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美国上诉法院驳回对受版权保护的法律数据进行人工智能训练的合理使用辩护

美国联邦上诉法院在与汤森路透的版权纠纷中对 Ross Intelligence 做出了败诉,这标志着人工智能培训的重要法律先例。

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Source-page capture accompanying US appeals court rejects fair-use defense for AI training on copyrighted legal data
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出版商
journalismpakistan.com
来源链接
journalismpakistan.comhttps://www.journalismpakistan.com/jp-global-media-review-september-2026-bans-arrests-and-ai
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链接来源——主要来源状态尚未确定。
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关键术语

机器学习(ML)
允许系统从数据中学习模式并随着时间的推移进行改进的方法。
生成式 AI
生成文本、图像、音频、视频或代码等新内容的人工智能系统。
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发生了什么

The US Court of Appeals for the Third Circuit has ruled against Ross Intelligence in a copyright infringement lawsuit brought by Thomson Reuters. The court rejected the argument that using copyrighted legal summaries from Westlaw to train an AI-powered legal research system constitutes fair use. This decision marks a notable federal appellate ruling regarding the application of copyright law to AI model training.

The US Court of Appeals for the Third Circuit issued a ruling in the case between Thomson Reuters and Ross Intelligence. The dispute centered on whether Ross Intelligence could legally use copyrighted legal summaries from Westlaw to train its AI-powered legal research tool.

The court rejected the fair-use defense presented by Ross Intelligence. This defense typically argues that the use of copyrighted material is permissible if it is 'transformative' or serves a different purpose than the original work.

According to the report, this is the first US federal appellate ruling to explicitly reject a fair-use defense involving AI training. The decision effectively limits the ability of AI developers to claim that training models on proprietary data is inherently protected under current copyright law.

The court's detailed reasoning for the decision was not immediately available to the public, as the document remained under seal at the time of the report.

来源详情: journalismpakistan.com ↗

为什么这很重要

This ruling is a significant development in the ongoing legal battle over the use of copyrighted material in AI development. By rejecting the fair-use defense in this context, the court has signaled that AI companies may face substantial liability for using proprietary datasets without authorization. This creates a more restrictive legal environment for AI developers, potentially forcing a shift toward licensed data models and increasing the cost of training future systems. The decision underscores that AI innovation does not automatically override existing intellectual property protections, setting a precedent that will likely influence future litigation involving and large-scale data scraping.

The ruling establishes a high-stakes precedent for the AI industry, suggesting that the 'fair use' doctrine may not be a reliable shield for companies scraping copyrighted data to train models.

For AI developers, this increases the legal and financial risks associated with data acquisition. Companies may now be required to secure expensive licensing agreements for training data, which could slow development cycles or favor larger, well-capitalized firms that can afford such costs.

The decision provides a significant victory for content owners, including publishers and media organizations, who have long argued that AI companies are misappropriating their intellectual property to build competing products.

This case serves as a bellwether for the broader legal landscape of AI, indicating that courts are beginning to scrutinize the mechanics of AI training rather than just the output of the models.

Interactive Mechanism

互动机制:它实际上是如何运作的

以交互方式探索这一发展背后的基础技术。

Thinking Budget (Test-Time Tokens):1,024 tokens
Complex Accuracy79%Math & Code Logic
Latency3.2sTime to first full output
Inference Cost$0.0092Per query estimated
Reasoning StyleStep VerificationInternal chain depth
Active Thinking Trace:
1Deconstruct user problem into formal constraints
2Propose candidate hypotheses & step-by-step calculation
3Self-correction: Backtrack and refute subtle edge cases
4Exhaustive consistency check & final output synthesis
Core takeaway: Test-time compute fundamentally changes AI economics. Instead of only scaling during pre-training, giving reasoning models more tokens at inference time allows them to systematically solve PhD-level STEM problems.
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接下来看什么

The primary unknown is the specific legal reasoning behind the decision, as the court's full opinion remained under seal at the time of the report. Observers should monitor the eventual release of the written opinion to understand the court's interpretation of 'transformative use' in the context of AI training. Additionally, the impact of this ruling on other pending copyright cases against AI companies will be critical, as it may provide a roadmap for how other courts handle similar claims regarding the ingestion of protected content for machine learning.

The release of the court's full, unsealed opinion is the most critical next step. Legal experts will be analyzing the text to determine how narrowly or broadly the court defined the boundaries of fair use in this specific instance.

The ruling's influence on other high-profile copyright lawsuits—such as those involving major providers—will be a key indicator of whether this decision will be adopted as a standard across other jurisdictions.

Industry stakeholders will be watching for potential legislative responses or settlement trends, as AI companies may seek to avoid further litigation by proactively negotiating data-licensing deals with major copyright holders.

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