주체	주요 행사 조건	행사 가격 산정식	경제적 효과
   풋옵션	민희진 측 (소수 주주)	2025.01.01 이후 연 2회 행사 주주간 계약 유효 전제	(최근 2개 연도 영업이익 평균) × 13 × 지분율	소수 주주 지분 Exit(고가 매각) 보장
   콜옵션	하이브 (대주주)	소수 주주 배임·계약위반 입증	① 액면가 또는 ② 공정가치 70 % 중 낮은 금액	대주주 리스크 헤지 및 지분 회수(저가 매입)

2. 누가 언제 행사할 수 있나

   • 민희진 측 → 풋옵션 : 배임 판단이 없고 계약이 유효할 때 (278 억 원 청구 사례)
   • 하이브 → 콜옵션 : 배임 또는 충실의무 위반이 확정될 때 (28 억 원 추산)

3. 이해관계 및 전략 시나리오

   • 대주주 하이브 : 배임 입증·뉴진스 활동 둔화 → 옵션 현금 유출 억제
   • 소수 주주 측 : 배임 무죄 → 기업가치 극대화·풋옵션 행사
   • 공통 리스크 : 장기 소송·레거시 브랜드 가치 저하 및 팬덤 이탈

4. 예시 현금흐름 계산(단순화)

   • 영업이익(평균) = 300 억 원 → 풋옵션 = 300 × 13 × 0.20 ≈ 780 억 원
   • 배임 입증 시 콜옵션 = 액면가(5,000원) × 발행주식(560만 주) ≈ 28 억 원
   • 양 끝단 격차 : 약 28 배

Written on June 12, 2025

Reframed legal issues concerning NewJeans (Written July 30, 2025)

This document organizes widely discussed issues through a legal lens. Ultimate findings of fact and liability depend on courts’ merits decisions or the outcomes of investigations and regulatory processes. The analysis below reflects general doctrines and practical trends. Time reference: July 29, 2025 (KST, UTC+9).

I. Procedural frame and core concepts

1. Distinction between injunctions and merits

   A preliminary injunction is an interim determination aimed at preserving the status quo or preventing irreparable harm before the merits are decided. It emphasizes prima facie showing, urgency, and need for preservation . It should not be equated with the final merits judgment .

2. Parallel civil–criminal–administrative tracks

   Entertainment disputes may span civil (contract/tort/corporate), criminal (defamation, business obstruction, capital markets offenses), and administrative/regulatory (accounting review, antitrust) fronts. The same facts can be assessed under different standards across tracks.

3. Key contractual and governance notions

   • Exclusive management agreements between artists and agencies.
   • Shareholders’ agreements governing control, transfers, and voting.
   • Lock-up arrangements restricting share disposals for a period.
   • Related-party transactions within a corporate group.

II. Core issues (structured view)

1. Meaning of rulings at the injunction stage

   Injunctions are inherently temporary . Fact-finding scope, evidentiary thresholds, and remedies may differ materially at the merits stage.

2. Artist movement and inducement

   If a valid exclusive agreement exists and a third party induces breach , civil tort liability (damages) may arise. Matters can be more complex for minors due to guardianship, labor, and youth-protection rules.

3. Fiduciary duties, non-compete, and corporate opportunities

   Conflicts of interest, misuse of confidential information, and appropriation of corporate opportunities are focal points. Violations may trigger civil liability, removal, and potentially criminal exposure.

4. Alleged lock-up circumvention

   The question is whether structures (e.g., options, voting arrangements, SHA terms) that appear to comply formally had the substantive effect of a disposal or benefit transfer. Disclosure adequacy, investor confusion, and unfair-trading implications are scrutinized.

5. Alleged revenue inflation via intra-group deals

   Whether related-party trades led to overstated revenue/profit is assessed under IFRS related-party rules and capital-market disclosure standards, with possible antitrust implications (self-dealing).

6. Speech acts: defamation, insult, and falsehoods

   Freedom of expression in public-interest debates is protected, yet truth/public interest and intent to defame are key. Personal attacks raise risk.

7. Rumor-mongering and market disruption

   Spreading false or unverified material information (listings, major deals, etc.) can harm investors and lead to civil, criminal, and administrative consequences.

III. Q&A on lock-up and criminal exposure

Question: Could alleged lock-up circumvention by itself lead to life imprisonment for an individual?

In short, no—lock-up circumvention alone does not carry life imprisonment . Typical charges involve capital-markets violations with imprisonment and/or fines . Separately, under the law on aggravated punishment for specific economic crimes, life or long-term imprisonment exists as a statutory ceiling for extraordinary, large-scale embezzlement/breach of trust and similar offenses, if proven. In practice, life sentences in economic-crime contexts are extremely rare and depend on the facts, role, monetary scale, and market impact.

IV. Proof matrix: what matters and how to show it

V. Typical procedural scenarios

1. Short term (injunction phase)

   Interim orders preserving status quo; violations of orders may trigger additional disputes.

2. Mid term (merits phase)

   Validity of contracts, breaches, and damages are litigated; discovery-like exchanges intensify.

3. Parallel tracks

   Criminal complaints and regulatory reviews (e.g., capital markets, accounting, antitrust) proceed independently.

4. Long term (remedies and follow-ups)

   Damages, corrections/retractions, termination or continuation of contracts, governance adjustments, and accounting restatements are possible endpoints.

VI. Fact–opinion separation (practical guidance)

• Facts (figures, contracts, acts) should be paired with documentary proof .
• Opinions should be assessed separately from defamation risk, focusing on public interest and intent.
• High-intensity rhetoric increases legal exposure and procedural disadvantages.

VII. Practitioner’s checklist

VIII. Counsel, key contentions, and status (concise)

1. Representation (law firms)

   Large firms are reportedly engaged on each side. Because identities and roles can change with filings and public updates—and links/citations are to be omitted here— including precise firm names requires a brief up-to-date verification step . Once verification is permitted, names and roles can be inserted without links.

2. Key points (generalized map)

   Side	Core assertions (illustrative)	Legal anchors
   Company/parent	Protection of contracts, governance, and secrets; alleged duty breaches	Corporate law duties, trade secrets, contract/tort
   Subsidiary/artist/management	Independence and lawful interpretation; denial of overreach	Contract interpretation, procedural fairness, cultural rights
   Markets/accounting	Lock-up, RPTs, and disclosure adequacy disputed	Capital Markets, Audit/Disclosure, IFRS RPT rules

3. Process status (typical flow)

   Injunction filing and decision, merits suits, criminal complaints or regulatory reviews, evidence preservation and further disclosures, and potential mediation or protracted litigation. Actual timelines depend on court calendars and official announcements.

IX. Glossary

• Injunction : Interim court order to preserve the status quo before merits.
• Merits : Final adjudication of rights and obligations.
• SHA : Shareholders’ agreement on private governance.
• Lock-up : Time-bound restriction on share disposals.
• RPT : Related-party transaction within a corporate group.

X. Closing

Balanced analysis requires separating injunctions from merits, examining the architecture of contracts and governance, applying substance-over-form to accounting and related-party dealings, and respecting the boundaries of expression and market integrity. A fact- and evidence-led approach, with procedural fairness, most closely aligns with a sound resolution.

뉴진스 관련 법적 쟁점 재정리

본 문서는 대중적으로 제기된 사안들을 법률적 관점에서 체계화하여 설명하는 것을 목적으로 한다. 특정 사건의 사실관계·귀책은 법원의 본안 판결 또는 수사·행정절차 결과에 따라 달라질 수 있으며, 아래 내용은 일반적 법리와 실무 경향에 근거한 설명이다. 기준 시점은 2025년 7월 29일(대한민국, UTC+9)이다.

I. 절차적 틀과 기본 개념

1. 가처분과 본안의 구분

   가처분(임시처분) 은 본안 확정 전까지 권리관계의 현상을 보전하거나 손해를 예방하기 위한 잠정적 판단 이다. 소명 수준·긴급성·보전 필요성 이 핵심이고, 본안(최종 판단)과 목적·증명 정도·효력 이 다르다. 따라서 가처분의 인용·기각만으로 사건 전체의 귀결을 단정하는 것은 적절하지 않다.

2. 민사·형사·행정의 병행 가능성

   연예·엔터테인먼트 분쟁은 민사 (계약·불법행위·상법), 형사 (명예훼손·업무방해·자본시장법 위반 등), 행정/감독 (회계감리·공정거래) 이슈가 병존할 수 있다. 동일 사실관계가 절차별로 서로 다른 기준 으로 심사될 수 있음을 전제로 접근해야 한다.

