New USPTO Obviousness Guidelines Seek to Refine Examiner Evaluations Likely Making Path to Patent Grant More Difficult and Potentially Opening Door to More Patent Challenges

On February 27, the United States Patent and Trademark Office (USPTO) released new guidance aimed at enhancing the methodology used to assess the obviousness of patent applications. The updated USPTO guidance emphasizes the need for a clear articulation of a reasoned analysis, grounded in relevant facts, in determining whether a claimed invention meets the criteria of being obvious. The USPTO asserts that this initiative is in line with the directives of the U.S. Supreme Court’s landmark decision in KSR Int’l Co. v. Teleflex Inc., advocating for a flexible approach toward obviousness evaluations.

The USPTO suggests that this newly issued guidance will act as a practical manual for USPTO examiners, applicable to all utility patent applications under review or contestation. It allegedly aims to ensure a standardized application of the law of obviousness across various cases.

A brief synopsis provided from the USPTO’s updated guidance and garnered since the KSR decision of the Federal Circuit include:

  • In KSR, the Supreme Court instructed the Federal Circuit that persons having ordinary skill in the art also may glean suggestions from the prior art that go beyond the primary purpose for which that prior art was produced. “Thus, the Supreme Court taught that a proper understanding of the prior art extends to all that the art reasonably suggests and is not limited to its articulated teachings regarding how to solve the particular technological problem with which the art was primarily concerned.”
  • Since KSR, the Federal Circuit has confirmed that “the flexible approach to obviousness encompasses not only how to understand the scope of prior art, but also how to provide a reasoned explanation to support a conclusion that claims would have been obvious.”
  • However, a flexible approach to obviousness does not negate the need for articulated reasoning and evidentiary support, the USPTO said.
  • Obviousness decision-makers must examine all the evidence before them.
  • The USPTO states that, “there is no one-size-fits-all approach to crafting an obviousness rejection.”

Kathi Vidal, Director of the USPTO, expressed the agency’s commitment to issuing reliable patent rights while ensuring clarity and consistency across the board. “Our initiative aims at bolstering transparency and uniformity within our processes and across the innovation landscape,” Vidal remarked.

The implications of this USPTO guidance extend to design patents as well, with the USPTO keenly awaiting the Federal Circuit’s verdict in LKQ Corp. v. GM Global Technology Operations LLC.

Additionally, the USPTO makes notes that it is gearing up to explore the influence of artificial intelligence on the landscape of prior art and the competence of someone skilled in the art, particularly how these factors interplay with patentability assessments including obviousness determinations. The USPTO plans to invite public commentary on these topics soon.

The updated USPTO guidelines initially appear to increase the burden on the patent applicant or the patentee to show that a claimed invention is not obvious by allowing the obviousness decision-makers (e.g., USPTO examiners and judges of the Patent Trial and Appellate Board (PTAB)) more flexibility in rejecting claims and to go outside of the boundaries of patent documents used to reject claims as long as reasoning is articulated and evidentiary support is provided. To counter an obviousness rejection made by an obviousness decision-maker, patent applicants or patentees should review obviousness rejections for a clearly articulated obviousness reasoning, including evidentiary support (e.g., not purely the examiner or judge’s argument) that is sound (e.g., actually supports the examiners or judges’ positions). Patent applicants and patentees also may need to rely on more expert declarations or affidavits to help overcome obviousness rejections.

For more news on Patent Law Guidance, visit the NLR Intellectual Property Law section.

Design Patent vs. Trade Dress: Strategic Considerations for Protecting Product Designs

Product designs often serve as the cornerstone of a brand’s identity, evoking instant recognition and loyalty among consumers. From the iconic silhouette of Coca-Cola’s glass bottle to the distinctive shape of Gibson guitars, the visual appeal of product designs can be a critical asset in the competitive marketplace. However, protecting a product design requires careful consideration and strategic planning. Two forms of IP protection are the most common – design patents and trade dress.

1. Design Patents

Design patents offer a streamlined and cost-effective means of protecting the ornamental appearance of product designs. The allowance rate is extremely high – over 95% – and is usually complete within 18 months. The result is that a design patent is significantly easier and less expensive to obtain as compared to conventional utility patents. This might explain the growing popularity of design patents for protecting product designs across various industries.

Design Patents Filed by Industry1

Enforcing design patents can sometimes be more streamlined as compared to utility patents. For example, a design patent can be quickly enforced on the Amazon Brand Registry and other e-commerce platforms against copycat products sold on the platform. While Amazon does offer a procedure for utility patent enforcement, it tends to be more expensive and unpredictable.

