New technologies Law

AI and copyright: how to anticipate the risks?

AI-Generated creations: the question of human originality

The primary condition for copyright protection is originality, defined as the expression of the author’s personality. This condition automatically excludes any creation entirely generated by artificial intelligence, which cannot qualify as a natural person.

In France and throughout the European Union, the legal position is clear: only a human being can be considered the author of a work. Directive 2001/29/EC and the French Intellectual Property Code (articles L111-1 et seq.) confirm this approach.

The first European court decision on this issue was issued on October 11, 2023, by the municipal court of Prague. The court denied copyright protection for images generated using DALL·E, on the grounds that no human creative contribution was demonstrated.

It is therefore essential to distinguish between the exclusive use of AI to produce content and the use of AI as a tool assisting a human creative process. In the latter case, copyright protection may be available, provided a sufficiently substantial personal contribution can be demonstrated, such as through the drafting of the prompt and the selection of the final output. This principle is reaffirmed by the U.S. Copyright Office in its report to Congress and the general public, “Copyright and Artificial Intelligence,” with Part I, “Digital Replicas,” published in July 2024, and Part II, “Copyrightability,” in January 2025.

Training AI: the use of existing copyrighted works

A major legal issue today concerns the training of generative AI systems. These systems are fueled by billions of data points (texts, images, music, etc.), many of which are protected by copyright. The central question is whether such use can occur without prior authorization.

Directive (EU) 2019/790, transposed into French law in 2021, introduced a specific exception to copyright infringement for “text and data mining” (TDM). Under certain conditions, this exception allows for the automated extraction and analysis of large volumes of copyrighted texts or images to identify patterns, correlations, or trends. Its goal is to facilitate research and innovation, particularly in the field of AI, without requiring prior authorization from rightsholders unless they have expressly objected to commercial uses.

Two regimes therefore coexist:

  • TDM is mandatory for public scientific research. In practical terms, this means that copyright owners cannot oppose the exploitation of their protected works when this is carried out as part of a scientific research activity conducted by public or non-profit bodies (such as universities or research institutes).
  • TDM may be excluded for commercial uses if rightsholders have expressly opted out or if a contractual clause so provides.

Text and Data Mining regimes

In the case LAION v. Robert Kneschke, No. 310 O 227/23, ruled on September 27, 2024, by the Regional Court of Hamburg, the TDM exception was upheld in favor of LAION. The organization was accused of using one of the photographer’s images, originally uploaded to the Bigstockphoto platform, as part of a dataset to train image-generating AI.

Although Bigstockphoto’s terms of use explicitly prohibited automated use, the court recognized that LAION met the criteria for the scientific research exception under Section 60d of the German Copyright Act (transposing Directive 2019/790), finding that the organization acted on a non-commercial and public-interest basis.

Legal framework and transparency in ai systems

To address the growing challenges of AI, regulations have multiplied to better protect intellectual property rights. Regulation (EU) 2024/1689 of June 13, 2024, establishes harmonized rules on artificial intelligence. It imposes enhanced transparency obligations for general-purpose generative AI systems. As of August 1, 2025, providers must:

  • Publish a summary of the training data used (to the extent possible without disclosing trade secrets);
  • Maintain technical documentation and training logs;
  • Respect copyright, notably through opt-out mechanisms.

This regulation is a significant step forward for rightsholders, as it enables the identification of unauthorized data uses and may support licensing claims.

In parallel, French authorities, including the CNIL and the CSPLA, have engaged actively with the AI Act, detailing implementation methods and evaluating AI systems under the GDPR, particularly in terms of processing fairness and algorithmic transparency.

Towards fair remuneration for rightsholders

The widespread use of copyrighted works to train AI systems generates undeniable economic value and raises a central question about the remuneration of creators.

In response, French press publishers (Le Monde, AFP, Le Figaro, among others) have initiated actions against companies such as X (formerly Twitter) and Microsoft, asserting their neighboring rights and seeking fair compensation.

The ADAGP (Society of Authors in the Graphic and Plastic Arts) advocates for collective sector-specific licensing systems with equitable redistribution mechanisms.

Some companies had already anticipated this shift. Adobe, for example, offers a library of licensed AI-generated images, and OpenAI has signed licensing agreements with several international publishers.

These practices suggest a promising balance between technological innovation and respect for authors’ rights.

Conclusion

Copyright law remains a fundamental tool for regulating the rise of generative AI. By combining human creative input, data traceability, appropriate licensing, and respect for legal exceptions, businesses can secure their use of AI while promoting innovation. Upholding these principles protects both rightsholders and AI users.