3. 핵심 계약·지배구조 개념

   • 전속계약 : 아티스트와 소속사 간 독점적 매니지먼트·용역 계약.
   • 주주간계약(Shareholders’ Agreement) : 의결권·지분 이동·동반매도권 등 사적 지배구조 를 규율.
   • 보호예수(락업) : 상장 전후 일정 기간 지분 매각 제한 장치(계약·규정).
   • 특수관계자 거래 : 동일 기업집단 내 관련 당사자 간 거래로, 회계·공정거래·공시 규율의 대상.

II. 핵심 쟁점(법률적 관점의 구조화)

1. 가처분 단계 판단의 의미

   가처분은 본안의 전조 가 될 수 있으나, 임시성 이 본질이다. 본안에서 사실인정 범위·증거 평가·구제범위 가 달라질 수 있다.

2. 아티스트 이동·유인(Inducement) 관련

   유효한 전속계약이 존재하는 상태에서 제3자가 계약 위반을 유도 하였다면 민사상 불법행위 책임(손해배상) 문제가 발생한다. 미성년 아티스트의 경우 법정대리·근로·청소년 보호 규범이 교차하여 판단이 복잡해질 수 있다.

3. 경영진의 충실의무·경업금지·회사기회 유용

   이사회·주주총회 절차, 이해상충 관리, 정보유출·영업비밀, 회사기회 유용 여부가 쟁점이다. 위반이 인정되면 상법상 손해배상·해임 및 형사책임(배임 등)이 문제될 수 있다.

4. 보호예수(락업) 우회 의혹

   주주간계약·옵션·의결권 위임 등 구조를 활용해 형식적 준수 처럼 보이지만 실질적으로는 지분 처분·이익 이전 과 유사한 효과가 발생했다는 의혹이 핵심이다. 공시 적정성, 투자자 오인 가능성, 자본시장법상 부정거래·시세관여 해당성 등이 심사 포인트다.

5. 계열사 내부거래를 통한 매출 과대 인식 의혹

   특수관계자 간 상호매매·비정상 조건의 거래로 매출·이익이 과대 되었는지가 쟁점이다. IFRS 관련자 거래 공시·인식 요건, 외부감사법·자본시장법상 공시 적정성, 공정거래법상 사익편취 이슈와의 접점이 있다.

6. 표현행위와 명예훼손·모욕·허위사실 유포

   공적 관심사에 관한 표현의 자유는 보장되나, 사실 적시의 진실성·공공성 과 비방 목적 여부가 핵심 판단 요소다. 인신공격적 표현은 형사·민사상 책임 위험을 높인다.

7. 자본시장 관련 풍문 유포·시장 교란

   상장·대규모 계약 등 중요 사실에 관한 허위 또는 확인되지 않은 정보 의 유포는 투자자 보호 관점에서 규율 대상이다. 고의·과실, 시장 영향, 공시 위반 여부가 핵심이다.

III. 보호예수와 형사처벌 수위에 관한 질의응답

질문: 보호예수(락업) 우회 의혹만으로도 특정 개인이 무기징역 을 선고받을 수 있는가?

결론적으로, 락업 우회 의혹만으로 무기징역이 예정되는 것은 아니다 . 통상 관련 혐의는 자본시장법상 공시·부정거래·시세관여 등 위반 가능성이 검토되며, 법정형은 징역형 또는 벌금형 의 범주에서 논의된다. 다만, 별도로 특정경제범죄 가중처벌법 상 매우 거액 규모의 횡령·배임 등 중대 경제범죄가 성립하고 그 책임이 인정되는 특수한 사안에서는 법정형 상한으로 무기 또는 장기 유기징역 규정이 존재한다. 그럼에도 실무에서 무기징역 선고는 극히 예외적 이며, 구체적 사실관계·가담 정도·이익 규모·시장 영향 등 종합 사정에 따라 판단된다.

IV. 쟁점별 입증 포인트와 증거 유형

V. 절차 진행의 전형적 시나리오

1. 단기(가처분 국면)

   현상 보전·접촉 금지·정보 사용 제한 등 임시적 조치가 중심이며, 집행 위반이 추가 분쟁으로 비화할 수 있다.

2. 중기(본안 국면)

   계약 유효성·의무 위반·손해액 산정 등 본안 심리가 본격화되며, 증거개시 수준의 공방이 이어진다.

3. 병행 절차

   명예훼손·업무방해·자본시장법 등 형사 고소·수사, 감독당국 감리·공정위 심사가 독자적으로 진행될 수 있다.

4. 장기(구제 및 후속)

   손해배상·정정보도·계약 해지/유지, 지배구조 재편, 회계정정·공시 개선 등 구조적 시정 으로 귀결될 수 있다.

VI. 사실·평가 분리 원칙(실무 권고)

• 사실 주장 (금액·계약·행위)은 입증자료 와 함께 검토한다.
• 평가·의견 은 명예훼손·모욕 위험과 구별하여, 공익성·비방 목적 여부를 중심으로 판단한다.
• 표현 수위 가 높을수록 법적 위험과 절차상 불리가 커질 수 있다.

VII. 실무 체크리스트

VIII. 대리인(로펌)·주장 요지·진행 현황(요약)

1. 로펌(대리인) 현황

   대형 로펌이 각각 선임되어 사건을 수행하는 것으로 알려져 있으나, 대리인 명칭·참여 범위는 공개 보도 및 법원 기록에 따라 변동 가능 하다. 본문 내 링크·인용을 생략하라는 요청을 고려하여, 정확한 명칭을 본문에 기재하려면 최신 공개자료에 대한 확인 절차 가 필요하다. 확인이 허용되는 즉시, 링크 없이 명칭과 역할 만 반영하여 업데이트하는 구성이 적절하다.

2. 주요 주장 구도(일반화)

   측별 포지션	핵심 주장(예시적 요약)	법리 포인트
   회사·모회사 측	전속·지배구조·영업비밀 보호, 충실의무·경업금지 위반 주장	상법상 선관주의·배임, 영업비밀보호법, 계약 위반·손해
   경영진/자회사·아티스트 측	독립성·계약 해석상 정당성, 과도한 지배·부당 간섭 부인	계약 해석·공정성, 절차상 하자, 표현·예술의 자유
   자본시장·회계 관련 공방	락업 우회·내부거래·공시 적정성 상호 다툼	자본시장법·외부감사법·IFRS 관련자 거래

3. 진행 현황(전형적 흐름)

   가처분 신청·결정, 본안 제기, 형사 고소/감독 감리 병행, 증거보전 및 추가 공시, 조정·중재 또는 장기화 등으로 이어지는 다중 트랙 이 일반적이다. 개별 사건의 실제 타임라인은 결정·공시·법원 일정에 따라 달라질 수 있다.

IX. 용어 간단 해설

• 가처분 : 본안 전 현상 보전 목적의 임시적 법원 명령.
• 본안 : 권리·의무에 대한 최종 판단 절차.
• 주주간계약 : 주주들의 사적 지배구조 계약.
• 보호예수(락업) : 일정 기간 지분 매각 제한 장치.
• 특수관계자 거래 : 지배·친족·임원 등 관련자 간 거래.

X. 결론

핵심은 ① 가처분과 본안의 구분, ② 전속·지배구조·주주간계약의 구조적 해석 , ③ 회계·공시 및 관련자 거래의 실질 심사 , ④ 명예훼손·풍문 유포 등 표현·시장 규율 을 균형 있게 적용하는 것이다. 사실과 평가를 분리하고, 증거 중심의 절차적 정당성을 확보하는 접근이 합리적 해결에 가장 가깝다.

Written on July 30, 2025

Navigating the Ghibli‑style AI illustration boom and its implications (Written April 21, 2025)

1. Key quotations and analytical commentary

2. Integrated, refined exposition

I. Introduction

The sudden popularity of Ghibli‑style AI portraits epitomises a broader inflection in human‑machine creativity. What began as playful online experimentation has precipitated legal uncertainty, industrial unease, and philosophical debate.

II. Technological acceleration and social reception

• Viral adoption – Daily Korean users surpassed one million within days, expanding to five million by April 2025, a testament to low entry barriers and compelling aesthetics.
• Emotion‑driven diffusion – Nostalgic familiarity with Studio Ghibli’s palette dissolved prior scepticism toward AI, propelling mainstream acclimatisation.
• Versatile pipelines – Any photograph may now migrate across styles (e.g., Vagabond, Inoue Takehiko, oil‑painting emulations), foreshadowing an era in which visual identity is fluid and algorithmic.

III. Legal landscape

IV. Economic and creative ramifications

• Labour displacement – Routine illustration and entry‑level design roles risk automation; firms may retain a lean supervisory layer, reinforcing wage polarisation.
• Reputational premium – Established artists command scarcity value; newcomers confront a steeper ascent absent distinctive branding or multidisciplinary skillsets.
• Emergent niches – Curation, prompt‑engineering, AI‑ethics consulting, and hybrid narrative formats represent new revenue streams for adaptable talent.