However, design patents are not always an option. For example, a design patent can protect a functional article, but the protection only applies to the ornamental appearance of that article. So, a design patent on Crocs footwear does not protect the overall idea of a ventilated shoe. Instead, the protection only extends to the overall ornamental appearance of the shoe. And this protection only lasts for 15 years after the patent issues.

A design patent risks being overly narrow if its drawings contain too many solid lines. To counter this, a common practice involves converting unnecessary solid lines into dashed lines to broaden the patent’s scope and enhance its exclusionary effect. An example is below – the dashed lines do not narrow the design and are only provided to show the environment in which the design exists.

Is the End of Crocs Really Upon Us? Not So Fast. - The Fashion Law

Figure from Crocs Design Patent – U.S. Design Patent No. D517,789

2. Trade Dress

Trade dress is a form of trademark that protects the commercial look and feel of a product. Like all trademarks, trade dress indicates or identifies the source of the product and protects against consumer confusion in the marketplace. A classic example is the Coca-Cola bottle and how its shape and design immediately connect a consumer to the Coca-Cola brand:

A black and white drawing of a bottle Description automatically generated

Coca-Cola Bottle Trade Dress – U.S. Registration No. 696,147

 

Trade dress protection offers several advantages. It can sometimes be considered broader than a design patent because it attaches to any confusingly similar design. Additionally, trade dress protection is not limited to a 15-year term, like a design patent, and can continue for as long as the trade dress is used commercially in the marketplace.

So why not protect every product design as trade dress? First, product trade dress is not protectable unless it has “acquired distinctiveness” in the minds of consumers.
The Coca-Cola bottle serves as an example; its distinctive shape immediately invokes consumer association with the brand, demonstrating its acquired distinctiveness. However, proving acquired distinctiveness can be difficult and usually requires consumer survey evidence or other more costly endeavors. As a result, trade dress protection is less common than design patent protection for product designs.

Second, trade dress protection does not extend to any functional aspect of the product. The functionality requirement of trade dress protection is stricter than that of design patents – anything that is “essential to the use or purpose of the product or [that] affects the cost or quality of the product”2 cannot be protected as trade dress. Many product designs include functions that cannot be separated from their branded “look and feel” and this disqualifies the design from trade dress protection.

Determining the optimal form of protection for a product design hinges on the specific attributes of the design and its commercial significance to the company. Navigating the path to protection demands meticulous attention to crafting intellectual property rights that are expansive yet defensible.

Footnotes

[1] This chart reflects the top ten owners of design patents over the past five years.

[2] Inwood Laboratories, Inc. v. Ives Laboratories, Inc.,456 U.S. 844 (1982).

For more news on product design protections, visit the NLR Intellectual Property section.

Parody of Iconic Sneaker Isn’t Entitled to Heightened First Amendment Protection

The US Court of Appeals for the Second Circuit upheld a temporary restraining order and preliminary injunction enjoining use of a trademark and trade dress associated with an iconic sneaker design over a First Amendment artistic expression defense. Vans, Inc. v. MSCHF Product Studio, Inc., Case No. 22-1006 (2d Cir. Dec. 5, 2023) (per curiam). This case is the first time a federal appeals court has applied the Supreme Court of the United States’ recent decision in Jack Daniel’s v. VIP Products, which clarified when heightened First Amendment protections apply to expressive uses of another’s trademark and trade dress.

MSCHF Product Studio is a Brooklyn-based art collective known for provocative works that critique consumer culture. It sells its works in limited releases during prescribed sales periods called “drops.” It promoted and sold a shoe called the “Wavy Baby,” which is a distorted, corrugated version of the iconic black-and-white Vans Old Skool sneaker. MSCHF claimed that the product was a commentary on consumerism in sneakerhead culture and that the Wavy Baby shoes were not meant to be worn but were instead “collectible work[s] of art.”

MSCHF promoted the shoes using the musician Tyga. Vans sent MSCHF a cease-and-desist letter and a week later filed a six-count complaint in federal court, including a claim for trademark infringement under the Lanham Act. The following day, Vans filed a motion for a temporary restraining order, seeking to have the court enjoin the sale of the Wavy Baby shoes. Nevertheless, MSCHF proceeded with its pre-planned drop of the Wavy Baby sneakers and sold 4,306 pairs of the Wavy Baby in one hour.