Dreyfus Law firm assists its clients in managing complex intellectual property cases, offering personalized advice and comprehensive operational support for the complete protection of intellectual property.

Dreyfus Law firm is partnered with a global network of lawyers specializing in intellectual property.

Nathalie Dreyfus with the assistance of the entire Dreyfus team.

FAQ

  1. Can an AI-generated work be protected by copyright?
    No, unless a sufficiently creative human contribution can be demonstrated.
  2. Can generative AI models be trained on copyrighted works?
    Yes, provided the TDM exception applies or a valid license has been obtained.
  3. Can rightsholders object to their works being used by AI?
    Yes, through an opt-out or by contractually prohibiting such use.
Read More

Blockchain Technology: A Revolution in Legal Evidence?

In the field of intellectual property law, the matter of evidence is crucial. Traditionally, electronic timestamping offered a solution. However, these methods remain limited by national frameworks. Conversely, blockchain is a global, reliable, accessible alternative that could become a prominent international standard.

 

How Blockchain Evidence Works

Blockchain is a decentralized technology characterized by transparency and security. Unlike centralized systems, it operates without a single control authority. Each transaction is recorded in a shared ledger, creating a chain of tamper-proof information. Public blockchains are accessible to all, similar to an indestructible public ledger, while private blockchains restrict access. This structure ensures data remains immutable and unalterable.

The system’s security is maintained by miners, who validate transactions by solving complex calculations in exchange for rewards, ensuring the integrity of the information.

 

How to Use Blockchain for Proof

  1. Create a Hash: The document is converted into a unique string of numbers and letters (a hash).
  2. Record on the Blockchain: The hash is registered in the blockchain through a minor financial transaction, making it permanent.
  3. Verification: To prove authenticity, simply compare the current document’s hash with the one on the blockchain. A match confirms its authenticity.

 

Traditional Solutions vs. Blockchain

Traditional evidence solutions, although effective, are often limited to national jurisdictions, posing obstacles internationally. Procedures like notary records or the Soleau envelope do not offer universal protection. Blockchain, however, being open source, offers universal timestamping based on mathematical rules, lowering entry barriers and providing an immutable and traceable proof system.

 

Various Use Cases

  • Creation Protection:
    • Ongoing Protection: Blockchain timestamps each version of a creation (e.g., fashion, jewelry), providing continuous coverage, even for unfinished works.
    • Pre-Patent Protection: During R&D phases, blockchain proves the existence of unpatented inventions, avoiding the need for immediate patent filing.
    • Contributor Traceability: In collaborative projects, blockchain identifies each contribution, reducing authorship disputes.
  • Electronic Signatures: Introduced in France in 2000 and standardized in the EU by the eIDAS Regulation, electronic signatures now include three types: simple, advanced, and qualified. Blockchain is increasingly used in this area to ensure integrity and authenticity, meeting the criteria for simple and advanced signatures. With the implementation of eIDAS 2 in 2024, blockchain could be integrated into qualified electronic signature systems.

 

Current Limitations and Future Prospects

In France, the legal recognition of blockchain evidence is mainly limited to the financial sector. For example, Ordinance No. 2016-520 authorized blockchains to record and transfer unlisted financial assets, like minibonds. Ordinance No. 2017-1674 and Decree No. 2018-1226 further extended their use of shared electronic financial security records. The PACTE Law of 2019 strengthened this by authorizing the recording and circulation of financial assets on the blockchain, including stocks and bonds.

At the European level, Regulation 910/2014/EU, effective since July 1, 2016, validates electronic signatures and timestamps, implicitly including blockchain, as admissible evidence in court, granting them similar legal value to handwritten signatures.

French law relies on a mixed system of evidence: the principle of freedom of evidence with exceptions for legal proof, mainly applied to legal acts. Perfect proof includes written documents (authentic or private), judicial admissions, decisive oaths, and reliable copies. Imperfect proofs, such as blockchain, are subject to the judge’s discretion and do not have predefined probative value by law.

Therefore, it is advisable to use a bailiff’s report. While verifying a digital fingerprint in the blockchain is technically simple and achievable via open-source tools, the judge cannot perform this manipulation. A bailiff, acting as a judicial officer, provides this report, offering technical proof to the judge and facilitating the use of blockchain evidence in legal proceedings.

 

Conclusion

Although blockchain is still considered imperfect proof under French law, its recognition is growing. It could soon become a global standard, surpassing traditional methods. Blockchain is redefining the framework of evidence in intellectual property, offering a solution adapted to the challenges of an international market.