V. Policy considerations

• Balanced regulation – Overly stringent data‑licensing mandates could stifle domestic AI competitiveness; conversely, laissez‑faire regimes jeopardise cultural industries.
• Compulsory‑licence frameworks – An EU‑style extended collective‑licensing scheme could reconcile mass training needs with equitable remuneration.
• Safe‑harbour labelling – Mandatory metadata indicating generative provenance aids transparency and mitigates consumer confusion.

VI. Strategic recommendations for creators

• Differentiate through concept, not style – Emphasise narrative depth, cultural specificity, and mixed media.
• Leverage AI as collaborator – Integrate generative drafts into iterative workflows, reserving human expertise for high‑level art direction.
• Cultivate personal brand equity – Authentic engagement and documented provenance counter the commodity pricing of AI outputs.
• Seek collective action – Guilds and unions can negotiate dataset access terms and advocate voice‑and‑likeness protections.

VII. Conclusion

The Ghibli‑style frenzy is neither a fleeting novelty nor an apocalyptic omen; it is a litmus test for the capacity of legal systems, industries, and individuals to adapt. Copyright’s focus on fixed expression, trademark’s guard against consumer confusion, and emerging publicity‑rights discourse collectively delineate a workable—though incomplete—boundary. Navigating this terrain demands nuanced governance, responsible platform design, and creator resilience. The trajectory will be shaped less by technological inevitability than by informed choices made now—in courts, parliaments, studios, and classrooms.

Written on April 21, 2025

Monster Energy’s Global Enforcement of “Monster” Intellectual Property Rights (Written May 20, 2025)

Monster Energy, a leading energy drink brand, has become known worldwide for its proactive and aggressive approach to protecting its intellectual property rights. In particular, the company fiercely defends its trademarks related to the word “Monster” . This report provides a comprehensive analysis of Monster Energy’s global enforcement actions involving the word “Monster” in various contexts, from video game titles to small businesses. We examine key legal disputes across different jurisdictions (including the United States, Japan, and South Korea), discussing the nature of each conflict, the relevant intellectual property laws, and how those laws influenced the outcomes. We also explore Monster Energy’s litigation strategy and consider why certain prominent uses of “Monster” (such as in Digimon or Disney’s Monsters, Inc. ) were not targeted, possibly due to legal or strategic considerations. Throughout, the focus remains on trademark law, as these cases center on branding and consumer confusion, with minimal relevance of copyright or patent law. The tone of this analysis is formal and objective, aiming to inform while remaining fair-minded and humble in its conclusions.

Table: Notable "Monster" Trademark Disputes and Outcomes

Monster Energy’s Trademark Enforcement Strategy

Overview: Monster Energy (through its parent company Monster Beverage Corporation) holds numerous trademarks worldwide for its brand name “Monster”, the combined mark “Monster Energy”, and related logos and slogans (such as the claw logo and the tagline “Unleash the Beast”). Over the years, the company has adopted a broad enforcement strategy to prevent any use of the term “Monster” (or similar words) by other businesses if there is a perceived risk of diluting its brand or causing consumer confusion. This strategy has led Monster Energy to initiate legal challenges across multiple countries against entities ranging from independent video game developers to large entertainment companies. The company typically bases these actions on trademark law , arguing that it has the exclusive right to use “Monster” in commerce for certain goods and services, or that others’ use of “Monster” could mislead consumers to think there is an association with Monster Energy.

Reputation: Monster Energy’s zealous approach has drawn significant public attention and criticism. In media and industry circles, the company has at times been labeled a “trademark bully” or “trademark troll” for its willingness to challenge a wide array of uses of common words like “Monster.” Nonetheless, from Monster’s perspective, this vigilance is aimed at preventing the erosion of its brand identity. By filing oppositions, lawsuits, and cease-and-desist letters, Monster Energy seeks to set a precedent that deters other companies from using “Monster” in ways that could potentially weaken the distinctiveness of the Monster mark. The strategy, however, is not without risks: it incurs substantial legal costs and can damage Monster Energy’s public image if seen as overreaching.

Scope of Enforcement: Monster Energy has pursued trademark claims in a broad range of industries beyond just beverages. For instance, the company has challenged names in the context of video games, restaurants, anime, music groups, clothing, and even pet products. Many of these disputes involve companies whose products are far removed from energy drinks. Monster Energy’s legal filings often assert that because the brand is diversely marketed (including sponsorship of sporting events, gaming tournaments, merchandise, etc.), use of “Monster” by others could cause confusion about sponsorship or origin. Below, we delve into several notable disputes across different regions to see how this strategy has played out in practice.

United States: Trademark Disputes Involving “Monster”

The United States, where Monster Energy is based, has been a primary battleground for its trademark enforcement. Below we examine two illustrative U.S. disputes that shed light on Monster’s legal tactics and the American trademark law approach:

Dark Deception: Monsters & Mortals (Indie Game vs. Monster Energy)

Case Overview: One high-profile U.S. case involved the indie video game Dark Deception: Monsters & Mortals , developed by Glowstick Entertainment. In January 2023, Monster Energy filed a legal action against the game developers over the use of “Monsters” in the title, claiming it was confusingly similar to Monster Energy’s trademarks. The dispute was essentially a trademark infringement and opposition claim: Monster Energy argued that consumers might erroneously believe the game or its developer was sponsored by or associated with the energy drink due to the word “Monsters” in the title.

Monster Energy’s Demands: In its complaint, Monster Energy demanded that Glowstick Entertainment make sweeping changes to avoid any reference to “Monster” or related imagery. According to the developers, Monster Energy’s legal demands included conditions such as:

• Not using the word “monster” (or any stylized variations like “monsta”) in the game’s title or marketing, nor any synonyms like “beast” .
• Avoiding any usage of phrases associated with Monster Energy’s branding (for example, the tagline “Unleash the Beast” or words like “unleash” in a similar context).
• Refraining from using color schemes or design elements similar to Monster Energy’s trade dress – specifically, the combination of green and white on a black background, or claw-like graphics reminiscent of Monster’s logo.

These demands illustrate how far Monster Energy was willing to go to police its brand elements, extending beyond just the name to even general words and colors linked with its image.

Legal Outcome: Glowstick Entertainment chose to fight back rather than acquiesce. The case proceeded through the United States Patent and Trademark Office’s dispute resolution (the Trademark Trial and Appeal Board, or TTAB, if it was a trademark opposition). In August 2023, after months of legal arguments and public attention, the USPTO’s board ruled in favor of the game developer. The decision effectively found that “Dark Deception: Monsters & Mortals” was not likely to cause consumer confusion with Monster Energy’s marks. The indie game was allowed to continue using its title, marking a legal defeat for Monster Energy in this instance. This outcome demonstrated that, under U.S. trademark law, context matters: a horror video game and an energy drink were deemed different enough that simply sharing the word “Monster” did not confuse consumers, especially given the presence of other distinguishing words and the different industries.

Legal Context (U.S. Trademark Law): In the United States, trademark infringement and opposition cases turn on whether there is a “likelihood of confusion” between the marks in question. Courts and the TTAB apply a multi-factor test (often referred to as the DuPont factors in TTAB proceedings) to assess similarity of the marks, similarity of the goods or services, the strength/distinctiveness of the senior mark, evidence of actual confusion, and so on. Monster Energy’s mark, while well-known for energy drinks, does not give it absolute rights to the common word “Monster” in all contexts. In this case, the board likely reasoned that “Monsters & Mortals,” as part of a longer game title, plus the very different nature of the product, was sufficient to avoid confusion. Additionally, U.S. law recognizes that trademark rights are limited to the categories of goods and services for which the mark is used or registered (with some expansion for famous marks across dissimilar goods under dilution law, discussed later). Monster Energy’s expansive claims (even trying to restrict use of common words and colors) likely overreached what trademark law protects, leading to their loss in this dispute.

Ubisoft’s Gods & Monsters Renamed (Preemptive Action)

Case Overview: Another notable U.S. example was Monster Energy’s challenge to the video game originally titled Gods & Monsters , a major release that was being developed by Ubisoft. In 2020, Monster Energy filed a formal opposition to Ubisoft’s trademark application for the game’s title. Monster Energy contended that “Gods & Monsters” – despite referring to mythological creatures – could be mistaken for or associated with Monster Energy due to the use of the word “Monster.” They pointed out their extensive presence in the gaming sphere (such as sponsoring e-sports events and even having their name on a racing video game series Monster Energy Supercross ).