About a week later, after oral argument on the temporary restraining order (TRO) motion, the district court granted Vans’s motion. The district court concluded that Vans would likely prevail in showing a likelihood of consumer confusion and rejected MSCHF’s contention that the Wavy Baby was entitled to special First Amendment protections because it was an artistic parody. MSCHF appealed.

The Second Circuit held the appeal in abeyance pending the Supreme Court’s Jack Daniel’s decision. In that case, Jack Daniel’s sued the maker of a squeaky dog toy that resembled the iconic whiskey bottle and used puns involving dog excrement in place of the actual language of the Jack Daniel’s label. In a unanimous decision, the Court clarified that special First Amendment protections (as used in the Rogers test for expressive works that incorporate another’s trademark) do not apply when a trademark is used as a source indicator—that is, “as a mark.”

The Second Circuit concluded that the Jack Daniel’s case “forecloses MSCHF’s argument that Wavy Baby’s parodic message merits higher First Amendment scrutiny” because, even though the product is a parody, the Rogers test does not apply if the mark is also used as a source identifier. The Second Circuit drew a direct parallel between Wavy Baby and the punning dog toy in the Jack Daniel’s case, noting that in both cases the infringing product evoked the protected trademark and trade dress of the target to benefit from the “good will” developed by the source brand. Hence, the Court held that the district court did not err in applying the traditional likelihood-of-confusion analysis rather than the speech-protective Rogers test.

Practice Note: An alleged infringer of a trademark may claim that its product is artistic expression to trigger the heightened First Amendment protections offered by filters such as the Rogers test. However, after Jack Daniel’s, courts are more likely to regard such defenses with skepticism unless the allegedly infringing work falls into a more canonical category of artistic expression such as a film, television show, song or video game.

This article was authored by Karen Gover.

Using AI to Replicate or Replace Human Creativity May Violate Intellectual Property Law

As artificial intelligence (AI) becomes better and more prevalent, people will increasingly use its computing power to supplement or replace human creativity. Film director Gareth Edwards attempted to do just that  in his new movie, The Creator, about artificial intelligence. Edwards used an AI algorithm to attempt to replicate the musical style of composer Hans Zimmer.  Ultimately, Edwards abandoned this effort and hired Zimmer to compose the score because although the AI-generated track was convincing, Edwards believed it still felt short of human Zimmer’s work.

Because AI generates new content through a database of existing content, the model’s output can convincingly replicate existing artists. However, the AI-generated content may be simplistic and lack a human’s creativity. In an interview with the MIT Technology Review, Edwards stated his belief that generative AI should be embraced like Photoshop and treated like a tool for improving the creative process.

Although there may be similar creative benefits between generative AI and Photoshop, using AI to replicate or replace human creativity may violate intellectual property laws. Writers, including Game of Thrones author George R.R. Martin, are currently suing OpenAI alleging that the company violated the authors’ copyrights by using their collective works to train its model. The results of this case and similar cases may determine the future viability of generative AI as a creative tool for mass consumer entertainment.

For more articles on AI, visit the NLR Communications, Media & Internet section.

Does the “Patent Eligibility Restoration Act of 2023” Revive Diagnostic Claims?

On June 22, Senator Chris Coons, along with Thom Tillis introduced the “Patent Eligibility Restoration Act of 2023” (hereinafter “the Act”) to amend 35 USC s. 101 to clarify the scope of patent-eligible subject matter. Section 101(b) would be amended to delete “includes a new use of a known process” and insert “includes a use, application, or method of manufacture of a known or naturally occurring process.” A section (k) would be added to define the term “useful” as meaning that the invention or discovery has a “specific and practical utility” from the perspective of a POSA. So far, so good. The use of a naturally occurring process can be read to cover the use of a naturally occurring correlation, an “If A then B” claim. The recognition of the discovery of the utility of a naturally occurring correlation, which leads to a diagnostic conclusion would seem to be included in this broad language.

But now things get a bit sketchy. The Act would abolish all the current judicial, e.g. Chakrabarty, exclusions but would add a set of statutory exclusions that overlap the judicial exclusions in some places. The exclusions include “an unmodified human gene”—good-bye Myriad—and an unmodified natural material as that material exists in nature, e.g., water. This exclusion would not jeopardize diagnostic claims since a per se is not being claimed.

