A Scanner Darkly: Copyright Liability and Exceptions in Artificial Intelligence Inputs and Outputs

GRUR International 2/2024 (Forthcoming).

31 Pages Posted: 1 Mar 2023 Last revised: 13 Dec 2023

Date Written: February 26, 2023

Abstract

This article delves into the complex legal issues surrounding the use of copyrighted works in training artificial intelligence (AI). It examines two critical questions: firstly, whether accessing and analysing copyrighted works for AI training constitutes copyright infringement, and secondly, whether outputs generated by AI from these inputs infringe on copyright. The primary focus is on the United Kingdom's jurisdiction, with comparative analyses from EU law and a few U.S. cases. The article aims to bring clarity to these multifaceted legal issues by thoroughly exploring the technicalities of machine learning and its implications for ongoing and future litigation. The hypothesis suggests that most inputs may fall under existing exceptions and limitations, but the outputs' legality may depend on individual case specifics.

The conclusion reflects on the inevitable legal challenges that accompany technological advancements, similar to past instances like file sharing and the early World Wide Web. The article highlights the current stage of AI technology and law, suggesting that legal precedents or legislative actions might eventually settle disputes. It also emphasises the importance of finding technological solutions, like metadata standards or proactive initiatives, to balance copyright holders' rights with AI innovation. The article concludes by acknowledging the irreversible emergence of AI in our lives and the legal system's need to adapt, offering equitable solutions to copyright holders while fostering technological advancement.

Keywords: copyright, infringement, artificial intelligence, machine learning

Suggested Citation

Guadamuz, Andres, A Scanner Darkly: Copyright Liability and Exceptions in Artificial Intelligence Inputs and Outputs (February 26, 2023). GRUR International 2/2024 (Forthcoming). , Available at SSRN: https://ssrn.com/abstract=4371204 or http://dx.doi.org/10.2139/ssrn.4371204

Andres Guadamuz (Contact Author)

University of Sussex ( email )

Falmer
Brighton, BN1 9QN
United Kingdom

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