Outcome and Impact: Facing this opposition, Ubisoft eventually decided to change the game’s title before release to Immortals: Fenyx Rising . Ubisoft maintained publicly that the change was a creative choice unrelated to the trademark dispute. However, documents from the U.S. Patent and Trademark Office revealed Monster Energy’s lengthy opposition filing detailing their concerns. It is widely believed that the legal pressure was a significant factor in Ubisoft’s decision to rebrand the game. Unlike the Monsters & Mortals case where the developer fought back and won, Ubisoft chose a more pragmatic route, possibly to avoid a protracted legal battle or delay in launching the game. The result was effectively a win for Monster Energy’s enforcement efforts: the game’s name was changed, removing the direct use of “Monsters.” However, this came at the cost of public criticism directed at Monster Energy’s perceived overreach.

Other U.S. Instances: Monster Energy’s aggressive trademark posture in the U.S. has extended to many other, sometimes surprising targets. The company has filed oppositions or sent legal challenges over names like a small brewing company’s “Monster” beer, a toy company’s “Monster” trucks line, and even a pet treat named “Monster Bully Sticks.” In one case, Monster Energy opposed a trademark for dog chew treats under the theory that pet owners might think “Monster”-branded dog snacks were an official Monster Energy product. These attempts often strain the limits of likelihood of confusion. In several such cases, Monster Energy’s arguments were found unpersuasive because the products and audiences were so vastly different (e.g., energy drinks vs. pet treats). Nonetheless, the sheer volume of oppositions (dozens filed in the USPTO) underscores how actively Monster monitors and confronts uses of “Monster.”

Japan: Trademark Battles Over “Monster” in Entertainment

Japan has been another arena for Monster Energy’s trademark enforcement campaign. Notably, Monster Energy took exception to two of Japan’s most famous game franchises that involve the word “Monster”: Nintendo’s Pokémon (short for “Pocket Monsters”) and Capcom’s Monster Hunter . Japan’s trademark system allows for opposition to newly registered trademarks, and Monster Energy utilized this process to challenge these well-established brands in an attempt to defend its own mark.

Pokémon (“Pocket Monsters”) vs. Monster Energy

Case Overview: In 2023, Monster Energy filed trademark oppositions in Japan against the Pokémon franchise’s trademarks that include the term “Monster.” Specifically, it targeted titles like “Pocket Monsters” (the Japanese name of Pokémon) which were being registered for a wide range of goods. The rationale from Monster’s side was that because “Pocket Monsters” includes “Monsters,” it could confuse consumers or dilute the uniqueness of Monster Energy’s brand, particularly if the Pokémon brand extended into merchandise categories overlapping with Monster’s products (for example, drinks or snacks).

Legal Outcome: The Japan Patent Office (JPO) examined Monster Energy’s opposition under Japanese trademark law. In late 2024, the JPO’s Opposition Board ruled in favor of the Pokémon Company (Nintendo and its partners), rejecting Monster Energy’s claims. The decision held that the trademarks were sufficiently dissimilar and unlikely to cause confusion. Several factors were key:

• Distinctiveness of context: The term “Pocket Monsters” is inherently tied to a world-famous gaming and media franchise about fictional creatures, whereas “Monster Energy” is known as a drink brand. Consumers in Japan would not reasonably link the two or assume a common source just from the shared word “Monster.”
• Mark comparison: The JPO compared the look, sound, and meaning of the marks. Visually and phonetically, “Pocket Monsters” (or its Japanese transliteration) and “Monster Energy” share a word but have different overall impressions. Conceptually, one refers to collecting creatures in your pocket; the other to an energy drink or its producer. The board also noted that “Monster” by itself, while a part of Monster Energy’s mark, is a common noun and not exclusively associated with the company in the minds of all consumers.
• Fame and scope of trademarks: While Monster Energy is a well-known brand, Pokémon is itself an enormously famous brand in its own right (predating Monster Energy’s presence in Japan). The long use and recognition of “Pocket Monsters” for games and media meant it was clearly distinct and not attempting to ride on Monster Energy’s goodwill. In essence, the JPO saw no realistic scenario in which a consumer buying a Pokémon product would think Monster Energy was behind it, even if Pokémon were to sell items in categories like soft drinks.

This outcome in Japan echoed the principle seen in the U.S.: trademark law will not support a claim of confusion or infringement when the common element (“Monster”) is used in vastly different contexts and the overall branding is distinct. Monster Energy’s opposition in Japan was unsuccessful, and Pokémon continues to freely use “Pocket Monsters” as its trademark.

Legal Context (Japan): Japan’s trademark law, like the U.S., prohibits registration or use of a mark that is likely to cause confusion with an existing famous mark (Article 4(1)(xv) of the Japanese Trademark Act addresses likelihood of confusion with well-known marks). In assessing Monster Energy’s claims, the JPO needed to determine if “Pocket Monsters” was similar enough to “Monster Energy” in appearance, pronunciation, or meaning, and used on related goods, such that consumers might confuse their source. As noted, the conclusion was negative. Moreover, the JPO board highlighted that Monster Energy had not established that “Monster” by itself had become a famous standalone mark in Japan separate from the full “Monster Energy” name. This underscores a key point in trademark law: a company can build strong brand recognition, but if the brand is based on a common word, their power to exclude others from using that word (especially in unrelated arenas) is limited.

Capcom’s Monster Hunter vs. Monster Energy

Case Overview: Monster Energy similarly took on Capcom’s wildly popular video game series Monster Hunter . At one point, Monster Energy opposed Capcom’s registration of the mark “Monster Hunter” (for instance, a specific installment like Monster Hunter Cross in Japan). The energy drink company argued that the use of “Monster” in the title of a game franchise could cause confusion or weaken the distinctiveness of its own trademark, especially if Capcom’s trademark coverage included merchandise categories that overlapped with Monster’s business.

Outcome: As with Pokémon, the challenge against Monster Hunter did not result in any forced change. Capcom continued to use the Monster Hunter name freely. Although detailed public records of the proceedings are less widely reported than the Pokémon case, the consensus is that Monster Energy’s claims did not prevail. The reasoning would have been analogous: Monster Hunter is a famous mark in its own right in the realm of video games, and consumers are not likely to think a fantasy hunting game is related to an energy drink company, notwithstanding the shared word “Monster.” Additionally, Monster Hunter as a phrase has a distinct meaning (literally a hunter of monsters) which is unrelated to the idea of an energy beverage.

Note on Monster Musume: Monster Energy’s trademark vigilance in Japan even extended to the realm of anime/manga. The company reportedly opposed the trademark for Monster Musume (“Monster Girls,” a comic series) as well. Like the other cases, this attempt did not lead to any change; it was essentially dismissed. By challenging such a wide range of entertainment titles, Monster Energy garnered a reputation in Japan as well for overzealous enforcement, though Japanese tribunals consistently upheld the right of those entertainment companies to use “Monster” in their titles.

Japanese Legal Perspective: The outcomes in Japan emphasize that Japanese trademark authorities require a clear potential for confusion before upholding an opposition. Factors considered include the similarity of the marks in their entirety and the closeness of the goods/services. Neither Pokémon’s nor Capcom’s uses of “Monster” were in the same category of goods as energy drinks, and the marks appeared in combination with other words that made them distinctive. Thus, Japanese law functioned similarly to U.S. law in these cases, despite Monster Energy’s efforts to claim broad rights. Importantly, Japan (like many jurisdictions) does not allow one to monopolize a common dictionary word across all industries unless that word has truly become exclusively associated with that brand in the public’s mind—and even then, famous mark protection has limits when faced with another famous mark.

South Korea: The “Mango Monster” Cafe Dispute

Small Business vs. Corporate Giant

Case Overview: In South Korea, a notable case pitted Monster Energy against a small family-run business: a smoothie and dessert cafe in Busan named “Mango Monster” . The cafe owners had coined the name to reflect their mango-themed treats, using “Monster” playfully to suggest something big or abundant. Monster Energy, upon learning of the name, initiated legal action on the grounds of trademark infringement , claiming that “Mango Monster” was too close to its own trademark “Monster” and could cause confusion or dilute the brand.

Legal Action and Claims: Monster Energy filed a trademark invalidation trial in the Korean Intellectual Property Office (KIPO) against the cafe’s registered name, seeking to cancel the Mango Monster trademark. The company’s argument was that consumers might assume “Mango Monster” was a product or spin-off affiliated with Monster Energy (for example, they might think it is a mango-flavored variant of Monster’s drinks, since Monster Energy does sell a variety of flavored energy beverages). Monster Energy’s legal filings in Korea emphasized the similarity in name and the potential overlap in the realm of beverages and cafes.