More troublesome, Section C of the exclusions would include a process that “occurs in nature wholly independent of, and prior to, any human activity.” Diagnostic claims are process claims that are based on the recognition of the utility of a correlation that takes place in the body. The utility of the diagnostic claim lies solely in the recognition of the utility of the correlation. If a man has an elevated level of PSA he is at risk of developing, or may already have, prostate cancer. But isn’t the relationship between PSA levels and cancer/no cancer a process that occurs in nature wholly independent of, and prior to, any human activity, such as sampling and measuring the level of PSA in the blood? Please read the Act and tell me why I am wrong.

© 2023 Schwegman, Lundberg & Woessner, P.A. All Rights Reserved.

For more Intellectual Property Legal News, click here to visit the National Law Review.

Intellectual Property for the Metaverse

How do you use the patent system to protect inventions related to the metaverse?

What is the Metaverse?

Merriam-Webster defines the metaverse as “a persistent virtual environment that allows access to and interoperability of multiple individual virtual realities.” The term “metaverse” originates from dystopian science fiction novels in which it referred to an immersive, computer-generated virtual world. Today’s “metaverse” is now firmly integrated into the technology sector and can be thought of as a common virtual world shared by all users across a plurality of platforms. Examples of metaverse-related technology includes the software that generates these virtual environments, as well as virtual reality (VR) and augmented reality (AR) headsets and other devices that enable human interaction with the environment and representations of other humans within it.

The adoption of metaverse-related technology is expanding. In 2021 the company then known as Facebook rebranded to “Meta” in an effort to emphasize the company’s commitment to developing a metaverse. In Fall of 2022, Apple announced the development of its own VR/AR headset. 2022 also saw the launch of the first Metaverse Fashion Week.

These events are indicative of the growing emphasis on the metaverse and the expectation amongst technology companies that the metaverse will be the eventual successor to the internet, smartphones, and/or social media. Applications of the metaverse are not limited to socialization and gaming—as the metaverse expands there is increased acknowledgment of the benefits it may provide in other settings, including in education, finance, and medicine.

As patent attorneys and innovators, we ask: How do you use the existing framework of the patent system to best protect inventions related to the metaverse?

Using Patents to Protect Inventive Concepts in the Metaverse

In this blog post, we explore considerations for protecting inventions in and related to the metaverse. Because many of these technologies are new and the industry surrounding the metaverse is in its infancy, inventions made today may prove to be quite valuable in the coming years. Protecting these inventions today is likely to be well worth the investment in the future. Inventive concepts in the metaverse can be protected using both utility patents which focus on the functional benefits of an invention and design patents which focus on the ornamental aspects of an invention.

Utility Applications for Metaverse

Utility patents may be used to protect the functional aspects of hardware or software-based innovative technologies in the metaverse.

Innovators in the metaverse environment might pursue patent protection on technologies associated with headsets, displays, cameras, user control interfaces, networked storage and servers, processors, power components, interoperability, communication latency, and the like. These hardware-based inventions for the metaverse may be a natural expansion of those previously developed for augmented and virtual reality, video-game technology, or the internet. Accordingly, patent applicants may look to those fields for best practices in protecting their hardware-based inventions. As with any patent application, identifying a point of novelty early on in the process is essential to deciding whether and how to pursue patent protection.

Software-based inventions may include technologies associated with performing tasks in the metaverse, such as representation of virtual environments and avatars, speech/voice processing, and blockchain transactions (e.g., for purchasing virtual goods). These software-based inventions may face additional challenges at the U.S. Patent and Trademark Office (USPTO), where the patent eligibility bar under 35 U.S.C. §101 prohibits the patenting of “abstract ideas” which may include methods of organizing human activity, mental processes, and mathematical concepts. It is typical for software-related patent applications to receive a patent eligibility rejection during the examination process.

One challenge in patenting software-based applications for the metaverse includes the fact that software that merely implements a process that is equivalent to a known process outside of the metaverse environment is unlikely to be allowed by the USPTO. However, a software-based invention that accounts for the changes introduced by being in a metaverse environment and addresses what specific problems were unique to the metaverse may be found patentable by the USPTO. Thus, best practices for drafting patent applications related to the metaverse may be to include details surrounding the considerations taken to account for the change in operating in the metaverse environment as opposed to a non-metaverse environment in any patent applications.

Additionally, while patent applicants may draft patent applications with the USPTO in mind, applicants should also consider the intricacies of claiming patent protection for software related technologies on a global basis. For example, patent applicants should consider that patents for software processes are more difficult to acquire in Europe unless clear indications of how a software-based invention provides a technical solution to a technical problem are included in the application.

