Hi Friends,

Even as I launch this today ( my 80th Birthday ), I realize that there is yet so much to say and do. There is just no time to look back, no time to wonder,"Will anyone read these pages?"

With regards,
Hemen Parekh
27 June 2013

Now as I approach my 90th birthday ( 27 June 2023 ) , I invite you to visit my Digital Avatar ( www.hemenparekh.ai ) – and continue chatting with me , even when I am no more here physically

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Thursday, 25 December 2025

AI and Copyright: Nuance Needed

AI and Copyright: Nuance Needed

AI and Copyright: Nuance Needed

Introduction — why I care

I’ve watched digital creativity and machine learning evolve side-by-side for years, and I’ve increasingly come to the view that copyright law is facing a stress test of historic proportions. Generative AI promises huge social and economic benefits — new tools for storytellers, designers, researchers, and entrepreneurs — but the way many systems are built today raises serious questions about fairness, consent, and the future of creative livelihoods. This is not a binary debate of "AI good" or "copyright bad." It’s a complex balancing act, and I want to argue for a pragmatic, nuanced policy approach that protects creators while allowing innovation to flourish.

I’ve written about the need for new legal guardrails before in my post on proposed AI laws and creators’ rights New AI law will guard rights of content creators, and that perspective frames much of what follows.

How modern AI systems are trained — and why copyright flags appear

At a technical level, modern generative AI (large language models and image synths) learn statistical patterns from massive collections of digital material. Key features of this process:

  • Training datasets are assembled from diverse sources (web pages, books, code repositories, photos, music). Some datasets are curated and licensed; many are scraped from publicly accessible sites.
  • Training transforms raw inputs into internal numeric structures (model weights). Those weights are not literal copies of the original files, but they encode statistical relationships learned from them.
  • During generation, models synthesize new outputs by recombining and sampling learned patterns; sometimes outputs resemble training material closely, and sometimes they are novel.

These facts trigger copyright concerns for three reasons:

  1. Reproduction: assembling and storing copyrighted works (even transiently) to create training datasets can implicate reproduction rights.
  2. Derivative works and outputs: when models produce text, images, or music that is substantially similar to a specific work or that competes in the same market, creators may suffer economic harm.
  3. Attribution and moral rights: creators worry about loss of control, removal of attribution, and reputational impacts when their work is used without permission.

The current legal landscape — a moving target

Courts and regulators are actively trying to answer questions that copyright law never anticipated. A few trends to note (without claiming exhaustive jurisdictional detail):

  • Litigation against AI developers has proliferated: visual-rights organizations and major licensors (image and news publishers) have brought suits alleging unauthorized use of content in training datasets and problematic outputs. Several high-profile cases have focused on whether copying for model training is permitted under existing doctrines like fair use or equivalent exceptions abroad.
  • Administrative bodies and legislatures are stepping in: the U.S. Copyright Office has published a multi-part initiative exploring how copyright intersects with AI and released reports and guidance on topics like training and digital replicas U.S. Copyright Office: Copyright and Artificial Intelligence. In parallel, the EU and other jurisdictions are proposing rules to increase transparency and accountability for foundation models.
  • No single doctrine has emerged as decisive: courts are weighing traditional concepts (transformativeness, market substitution, purpose of use) against the novel realities of model training and retrieval-augmented systems.

This legal flux explains why a one-size-fits-all answer — either blanket permission or blanket prohibition — is unlikely to be durable.

Why a nuanced approach is necessary

A few principled reasons I believe policymakers should avoid extremes:

  • Innovation matters: broad, inflexible bans would chill research and entrepreneurship. Many beneficial AI systems require rich, diverse data to function well.
  • Artists and creators deserve respect and predictable income: unlicensed copying at scale can undercut markets for creative works and harm livelihoods.
  • Transparency and fairness demand better practices: rightsholders often lack notice or redress when their works are incorporated into opaque training pipelines.
  • Proportionality: different uses invite different responses — research, noncommercial experimentation, commercial deployment, and downstream productization should not all be treated identically.

Practical policy principles and solutions I support

From my vantage point, durable policy will mix legal rules with operational requirements. Practical elements include:

  • Data consent and clear licensing regimes

  • Encourage commercially viable licensing markets for datasets. Platforms and licensors can offer tiered licenses for training, fine-tuning, and commercial output use.

  • Transparency and notice

  • Require model providers to publish high-level provenance information about training sources and a mechanism for creators to query whether their works were included.

  • Fair compensation models

  • Explore collective licensing, revenue-sharing, or micro-licensing approaches where creators receive recurring payments when their works materially contribute to commercial products.

  • Sensible exceptions and limits

  • Preserve research and interoperability exceptions, while clarifying when commercial training requires authorization. Fair-use-style balancing remains useful but should be adapted to AI realities.

  • Technical and provenance measures

  • Encourage watermarking, provenance metadata, and standard formats for signaling whether content was human-authored or AI-assisted.

  • Independent audits and documentation

  • Require auditable records of dataset sources, filtering, and bias-mitigation steps for high-impact systems.

  • Liability and accountability allocation

  • Allocate responsibilities among dataset curators, model trainers, and product deployers in proportion to control and commercial benefit.

Concrete scenarios that show trade-offs

  • Scenario A — Research lab training a noncommercial model on public-domain and permissively licensed data: low legal risk; policy should favor openness with light disclosure requirements.

  • Scenario B — Commercial startup trains a model on scraped premium news articles and sells a summarization API: high risk of market harm to publishers; licensing or revenue-sharing should be expected.

  • Scenario C — An image model that reproduces a photographer’s exact composition on demand: here, both economic and moral-rights concerns are salient; technical filters, take-down mechanisms, and redress procedures should apply.

Each scenario demonstrates why context — purpose, scale, commerciality, and effect on markets — must guide the legal response.

Conclusion — a call to action

We need policy that is pragmatic, evidence-driven, and iterative. Policymakers should bring creators, technologists, platforms, and civil-society voices to the table and pilot licensing and transparency regimes now. Industry should adopt provenance and compensation practices as a competitive differentiator. Creators should organize to negotiate collective solutions where individual bargaining fails.

If we get this right, we will protect creative livelihoods while unlocking AI’s promise to amplify human creativity rather than replace it.


Regards,
Hemen Parekh


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