Outcome: After a protracted battle (reportedly about three years of legal proceedings), the case concluded with a victory for the cafe. In 2017, the Korean Intellectual Property Trial and Appeal Board ruled that “Mango Monster” and “Monster Energy” were not confusingly similar and could coexist. The decision noted that the two names, when viewed in entirety, have different visual impressions and connotations: “Mango Monster” includes a distinctive fruit name that alters the commercial impression of the phrase. Furthermore, the context of use differed – a local cafe brand versus an international energy drink brand. The tribunal found no evidence that customers would likely be misled into thinking the cafe was endorsed by or related to the energy drink company. As a result, the cafe was allowed to continue using the Mango Monster name, and Monster Energy’s attempt to cancel that trademark failed.

Legal Context (South Korea): South Korea’s trademark law, much like U.S. and Japanese law, prevents the registration or use of marks that would likely cause confusion with existing trademarks. Similar criteria are applied, examining the overall similarity of the marks and the relatedness of the goods or services. In the Mango Monster case, the authorities determined that adding the word “Mango” (a generic term for a fruit) to “Monster” made the composite mark sufficiently distinct from “Monster” alone, especially given how common the word “Monster” is in everyday language. The decision implicitly acknowledged that Monster Energy cannot exclusively own the term “Monster” in all contexts. Additionally, the equities were likely in favor of the small business, which had innocently adopted the name for a different market segment; there was no sign of bad faith or intent to ride on Monster Energy’s reputation. The South Korean outcome demonstrates that even a global corporation can be restrained by national IP law when its claims over a common word overstep boundaries.

Why Some “Monster” Uses Were Not Targeted

Given Monster Energy’s broad enforcement pattern, it is equally revealing to consider notable instances where Monster Energy did not take action, or at least not publicly, despite the presence of “Monster” in a name. Two prominent examples are Bandai’s Digimon franchise and Disney/Pixar’s film Monsters, Inc. . These cases of “non-enforcement” shed light on Monster Energy’s strategic considerations and the legal realities that likely influenced its decisions.

Digimon (Digital Monsters)

Background: Digimon , short for “Digital Monsters,” is a Japanese media franchise spanning anime, games, and toys, which became popular globally in the late 1990s and 2000s. The word “Monster” is central to its concept (the creatures in the series are monsters in a digital realm), though the brand name is typically presented as the portmanteau “Digimon.” Monster Energy has never publicly pursued any legal challenge against Digimon, despite the theoretical presence of “Monster” in the franchise’s expanded name.

Analysis: Several reasons likely explain why Monster Energy steered clear of this target:

• Prior Use and Established Brand: Digimon started in 1997, which means it predates Monster Energy’s rise (Monster Energy drinks launched in 2002 and only later became a global trademark force). In trademark law, prior use of a mark in commerce generally grants rights senior to any later uses. By the time Monster Energy could have considered enforcement, Digimon was already an established brand with its own distinct identity and consumer base. Any challenge would face the hurdle that Digimon was not a newcomer trying to trade on Monster Energy’s name; it was an older, independent phenomenon.
• Different Domains and Lack of Overlap: Digimon is in the entertainment and toy sector, with no overlap in the beverage market. While Monster Energy has sometimes claimed that even dissimilar goods can cause confusion if a mark is famous, Digimon’s branding (including its unique coined name and Japanese origin) is far removed from anything related to energy drinks. It would be extremely far-fetched for consumers to connect a children’s anime about digital creatures with a caffeinated drink company. This lack of any logical association likely dissuaded Monster’s lawyers from even considering a challenge. Moreover, “Digimon” as a word does not actually use “Monster” in isolation – it’s an invented term, reducing any surface similarity.
• Risk of Legal Defeat: Monster Energy may have learned from its experiences with similarly prominent franchises (like Pokémon) that going after well-known entertainment brands tends to fail. A failed opposition or lawsuit can set a bad precedent and weaken Monster’s position for future cases. Targeting Digimon, given its aforementioned differences, would almost certainly result in a loss, which could then be cited by others to fend off Monster Energy’s claims.
• Strategic PR Considerations: Digimon, while not as internationally ubiquitous as Pokémon, still has a dedicated fan base and a major corporate owner (Bandai Namco). Trying to suppress the name of a beloved franchise could have generated backlash and negative press disproportionate to any benefit. Monster Energy might have calculated that the harm to its reputation (for bullying a kid-friendly brand) outweighed any theoretical benefit of asserting its trademark in that instance.

In summary, Digimon’s long-standing independent fame and the lack of any plausible confusion made it a non-target. Monster Energy likely recognized there was no legal or commercial gain in challenging it.

Disney’s Monsters, Inc.

Background: Monsters, Inc. is a blockbuster animated film released by Disney/Pixar in 2001. The title features the plural “Monsters” prominently. It spawned a franchise (including a prequel film Monsters University and various merchandise) and the term “Monsters, Inc.” became a household name in the early 2000s. Notably, this movie came out just around the time Monster Energy drinks were first hitting the market (early 2000s), but before Monster Energy as a trademark gained widespread recognition.

Analysis: Monster Energy did not challenge Disney’s use of “Monsters, Inc.” There are multiple likely reasons:

• Different Markets and No Confusion: “Monsters, Inc.” is the title of a film and related entertainment products. It lives in the realm of storytelling, characters, and Pixar’s brand identity. There is virtually zero chance that a consumer would see a movie poster or toy for Monsters, Inc. and think it had any connection to an energy drink. The usage of “Monsters” here is clearly tied to the content of the film (actual monsters in a fictional world) and not to any beverage or lifestyle product. Thus, from a trademark law standpoint, there was no overlap in goods/services between Disney’s use and Monster Energy’s core business.
• Timing and Seniority: Disney presumably filed for and obtained trademarks related to Monsters, Inc. for various classes of goods (toys, clothing, etc.) around the film’s release in 2001. Monster Energy’s own trademarks for beverages and apparel were in their infancy at that time. If any conflict had been perceived, Disney’s claims might have had priority in certain categories, especially entertainment and merchandise classes, since they were there first. Monster Energy would have little ground to challenge a use that pre-existed its fame.
• Disney’s Legal Clout: As one of the largest media companies in the world, Disney is well-known for vigorously defending its own intellectual property. Any legal attack on a Disney trademark would be met with a formidable defense. Monster Energy likely recognized that picking a fight with Disney over “Monsters, Inc.” would be a losing battle, not only legally but also financially. Disney’s legal resources far exceed those of most companies, and unless Monster Energy had a very strong case (which it did not, given the lack of conflict), engaging in such a dispute would be unwise.
• No Need or Benefit: Since “Monsters, Inc.” is so clearly not related to energy drinks, Monster Energy had nothing material to gain from challenging it. The movie’s existence did not dilute the energy drink’s brand or cause any confusion among consumers. In other words, even a highly aggressive enforcement philosophy has practical limits – there is little point in contesting something that everyone can see is unrelated. Monster Energy has largely focused on cases where it can at least colorably claim a potential confusion or brand overlap; “Monsters, Inc.” simply doesn’t fit that pattern.

Overall, the decision not to pursue action against “Monsters, Inc.” reflects a strategic understanding that not every use of “Monster” (or “Monsters”) is worth a fight. Extremely famous, unrelated uses, especially those that began before Monster Energy was a big name, are generally left alone.

Trademark vs. Copyright vs. Patent: Legal Nature of Disputes

All the disputes discussed in this analysis fall under the domain of trademark law . It is important to clarify why copyright and patent law are not applicable in these cases, to understand the legal nature of Monster Energy’s enforcement efforts:

• Trademark: Trademarks protect brand names, logos, and identifiers of commercial source. Monster Energy’s concerns are trademark concerns: they revolve around who can use the word “Monster” (or similar) to identify their goods or services. The central legal question in each dispute was whether another party’s use of “Monster” in a name would likely cause consumer confusion or dilute the distinctiveness of Monster Energy’s brand. Each jurisdiction’s trademark laws (the U.S. Lanham Act, Japan’s Trademark Act, South Korea’s Trademark Act, etc.) provide mechanisms – oppositions, infringement lawsuits, cancellation trials – which Monster Energy has used to assert its rights. Our examples illustrate the application of these laws: courts and trademark offices evaluate similarity of marks and the likelihood of confusion among consumers.
• Copyright: Copyright law protects original works of authorship (such as artwork, music, literature, software, films) against copying. The word “Monster” by itself is not a creative work; it’s a generic term and cannot be copyrighted. None of Monster Energy’s claims involve someone copying Monster Energy’s can designs or logos in a way that would implicate copyright. (If that were to happen, Monster might indeed use copyright law, but our focus cases are about names and titles, not direct copying of creative content.) Even in cases like video game disputes, Monster Energy was not alleging that game developers stole content; it only objected to their use of the word in the title. Therefore, copyright law was irrelevant in these disputes.
• Patent: Patent law protects new inventions and technological processes. Monster Energy’s intellectual property in terms of patents might cover formulas or can designs (though beverage recipes are often trade secrets rather than patents, and can designs might be covered by design patents). However, none of the conflicts here had anything to do with Monster Energy’s (or anyone’s) inventions. A title of a game, a brand name of a cafe, or a movie title does not infringe or relate to any patent. Thus, patent law did not come into play at all in Monster Energy’s enforcement campaign over the word “Monster.”