Design Applications for Metaverse

Innovators in the metaverse may also use design patents to protect ornamental aspects of their invention. For example, fashion companies may seek protection of their branded objects within the metaverse. Technology companies may try to protect the ornamental features of their headsets or user interfaces.

The protection of objects within the metaverse presents an interesting avenue for patent protection. Objects displayed within the metaverse may be protected similarly to how innovations in video-game technology, web applications and graphical user interfaces are currently protected using design patents. For example, representations of physical items within a virtual environment can be considered computer-generated icons that can be protected so long as they are shown in an embodiment tying them to an article of manufacture such as a computer screen, monitor, other display panel, or any portion thereof in compliance with 35 U.S.C. 171. Similarly, movement of items within a multiverse environment can be protected similar to how changeable computer generated icons are protected today.

Again, while patent applicants may focus on the requirements of the USPTO, it is important to note that the metaverse is inherently global in its nature and that industrial design applications across the globe may have different requirements. For example, Europe does not require a display screen for industrial designs. Accordingly, comprehensive strategies for design protection of metaverse related technologies may consider the nuances of seeking industrial design protection in various jurisdictions.

Other Methods for Protecting Inventive Concepts in the Metaverse

As with any product or company, a comprehensive strategy for intellectual property protection includes not only patents but also trademarks and copyrights. As intellectual property attorneys consider the best ways to protect a client’s product, they may often turn to trademarks and copyrights in connection with design and utility patent applications to provide more holistic protection of intellectual property assets. For example, fashion-based companies may utilize a combination of trademark protection and design patent protection for their brands and the innovative designs for which they are known in the metaverse. Software-based companies may turn to a combination of copyright and utility patents to protect innovative functionality for the metaverse.

Concluding Thoughts

The growth in use of utility and design patent applications to protect concepts related to the metaverse is immense. One study conducted by IALE Tecnología found that “over the past five years, metaverse-related patent applications have doubled to more than 2,000.” This rapid expansion in patents for innovative concepts surrounding the metaverse is only expected to advance in the coming years.

Cohesive and comprehensive strategies involving utility patents, design patents, trademarks, copyrights and trade secrets are likely to provide the best protection to innovators operating in the metaverse.

©1994-2023 Mintz, Levin, Cohn, Ferris, Glovsky and Popeo, P.C. All Rights Reserved.

For more Intellectual Property Legal news, click here to visit the National Law Review.

Blunt Rejection of Attorney Fees in Stipulated Dismissal

The US Court of Appeals for the Federal Circuit affirmed the rejection of attorney fees, finding that neither inequitable conduct nor a conflict of interest rendered the case exceptional given the limited factual record following a stipulated dismissal in a patent case. United Cannabis Corp. v. Pure Hemp Collective Inc., Case No. 22-1363 (Fed. Cir. May 8, 2023) (Lourie, Cunningham, Stark, JJ.).

United Cannabis Corporation (UCANN) sued Pure Hemp for patent infringement. After the litigation was stayed pending bankruptcy proceedings, the parties stipulated to the dismissal. Pure Hemp then sought attorney fees based on alleged inequitable conduct by UCANN during prosecution of the asserted patent due to nondisclosure of a prior art reference used in the patent’s specification and based on a purported conflict of interest by UCANN’s litigation counsel. The district court denied Pure Hemp’s request, finding that the case was not exceptional. Pure Hemp appealed.

Pure Hemp argued that the district court erred by (1) failing to find Pure Hemp to be the prevailing party in the litigation, (2) not concluding that the undisputed facts established inequitable conduct and (3) not recognizing that UCANN’s attorneys had a conflict of interest.

The Federal Circuit found that although the district court erred in not finding Pure Hemp to be the prevailing party, this was a harmless error. The Court explained that by fending off UCANN’s lawsuit with a stipulation dismissing UCANN’s claims with prejudice, Pure Hemp is a prevailing party under § 285. However, the Court concluded that this error was harmless because the district court ultimately concluded that this case was unexceptional.

The Federal Circuit found Pure Hemp’s arguments on inequitable conduct without merit. The Court explained that it had no findings to review because Pure Hemp voluntarily dismissed its inequitable conduct counterclaim and did not seek any post-dismissal inequitable conduct proceedings. Although Pure Hemp argued that it could prevail based on the undisputed facts in the record, the Court disagreed. It explained that even the limited record demonstrated at least a genuine dispute as to both the materiality and intent prongs of inequitable conduct and, therefore, the district court properly determined that Pure Hemp did not demonstrate that this case was exceptional.

