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This study identifies systemic license drift in the open-source AI ecosystem, where over one-third of model-to-application transitions silently remove restrictive clauses to adopt permissive terms. By auditing hundreds of thousands of assets on Hugging Face and GitHub, researchers have released a rule engine capable of detecting 86% of these conflicts, offering critical tools for automated compliance governance. The findings underscore the urgent need for scalable mechanisms to manage legal risks as AI models integrate deeply into downstream software applications.
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From Hugging Face to GitHub: Tracing License Drift in the Open-Source AI Ecosystem

arXiv3 min read

arXiv:2509.09873v2 Announce Type: replace-cross Abstract: Hidden license conflicts in the open-source AI ecosystem pose serious legal and ethical risks, exposing organizations to potential litigation and users to undisclosed risk. However, the field lacks a data-driven understanding of how frequently these conflicts occur, where they originate, and which communities are most affected. We present the first end-to-end audit of licenses for datasets and models on Hugging Face, as well as their downstream integration into open-source software applications, covering 364 thousand datasets, 1.6 million models, and 140 thousand GitHub projects. Our empirical analysis reveals systemic non-compliance in which 35.5% of model-to-application transitions eliminate restrictive license clauses by relicensing under permissive terms. In addition, we prototype an extensible rule engine that encodes almost 200 SPDX and model-specific clauses for detecting license conflicts, which can solve 86.4% of license conflicts in software applications. To support future research, we release our dataset and the prototype engine. Our study highlights license compliance as a critical governance challenge in open-source AI and provides both the data and tools necessary to enable automated, AI-aware compliance at scale.

Abstract:Hidden license conflicts in the open-source AI ecosystem pose serious legal and ethical risks, exposing organizations to potential litigation and users to undisclosed risk. However, the field lacks a data-driven understanding of how frequently these conflicts occur, where they originate, and which communities are most affected. We present the first end-to-end audit of licenses for datasets and models on Hugging Face, as well as their downstream integration into open-source software applications, covering 364 thousand datasets, 1.6 million models, and 140 thousand GitHub projects. Our empirical analysis reveals systemic non-compliance in which 35.5% of model-to-application transitions eliminate restrictive license clauses by relicensing under permissive terms. In addition, we prototype an extensible rule engine that encodes almost 200 SPDX and model-specific clauses for detecting license conflicts, which can solve 86.4% of license conflicts in software applications. To support future research, we release our dataset and the prototype engine. Our study highlights license compliance as a critical governance challenge in open-source AI and provides both the data and tools necessary to enable automated, AI-aware compliance at scale.

Software Engineering (cs.SE); Artificial Intelligence (cs.AI)

arXiv:2509.09873 [cs.SE]

(or arXiv:2509.09873v2 [cs.SE] for this version)

https://doi.org/10.48550/arXiv.2509.09873 Focus to learn more arXiv-issued DOI via DataCite

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Full text under the publisher's open licence · 269 words

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