In sum, Monster Energy’s global enforcement of “Monster” is a trademark issue through and through. It’s about brand identity and consumer association, not about unauthorized reproduction of creative works or invention theft. Recognizing this is crucial: it frames why the disputes center on likelihood of confusion analysis and why outcomes differed across jurisdictions based on trademark principles. It also explains why Monster Energy’s arguments sometimes stretched into areas like merchandising and sponsorship (trademark’s domain of brand confusion) rather than anything to do with creative content or inventions.

Analysis of Monster Energy’s Litigation Strategy

Reviewing these cases, several patterns emerge in Monster Energy’s approach to litigation and enforcement:

• Aggressive and Preemptive Action: Monster Energy doesn’t wait for actual consumer confusion to manifest; it often takes preemptive legal action as soon as it discovers a potential trademark filing or usage of the word “Monster” by another entity. This strategy is intended to nip potential problems in the bud and to send a message to others who might consider using the term. By filing oppositions (in trademark offices) or lawsuits, Monster Energy aims to create a deterrent effect. Many small companies, facing the prospect of an expensive legal battle, simply capitulate and change their names to avoid conflict. This dynamic gives Monster Energy numerous quiet victories that never make headlines, reinforcing the reach of its trademark.
• Focus on Breadth of Trademark Rights: Monster’s legal arguments frequently emphasize the breadth and fame of its “Monster” mark. The company often presents evidence of its extensive marketing, sponsorships, and product lines to convince tribunals that the MONSTER brand extends into various spheres (sports, gaming, apparel, etc.). The intended effect is to show that even if another company is in a different industry, Monster Energy might plausibly expand there or is already present through sponsorship, thereby making confusion more likely. In the Ubisoft case, for instance, Monster highlighted its involvement in video games and esports to strengthen its claim.
• Mixed Success and Learning from Defeats: The outcomes of Monster Energy’s campaigns have been mixed. The company has achieved compliance or settlements in a number of instances (Ubisoft’s game renaming, smaller businesses rebranding quietly, etc.), but it has also faced high-profile losses (the indie game developer’s case in the U.S., the Pokémon and other cases in Japan, the Mango Monster case in Korea). These losses underline a key limitation: trademark law still requires a likelihood of confusion, and common words like “Monster” can’t be monopolized when context differentiates them. Monster Energy likely takes these into account moving forward. For example, after losing a clear case in Japan against “Pocket Monsters,” the company might be more hesitant to challenge similarly entrenched uses. Its avoidance of action against Digimon or Monsters, Inc. can be seen as an implicit acknowledgment that some battles are unwinnable and not worth the attempt.
• Selective Targeting: Monster Energy’s strategy appears more frequently directed at smaller entities or those without vast resources (indie games, small businesses, lesser-known products). These targets are more likely to yield to pressure, either due to lack of funds to fight or fear of legal complications. In contrast, Monster has generally avoided direct confrontation with giants like Disney or Bandai, as noted. This selective targeting is common in trademark enforcement: it’s often easier to set precedents against weaker opponents. However, the company must be cautious—if it only targets small players and is seen as bullying, courts and trademark boards might view its claims with skepticism, and the court of public opinion certainly does.
• Global Coordination: The cases we discussed span multiple countries, which means Monster Energy coordinates with local law firms and uses international trademark treaties/systems (like the Madrid Protocol for trademark filings, or local opposition procedures) to fight on many fronts. The consistency in their approach suggests a top-down directive to defend the “Monster” name globally. Yet, each country’s legal standards have the final say. As we’ve seen, what might be plausible in one jurisdiction can fail in another, so Monster’s global strategy must adapt to local laws. For instance, Japan’s handling of well-known marks and the threshold for confusion has its nuances, and Monster’s broad arguments did not find sympathy there.
• Public Perception and Branding Implications: A noteworthy side-effect of Monster Energy’s legal strategy is its impact on brand perception. The aggressive enforcement has become part of Monster’s identity in the business and legal community, for better or worse. While it may instill caution in other companies considering similar branding, it also generates negative press when stories of legal bullying go viral. Monster Energy must balance the legal advantages of rigorous enforcement with the potential backlash from consumers who may see the company as heavy-handed. The fact that independent creators like the game developer in the Monsters & Mortals case took to social media to expose Monster’s tactics shows how easily these disputes can become public relations issues.

In conclusion, Monster Energy’s litigation strategy is a case study in aggressive trademark enforcement. It reflects a belief that a strong offense is the best defense of a brand. However, the strategy has its limitations: trademark law provides checks against overreach, and not all uses of “Monster” can be curtailed. Moreover, the strategy requires careful picking of battles, as each loss can undermine the perceived strength of Monster’s mark. Going forward, Monster Energy will likely continue to enforce its trademarks globally but perhaps with a more nuanced understanding of which fights are worth engaging in, especially as courts in various jurisdictions set precedents on the boundaries of the word “Monster” in commerce.

Conclusion

Monster Energy’s global enforcement of its “Monster” branding illustrates the tension between aggressive trademark protection and the limits imposed by law and practicality. On one hand, the company’s efforts are rooted in a legitimate desire to protect a valuable brand – a brand that it has invested heavily in and which is recognized worldwide in the energy drink market. No company wants its trademark to become diluted or generic, and Monster Energy’s legal actions are aimed at preventing “Monster” from becoming an umbrella term that others can freely use in commerce. The cases discussed show that Monster Energy will go to great lengths, crossing into different industries and countries, to assert what it views as its rights.

On the other hand, these same cases highlight the important safeguards within intellectual property law that prevent overreach. Trademark law, whether in the U.S., Japan, South Korea, or elsewhere, ultimately focuses on consumer perception. If consumers are unlikely to be confused – as was determined in scenarios like a video game title or a smoothie shop using “Monster” – then the law will not uphold a complaint. Additionally, when a term is common like “monster,” courts and trademark offices are careful not to grant one entity absolute control over it beyond its clear commercial niche.

Furthermore, the selective nature of Monster Energy’s targets (avoiding the likes of Disney or Bandai) suggests a recognition that the brand’s power has limits. Indeed, Monster Energy has faced humbling losses when its claims were unsubstantiated, which may influence how it approaches future disputes. The company’s willingness to push the boundaries has, in some instances, backfired legally and reputationally, but it has also succeeded in quietly forcing changes where defendants did not mount a defense.

In sum, Monster Energy’s global enforcement campaign is a double-edged sword. It underscores the importance for brand owners to vigilantly monitor and defend their trademarks across borders – a necessary task in a globalized marketplace. Simultaneously, it serves as a cautionary tale: intellectual property rights, especially in trademarks, have limits defined by fairness and public interest. A balance must be struck between protecting a brand and respecting the independent rights of others to use common language and develop their own marks. Monster Energy’s experience across multiple countries shows that while you can “Unleash the Beast” in the courtroom, you cannot always guarantee it will capture its prey. The outcome depends on the strength of your case, the reasonableness of your claims, and the judgment of legal systems that are designed to prevent trademark ownership from becoming a monster of its own.

Written on May 20, 2025

Patent Application Phrases

This section comprises a curated collection of phrases and expressions I have gathered from various patent applications. I am actively studying these to deepen my understanding of patent drafting techniques and enhance my ability to write patent applications with greater clarity and precision. By carefully analyzing and compiling these expressions, I seek to familiarize myself with the specialized language commonly used in patents. My goal is to improve my drafting skills while making this resource more accessible and useful to others, with the hope that it contributes to the broader knowledge in this field and fosters shared learning.

TITLE OF THE INVENTION

ABSTRACT

• The disclosure concerns ~. The present invention ~ The disclosure defined by this invention The disclosure describes → Disclosed herein is(are) / Provided is(are) ~
• A method is provided that includes ~.
• A method is provided that improve ~.
• Various aspects of the present disclosure generally relate to ~. In some aspects, ~. Numerous other aspects may be described.