The Federal Circuit also rejected Pure Hemp’s argument that copying and pasting portions from the prior art in the patent’s specification (but not disclosing the same prior art references) was inequitable conduct. The Court explained that unlike the nonbinding cases Pure Hemp relied on, the district court here did not find that the copied prior art was material, and the record gave no reason to disbelieve the explanation provided by UCANN’s prosecution counsel. The Court was also unpersuaded by Pure Hemp’s arguments to support inequitable conduct, explaining that the Court was not free to make its own findings on intent to deceive and materiality and, further, the district court was not required to provide its reasoning for its decision in attorney fee cases.

As to Pure Hemp’s argument that the case was exceptional because UCANN’s attorneys suffered from a conflict of interest, the Federal Circuit found that this argument was waived and, in any event, lacked merit because Pure Hemp presented no evidence to support the alleged conflict.

Finally, having sua sponte raised the issue of whether this was a frivolous appeal. The Federal Circuit determined that although it was “not pleased with how Pure Hemp has argued this appeal,” the appeal was nonetheless not frivolous because [Pure Hemp] properly argued that it was the prevailing party.

© 2023 McDermott Will & Emery
For more Intellectual Property Legal News, click here to visit the National Law Review.

To AI or Not to AI: U.S. Copyright Office Clarifies Options

The U.S. Copyright Office has weighed in with formal guidance on the copyrightability of works whose generation included the use of artificial intelligence (AI) tools. The good news for technology-oriented human creative types: using AI doesn’t automatically disqualify your work from copyright protection. The bad news for independent-minded AI’s: you still don’t qualify for copyright protection in the United States.

On March 16, 2023, the Copyright Office issued a statement of policy (“Policy”) to clarify its practices for examining and registering works that contain material generated by the use of AI and how copyright law’s human authorship requirements will be applied when AI was used. This Policy is not itself legally binding or a guarantee of a particular outcome, but many copyright applicants may breathe a sigh of relief that the Copyright Office has formally embraced AI-assisted human creativity.

The Policy is just the latest step in an ongoing debate over the copyrightability of machine-assisted products of human creativity. Nearly 150 years ago, the Supreme Court ruled at photographs are copyrightable. See Burrow-Giles Lithographic Company v. Sarony, 111 U.S. 53 (1884). The case involved a photographer’s claim against a lithographer for 85,000 unauthorized copies of a photograph of Oscar Wilde. The photo, Sarony’s “Oscar Wilde No. 18,” is shown below:

Sarony’s “Oscar Wilde No. 18"

The argument against copyright protection was that a photograph is “a reproduction, on paper, of the exact features of some natural object or of some person” and is therefore not a product of human creativity. Id. at 56. The Supreme Court disagreed, ruling that there was sufficient human creativity involved in making the photo, including posing the subject, evoking the desired expression, arranging the clothing and setting, and managing the lighting.

In the mid-1960’s, the Copyright Office rejected a musical composition, Push Button Bertha, that was created by a computer, reasoning that it lacked the “traditional elements of authorship” as they were not created by a human.

In 2018, the U.S. Court of Appeals for the Ninth Circuit ruled that Naruto, a crested macaque (represented by a group of friendly humans), lacked standing under the Copyright Act to hold a copyright in the “monkey selfie” case. See Naruto v. Slater, 888 F.3d 418 (9th Cir. 2018). The “monkey selfie” is below:

Monkey Selfie

In February 2022, the Copyright Office rejected a registration (filed by interested humans) for a visual image titled “A Recent Entrance to Paradise,” generated by DABUS, the AI whose claimed fractal-based inventions are the subject of patent applications around the world. DABUS’ image is below:

“A Recent Entrance to Paradise”

Litigation over this rejected application remains pending.

And last month, the Copyright Office ruled that a graphic novel consisting of human-authored text and images generated using the AI tool Midjourney could, as a whole, be copyrighted, but that the images, standing alone, could not. See U.S. Copyright Office, Cancellation Decision re: Zarya of the Dawn (VAu001480196) at 2 (Feb. 21, 2023).

The Copyright Office’s issuing the Policy was necessitated by the rapid and remarkable improvements in generative AI tools over even the past several months. In December 2022, generative AI tool Dall-E generated the following images in response to nothing more than the prompt, “portrait of a musician with a hat in the style of Rembrandt”:

Four portraits generated by AI tool Dall-E from the prompt, "portrait of a musician with a hat in the style of Rembrandt."