Dreyfus Law Firm offers expert guidance at every stage of creation protection. Our mastery of legal subtleties and global market experience ensures optimal, tailored protection for your specific needs.

 

Dreyfus Law Firm works in close collaboration with a global network of specialized intellectual property lawyers.

Join us on social media!

Instagram

LinkedIn

Read More

The EU AI Act and Its Implications for Global Business

Rapid artificial intelligence (AI) technology development has created the need for clear and harmonized regulation to ensure ethical use, safety, and innovation. The European Union’s AI Act (EU AI Act) is poised to become the world’s first comprehensive legal framework regulating AI, impacting not only European businesses but global industries operating within or interacting with the EU market. This article delves into the key aspects of the EU AI Act and its far-reaching implications for global business operations.

 

Overview of the EU AI Act

The Scope of the AI Act. The EU AI Act categorizes AI systems into different risk levels—unacceptable, high, limited, low, and minimal—each requiring varying degrees of regulatory scrutiny. The legislation primarily targets high-risk AI systems that significantly impact people’s safety, rights, and freedoms. These include AI applications in healthcare, transportation, and critical infrastructure sectors.

Compliance Requirements for High-Risk AI Systems. Under the AI Act, businesses must adhere to stringent compliance requirements for high-risk AI systems. These compliance requirements include conducting conformity assessments, ensuring robust risk management systems, and maintaining transparency and accountability throughout the AI lifecycle. Companies must also prepare for regular monitoring and audits, which designated authorities across EU member states will enforce.

 

Implications for Global Businesses

Direct Impact on AI Developers and Providers. Any company developing or providing AI systems based within or outside the EU must comply with the EU AI Act if its products are used within the Union. This extraterritorial reach of the regulation means that global businesses, particularly those in tech-heavy industries, must prioritize legal compliance to avoid penalties, including fines of up to 6% of their global annual turnover.

Increased Costs of Compliance and Innovation. The need for AI system conformity assessments, data governance policies, and risk management frameworks can significantly improve operational costs. For non-EU businesses, navigating the complex compliance landscape may require engaging local legal and technical experts, further driving up costs. However, these compliance measures also encourage responsible AI development and consumer trust, potentially opening new markets for companies able to demonstrate adherence to ethical AI standards.

 

Strategic Considerations for Businesses

Risk Mitigation and Liability. Understanding the liability risks associated with AI implementation under the EU AI Act is critical for global businesses. Companies must proactively establish comprehensive risk management processes to mitigate the legal and financial risks tied to AI systems that are deemed high-risk. Compliance can help reduce liability exposure and enhance operational security.

Competitive Advantages of Early Compliance. While compliance with the EU AI Act may initially seem burdensome, businesses that invest in early compliance efforts stand to gain significant competitive advantages. These include improved consumer trust, better market positioning in Europe, and reduced risk of facing regulatory penalties. Additionally, businesses that adhere to the Act’s principles will likely see enhanced brand reputation globally as ethical AI becomes a growing concern for consumers and regulators worldwide.

 

Broader Global Impact of the EU AI Act

Influence on Other Jurisdictions. As the EU AI Act sets a global precedent, other jurisdictions, including the U.S., China, and the UK, are expected to follow suit with their own AI regulations. This cascading effect may lead to the global harmonization of AI laws, pushing businesses to simultaneously adapt their AI strategies in multiple markets.

The Role of AI in International Trade. AI has become integral to various industries, and its regulation will affect international trade agreements, especially those involving digital products and services. Global companies must prepare for AI-related clauses to appear in trade negotiations, with compliance with the EU AI Act becoming a critical element of future international agreements.

 

Conclusion

The EU AI Act represents a landmark regulatory effort that will have significant implications for global businesses. While the compliance requirements are rigorous, they offer opportunities for companies to lead in the AI space by embracing ethical AI practices. The key for businesses is to view this regulatory shift not as a burden but as a pathway to building trust and ensuring sustainable growth in the ever-evolving world of artificial intelligence.

 

Our expertise in intellectual property enables us to guide companies through the regulatory challenges related to artificial intelligence. The European AI Act imposes strict requirements for compliance, transparency, and risk management, particularly for high-risk AI systems. With our deep understanding of intellectual property and emerging technologies, we help our clients navigate this complex framework, protecting their innovations while ensuring they meet the new standards.

 

Dreyfus Law Firm partners with an international network of lawyers specializing in Intellectual Property.

Join us on social media!

Instagram

Linkedin

Read More