CROSS-REFERENCE TO RELATED APPLICATIONS

• This Application is related to:


• US 11422565 B1
  This application is a continuation-in-part of, and claims priority to, U.S. patent application Ser. No. 15/681,097 filed on Aug. 18, 2017, titled "ROBOT MOVEMENT CONSTRAINT SYSTEM," now U.S. Pat. No. 11,300,963, the contents of which are incorporated by reference into the present disclosure.
• US 11423300 B1
  CLAIM OF PRIORITY (1): This application claims the benefit of U.S. Provisional Patent Application No. 62/628,881, entitled, "NEURAL NETWORKS WITH EPISODIC RECALL," filed on Feb. 9, 2018. The entire contents of which are hereby incorporated by reference.
• US 11424016 B1
  CLAIM OF PRIORITY (1): This application claims the benefit of priority under 35 U.S.C. § 119(e) of U.S. Provisional Patent Application Ser. No. 62/765,071, filed on Aug. 17, 2018, and titled "PRODUCT ORDER DOSING FILLER SYSTEMS AND RELATED METHODS," which is incorporated by reference herein in its entirety.
• US 20220266094 A1
  "[0001] This application is a continuation of U.S. patent application Ser. No. 17/150,938, filed Jan. 15, 2021, titled "Systems and Methods for Using Machine Learning to Control an Electromechanical Device Used for Prehabilitation, Rehabilitation, and/or Exercise," which is a continuation-in-part of U.S. patent application Ser. No. 17/021,895, filed Sep. 15, 2020, titled "Telemedicine for Orthopedic Treatment," which claims priority to and the benefit of U.S. Provisional Patent Application Ser. No. 62/910,232, filed Oct. 3, 2019, titled "Telemedicine for Orthopedic Treatment," the entire disclosures of which are incorporated by reference for all purposes. This application also claims priority to and the benefit of U.S. Provisional Patent Application Ser. No. 63/066,488, filed Aug. 17, 2020, titled "Systems and Methods for Using Machine Learning to Control an Electromechanical Device used for Prehabilitation and/or Exercise," the entire disclosure of which is hereby incorporated by reference for all purposes."
• US 20220291454 A1
  "[0001] This application is a continuation of U.S. application Ser. No. 17/144,880, filed Jan. 8, 2021, which is a continuation of U.S. application Ser. No. 16/179,609, filed Nov. 2, 2018, now U.S. Pat. No. 10,890,720, which is a divisional of U.S. application Ser. No. 15/287,358, filed Oct. 6, 2016, now U.S. Pat. No. 10,120,136, which is a divisional of U.S. application Ser. No. 14/200,460, filed Mar. 7, 2014, now U.S. Pat. No. 9,465,161, which claims the benefit U.S. Provisional Application No. 61/782,340 filed Mar. 14, 2013, the content of each of which applications is incorporated by reference herein."

BACKGROUND OF THE INVENTION

• The present invention/disclosure relates to ~.
• More particularly, the present disclosure relates to ~.
• Over the years, there has been much advancement in the area of ~.

(a) Field of the invention/EMBODIMENTS

• Embodiments are described regarding devices that ~.

(b) Description of the Related Art

• The above information disclosed in this Background section is only for enhancement of understanding of the background of the invention and it may therefore contain information that does not form the prior art that is already known to a person of ordinary skill in the art.
• The above information disclosed in this section is merely for enhancement of understanding of general background of disclosure and therefore it may contain information that does not form the prior art that is already known to a person of ordinary skill in the art.
• The information disclosed in this Background section is only for enhancement of understanding of the general background of the invention and should not be taken as an acknowledgement or any form of suggestion that this information forms the prior art already known to a person skilled in the art.



• US 20220291454 A1
  "None of the references described or referred to herein are admitted to be prior art to the claimed invention."
• US 20220253128 A1
  The present disclosure generally relates to the field of extended reality. More specifically, the present disclosure relates to systems, methods, and devices for providing productivity applications using an extended reality environment. Some of the disclosed embodiments are directed to providing a new approach for solving the productivity dilemma, ~.
• US 11420416 B1
  (3) This background section is intended to introduce the reader to various aspects of art that may be related to various aspects of the present disclosure, which are described and/or claimed below. This discussion is believed to be helpful in providing the reader with background information to facilitate a better understanding of the various aspects of the present disclosure. Accordingly, it should be understood that these statements are to be read in this light, and not as admissions of prior art.
• US 20220266094 A1
  "[0004] Machine learning is a field of computer science for discovering methodologies, algorithms, heuristics, and the like, whether in hardware, software or both, for the purpose of enabling computers or applications running on computers to learn without being explicitly programmed. Machine learning works through a variety of mechanisms, including iteration, optimization, pruning, testing, and the like. For example, a machine learning model may be trained on a set of training data, such that the model may be used to process newly received data to generate useful predictions and/or classifications. Further, machine learning is continual or even continuous: The model developed for machine learning can always be further improved in light of the goals toward which the model is trained to achieve. While machine learning could, in principle, be terminated at some point, the learning aspect would cease at that point."

SUMMARY OF THE INVENTION

• The present disclosure provides ~ in which ~.
• The present disclosure is directed to providing ~.
• Various aspects of the present invention are directed to providing ~.
• A method for ~ may include: ~.
• According to an exemplary embodiment of the present disclosure, a method for ~.
• An exemplary embodiment of the present disclosure provides a method for ~.
• In an aspect of the present invention, a method for ~.
• Another exemplary embodiment of the present disclosure provides ~, including: ~.
• ~ may compare ~
• ~ may further include ~
• Yet another embodiment of the present disclosure provides ~.
• ~ , according to an exemplary embodiment of the present invention, may include ~.
• ~ , according to the exemplary embodiment of the present disclosure, is capable of ~.
• According to the exemplary embodiment of the present disclosure, it is possible to ~.
• ~ may be reduced, thereby ~.
• ~ can be changed, thereby ~.
  In one embodiment, ~. In some embodiments, ~.
• In general, the present disclosure provides ~.
  In one aspect, the present disclosure provides ~.
  In another aspect, the present disclosure provides a method for ~.
  In another aspect, the present disclosure provides a system for ~.
  In yet another aspect, the present disclosure provides ~.
• The foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the claims.



• US 20220246982 A1
  According to a first aspect, there is provided a solid material having a composition according to general formula ~, wherein X is ~, Y is ~. Without wishing to be bound by theory, it is assumed that ~. A solid material according to the above-defined first aspect, i.e. a solid material having a composition according to general formula, may be amorphous. Preferred processes according to the second aspect as defined above are those having one or more of the specific features disclosed above. In the context of the present disclosure, ~. A further aspect of the present disclosure is the use of ~ as described above in ~, ~, ~. The invention is illustrated further by the following examples which are not limiting.
• US 20220253128 A1
  Embodiments consistent with the present disclosure provide systems, methods, and devices for providing and supporting productivity applications using an extended reality environment.
  Consistent with other disclosed embodiments, non-transitory computer-readable storage media may store program instructions, which are executed by at least one processing device and perform any of the methods described herein.
• US 11417179 B1
  The embodiments described herein relate to ~.

BRIEF DESCRIPTION OF THE DRAWINGS

• of the present disclosure → an exemplary embodiment of the present disclosure
• FIG. 1A, FIGS.1 and 2, FIGS. 1 to 3
• FIGs → FIGS
• FIG. 1 is an exemplary block diagram illustrating ~.
• ~ a circuit diagram of ~.
• ~ a top plan view of ~.
• FIGS. 5 to 7 show / illustrate ~.
• ~ a vertical sectional view / a sectional view / a cross-sectional view / a flowchart of / schematic view / top plan view / perspective view ~.
• The following detailed description may be better understood when read in conjunction with the appended drawings. For the purposes of illustration, there are shown in the drawings example embodiments of various aspects of the disclosure; however, the invention is not limited to the specific methods and instrumentalities disclosed.



• US 11420416 B1
  Various embodiments are illustrated by way of example in the figures of the accompanying drawings. Such embodiments are demonstrative and not intended to be exhaustive or exclusive embodiments of the present subject matter.
  FIG. 1 illustrates, by way of example and not limitation, a block diagram of an embodiment of a pharmacy order processing system.
• US 20220246982 A1
  It has to be noted that the experiments conducted here are indicative of somewhat extreme conditions while ~. Thus, the [findings] studied here appear promising because it may be reasonably expected that ~.
• US 20220253184 A1
  FIG. 1 shows an example system for distributing content.
  FIG. 2 shows an example user interface of a content distribution application in accordance with the present disclosure.
  FIG. 3 shows another example user interface of a content distribution application in accordance with the present disclosure.
  FIG. 4 shows another example user interface of a content distribution application in accordance with the present disclosure.
  FIG. 6 shows an example method for finding content, which may be performed by a user device in accordance with the present disclosure.
  FIG. 7 shows an example method for distributing content, which may be performed by a cloud network in accordance with the present disclosure. FIG. 8 shows an example computing device which may be used to perform any of the techniques disclosed herein.
• US 11417179 B1
  The invention may best be understood by reference to the following description taken in conjunction with the accompanying drawings.
  FIG. 1A illustrates an example of ~, in accordance with one embodiment of the present invention.
  FIG. 1F illustrates one example embodiment of a ~ device, in accordance with one embodiment.
• US 20220247143 A1
  Embodiments of the invention will now be described, by way of example only, with reference to the accompanying schematic drawings, in which:
  FIG. 1 depicts a schematic overview of ~;
  FIG. 3 depicts a schematic representation of ~;