If these were human-generated paintings, or even photographs, there is no doubt that they would be copyrightable. But given that all four images were generated in mere seconds, with a single, general prompt from a human user, do they meet the Copyright Office’s criteria for copyrightability? The answer, now, is a clear “no” under the Policy.

However, the Policy opens the door to registering AI-assisted human creativity. The toggle points will be:

“…whether the ‘work’ is basically one of human authorship, with the computer [or other device] merely being an assisting instrument, or whether the traditional elements of authorship in the work (literary, artistic, or musical expression or elements of selection, arrangement, etc.) were actually conceived and executed not by man but by a machine.” 

In the case of works containing AI-generated material, the Office will consider whether the AI contributions are the result of “mechanical reproduction” or instead of an author’s “own original mental conception, to which [the author] gave visible form.” 

The answer will depend on the circumstances, particularly how the AI tool operates and how it was used to create the final work. This will necessarily be a case-by-case inquiry.” 

See Policy (citations omitted).

Machine-produced authorship alone will continue not to be registerable in the United States, but human selection and arrangement of AI-produced content could lead to a different result according to the Policy. The Policy provides select examples to help guide registrants, who are encouraged to study them carefully. The Policy, combined with near future determinations by the Copyright Office, will be critical to watch in terms of increasing likelihood a registration application will be granted as the Copyright Office continues to assess the impacts of new technology on the creative process. AI tools should not all be viewed as the “same” or fungible. The type of AI and how it is used will be specifically considered by the Copyright Office.

In the short term, the Policy provides some practical guidance to applicants on how to describe the role of AI in a new copyright application, as well as how to amend a prior application in that regard if needed. While some may view the Policy as “new” ground for the Copyright Office, it is consistent with the Copyright Office’s long-standing efforts to protect the fruits of human creativity even if the backdrop (AI technologies) may be “new.”

As a closing note, it bears observing that copyright law in the United Kingdom does permit limited copyright protection for computer-generated works – and has done so since 1988. Even under the U.K. law, substantial questions remain; the author of a computer-generated work is considered to be “the person by whom the arrangements necessary for the creation of the work are undertaken.” See Copyright, Designs and Patents Act (1988) §§ 9(3), 12(7) and 178. In the case of images generated by a consumer’s interaction with a generative AI tool, would that be the consumer or the generative AI provider?

Copyright © 2023 Womble Bond Dickinson (US) LLP All Rights Reserved.

With the US Copyright Office (USCO) continuing their stance that protection only extends to human authorship, what will this mean for artificial intelligence (AI)-generated works — and artists — in the future?

Almost overnight, the limited field of Machine Learning and AI has become nearly as accessible to use as a search engine. Apps like Midjourney, Open AI, ChatGPT, and DALL-E 2, allow users to input a prompt into these systems and a bot will generate virtually whatever the user asks for. Microsoft recently announced its decision to make a multibillion-dollar investment in OpenAI, betting on the hottest technology in the industry to transform internet as we know it.[1]

However, with accessibility of this technology growing, questions of authorship and copyright ownership are rising as well. There remain multiple open questions, such as: who is the author of the work — the user, the bot, or the software that produces it? And where is this new generative technology pulling information from?

AI and Contested Copyrights

As groundbreaking as these products are, there has been ample backlash regarding copyright infringement and artistic expression. The stock image company, Getty Images, is suing Stability AI, an artificial intelligence art tool behind Stable Diffusion. Getty Images alleges that Stability AI did not seek out a license from Getty Images to train its system. Although the founder of Stability AI argues that art makes up 0.1% of the dataset and is only created when called by the user’s prompt. In contrast, Shutterstock, one of Getty Images largest competitors, has taken an alternative approach and instead partnered with Open AI with plans to compensate artists for their contributions.

Artists and image suppliers are not the only ones unhappy about the popularity of machine learning.  Creators of open-source code have targeted Microsoft and its subsidiary GitHub, along with OpenAI,  in a proposed class-action lawsuit. The lawsuit alleges that the creation of AI-powered coding assistant GitHub Copilot is relying on software piracy on an enormous scale. Further, the complaint claims that GitHub relies on copyrighted code with no attribution and no licenses. This could be the first class-action lawsuit challenging the training and output of AI systems. Whether artists, image companies, and open-source coders choose to embrace or fight the wave of machine learning,  the question of authorship and ownership is still up for debate.

The USCO made clear last year that the copyright act only applies to human authorship; however they have recently signaled that in 2023 the office will focus on the legal grey areas surrounding the copyrightability of works generated in conjunction with AI. The USCO denied multiple applications to protect AI authored works previously, stating that the “human authorship” element was lacking. In pointing to previous decisions, such as the 2018 decision that a monkey taking a selfie could not sue for copyright infringement, the USCO reiterated that “non-human expression is ineligible for copyright protection.” While the agency is standing by its conclusion that works cannot be registered if it is exclusively created by an AI, the office is considering the issue of copyright registration for works co-created by humans and AI.

Patent Complexities  

The US Patent and Trademark Office (USPTO) will have to rethink fundamental patent policies with the rise of sophisticated AI systems as well. As the USPTO has yet to speak on the issue, experts are speculating alternative routes that the office could choose to take: declaring AI inventions unpatentable, which could lead to disputes and hinder the incentive to promote innovation, or concluding that the use of AI should not render otherwise patentable inventions unpatentable, but would lead to complex questions of inventorship. The latter route would require the USPTO to rethink their existing framework of determining inventorship by who conceived the invention.

Takeaway

The degree of human involvement will likely determine whether an AI work can be protected by copyright, and potentially patents. Before incorporating this type of machine learning into your business practices, companies should carefully consider the extent of human input in the AI creation and whether the final work product will be protectable. For example:

  • An apparel company that uses generative AI to create a design for new fabric may not have a protectable copyright in the resulting fabric design.

  • An advertising agency that uses generative AI to develop advertising slogans and a pitch deck for a client may not be able to protect the client from freely utilizing the AI-created work product.

  • A game studio that uses generative AI to create scenes in a video game may not be able to prevent its unlicensed distribution.

  • A logo created for a business endeavor may not be protected unless there are substantial human alterations and input.

  • Code that is edited or created by AI may be able to be freely copied and replicated.

Although the philosophical debate is only beginning regarding what “makes” an artist, 2023 may be a uniquely litigious year defining the extent in which AI artwork is protectable under existing intellectual property laws.


FOOTNOTES

[1] https://www.cnn.com/2023/01/23/tech/microsoft-invests-chatgpt-openai/index.htmlhttps://www.nytimes.com/2023/01/12/technology/microsoft-openai-chatgpt.html

NIST Releases New Framework for Managing AI and Promoting Trustworthy and Responsible Use and Development

On January 26, 2023, the National Institute of Standards and Technology (“NIST”) released the Artificial Intelligence Risk Management Framework (“AI RMF 1.0”), which provides a set of guidelines for organizations that design, develop, deploy or use AI to manage its many risks and promote trustworthy and responsible use and development of AI systems.

The AI RMF 1.0 provides guidance as to how organizations may evaluate AI risks (e.g., intellectual property, bias, privacy and cybersecurity) and trustworthiness. The AI RMF 1.0 outlines the characteristics of trustworthy AI systems, which are valid, reliable, safe, secure, resilient, accountable, transparent, explainable, interpretable, privacy enhanced and fair with their harmful biases managed. It also describes four high-level functions, with associated actions and outcomes to help organizations better understand and manage AI:

  • The Govern function addresses evaluation of AI technologies’ policies, processes and procedures, including their compliance with legal and regulatory requirements and transparent and trustworthy implementation.
  • The Map function provides context for organizations to frame risks relating to AI systems, including AI system impacts and interdependencies.
  • The Measure function uses quantitative, qualitative or mixed-method tools, techniques and methodologies to analyze, benchmark and monitor AI risk and related impacts, including tracking metrics to determine trustworthy characteristics, social impact and human-AI configurations.
  • The Manage function entails allocating risk resources to mapped and measured risks consistent with the Govern function. The Manage function includes determining how to treat risks and develop plans to respond to, recover from and communicate about incidents and events.

NIST released a draft AI Risk Management Framework Playbook to accompany the AI RMF 1.0. NIST plans to release an updated version of the Playbook in the Spring of 2023 and launch a new Trustworthy and Responsible AI Resource Center to help organizations put AI RMF 1.0 into practice. NIST has also provided a Roadmap of its priorities to advance the AI RMF.

Copyright © 2023, Hunton Andrews Kurth LLP. All Rights Reserved.
For more Technology Legal News, click here to visit the National Law Review.