DETAILED DESCRIPTION OF THE EMBODIMENTS

• S100 → at step S100
• never use: object, advantage, can, only, important, necessary, critical, specific, special, preferable, essential, means, said, best, optimum, optimize, maximum, maximize, minimum, minimize
• The present disclosure and methods of accomplishing the same may be understood more readily by reference to the following detailed description of embodiments and the accompanying drawings. However, the present disclosure may be embodied in many different forms, and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete and will fully convey the concept of the invention to those skilled in the art, and the present disclosure will only be defined by the appended claims.
• The terminology used herein will be described briefly, and the present disclosure will be described in detail.
• The terminology used herein is defined in consideration of the function of corresponding components used in the present disclosure and may be varied according to users, operator's intention, or practices. In addition, an arbitrary defined terminology may be used in a specific case and will be described in detail in a corresponding description paragraph. Therefore, the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.
• Accordingly, the drawings and description are to be regarded as illustrative in nature and not restrictive, and like reference numerals designate like elements throughout the specification.
• Further, in the following detailed description, names of constituents, which are in the same relationship, are divided into "the first", "the second", etc., but the present invention is not necessarily limited to the order in the following description.
• Throughout the specification, unless explicitly described to the contrary, the word "comprise" and variations such as "comprises" or "comprising" will be understood to imply the inclusion of stated elements but not the exclusion of any other elements.
• In addition, terms such as "unit", "means", "part", "member", etc., which are described in the specification, means a unit of a comprehensive configuration that performs at least one function or operation.
• While this invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.
• The present invention will be described more fully hereinafter with reference to the accompanying drawings, in which exemplary embodiments of the invention are shown.
• In the following detailed description, only certain exemplary embodiments of the present invention have been shown and described, simply by way of illustration.
• As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.
• On the contrary, exemplary embodiments introduced herein are provided to make disclosed contents thorough and complete and to sufficiently transfer the spirit of the present invention to those skilled in the art.
• Because the size and thickness of each configuration shown in the drawings are arbitrarily shown for better understanding and ease of description, the present invention is not limited thereto, and the thicknesses of portions and regions are exaggerated for clarity. In the drawings, the thickness of layers and regions may be exaggerated for clarity.
• In addition, when a layer is described to be formed on another layer or on a substrate, this means that the layer may be formed on the other layer or on the substrate, or a third layer may be interposed between the layer and the other layer or the substrate.
• It will be understood that when an element such as a layer, film, region, or substrate is referred to as being "on" another element, it can be "directly on" the other element or intervening elements may also be present. In contrast, when an element is referred to as being "directly on" another element, there are no intervening elements present.

DETAILED DESCRIPTION OF THE INVENTION

• In the present document, the terms ~ are used to encompass all types of ~. The term ~ as employed in this text may be broadly interpreted as referring to ~.
• Further embodiments according to the present invention are described in below numbered clauses:
  1. ~ comprising: ~ ~ ~.
  2. A device according to clause 1, wherein said at least one component ~.
  A device according to any preceding clause, wherein said ~ is ~.
  9. A device according to any clause 5 to 8, operable such that said ~ is ~.
  



• US 11417179 B1
  (104) FIG. 1B illustrates an example of various types of sensors, and interactions between a network, and compute entities, in accordance with one embodiment. By way of example, the various processing entities and sensors can be used to produce different types of data; they can be optimized for specific types of tracking in a store environment, so as to identify selection and purchases of items. Furthermore, it should be understood that the various outputs from the various sensors can be filtered or identified for priority or significance based on the type of interaction being tracked. In some embodiments, depending on the type of interaction, deep learning can be utilized to identify which sensor outputs should be selected and which sensor output should be deselected. In other embodiments, machine learning can be utilized to provide more significance to some sensors while reducing the significance of other sensors, so as to improve the confidence levels of the proper selection of our combinations of sensors utilized for identifying specific interaction within a store.
  (115) FIG. 1C illustrates an example of use of machine learning. For example, a machine learning model may be used with data from a variety of sources to characterize state including that of a shopper or shopping account at any moment. The model may be trained with data sourced from real store environment or from data shaped to simulate the desired features representation for a particular label classification, or from a combination of both. As shown in FIG. 1B, the model may be trained or retrained using feedback from actual shopping activity, where corrections and confirmation labels may be fed back into the model. Such corrections and confirmation labels may be sourced from users through their actual or implied acceptance (confirmation) of the take events or other classifications or through the flagging of erroneous system classifications (e.g., correction: wrong item detected in basket, etc.).
• US 20220266094 A1
  [0207] A machine learning model, as used herein, may refer to a framework able to apply one or more machine learning techniques to analyze input values and to generate output values that are to be used to generate prehabilitation plans and/or modifications to prehabilitation plans that are optimal for users. In some embodiments, a machine learning model may be supported by a data structure such as a data model. For example, a data model may be a structural framework that is organized according to one or more schemata. A machine learning model may use the data model by applying one or more machine learning techniques to the data model to generate output values or to identify specific data points. The one or more machine learning techniques may include one or more supervised machine learning techniques, one or more unsupervised machine learning techniques, one or more reinforcement-driven machine learning techniques, and/or the like. For example, the one or more machine learning techniques may include a classification technique, a regression technique, a clustering technique, and/or any other technique that may be used to train the machine learning model.

DESCRIPTION OF SYMBOLS

CLAIMS

• An exemplary embodiment of the present disclosure provides ~, comprising/including: ~.
• 1. ~, comprising: ~ ~ ~.
• 2. The system of claim 1, wherein ~ comprises ~ ~ ~.
• 3. The method for ~ of claim 2, further comprising, ~ ~ ~.
• a first something => then, the first something



• US 20220253184 A1
  1. A method, comprising: ~.
  2. The method of claim 1, wherein ~.
  3. The method of claim 2, further comprising: ~.
  10. A system, comprising: at least one ~.
  11. The system of claim 10, wherein ~.
  16. A computing device, comprising: ~.
  17. The computing device of claim 16, wherein ~.
• US 20220266094 A1
  1. A computer-implemented system, comprising: an electromechanical device configured to be manipulated by a user; a user portal comprising an output device and input device, the output device configured to communicate a plan to the user; and a computing device configured to: receive user data relating to the user, wherein the user data comprises health history data relating to health indicators of the user, receive treatment data relating to a set of treatment plans and outcomes, wherein the set of treatment plans is capable of being offered to the user, generate a plan by using a machine learning model to process the user data and the treatment data, select, for the electromechanical device, an electromechanical device configuration that enables one or more exercises of the plan to be performed by the user, wherein the electromechanical device configuration enables the one or more exercises to be performed to improve performance of an area of the user's body, and provide the electromechanical device configuration to the electromechanical device.
  2. The computer-implemented system of claim 1, wherein ~.
  8. A method for using machine learning to control an electromechanical device, comprising: receiving user data relating to a user capable of operating the electromechanical device; receiving treatment data relating to a set of treatment plans and outcomes, wherein the set of treatment plans is capable of being offered to the user; generating a plan by using a machine learning model to process the user data and the treatment data, wherein the plan includes at least one exercise session comprising one or more exercises to be performed on the electromechanical device; enabling the plan to be distally accessible by one or more user portals; selecting, for the electromechanical device, an electromechanical device configuration that enables the one or more exercises of the plan to be performed by the user, wherein the electromechanical device configuration enables the one or more exercises to be performed to improve performance of an area of the user's body; and enabling the electromechanical device to implement the electromechanical device configuration by providing the electromechanical device configuration to the electromechanical device.
  9. The method of claim 8, wherein ~.
  16. A system for operating an electromechanical device, comprising: a memory device storing instructions; and a processing device communicatively coupled to the memory device, wherein the processing device, when executing the instructions, is configured to: receive user data relating to a user capable of operating the electromechanical device; receive treatment data relating to a set of treatment plans and outcomes, wherein the set of treatment plans is capable of being offered to the user; generate a plan by using a machine learning model to process the user data and the treatment data, wherein the plan includes at least one exercise session comprising one or more exercises to be performed on the electromechanical device; enable the plan to be distally accessible by one or more user portals; select, for the electromechanical device, an electromechanical device configuration that enables the one or more exercises of the plan to be performed by the user, wherein the electromechanical device configuration enables the one or more exercises to be performed to improve performance of an area of the user's body; and enable the electromechanical device to implement the electromechanical device configuration by providing the electromechanical device configuration to the electromechanical device.
  17. The system of claim 16, wherein ~.

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