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No Free Lunch in LLM Watermarking: Trade-offs in Watermarking Design Choices
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Advances in generative models have made it possible for AI-generated text, code, and images to mirror human-generated content in many applications. Watermarking, a technique that aims to embed information in the output of a model to verify its source, is useful for mitigating the misuse of such AI-generated content. However, we show that common design choices in LLM watermarking schemes make the resulting systems surprisingly susceptible to attack -- leading to fundamental trade-offs in robustness, utility, and usability. To navigate these trade-offs, we rigorously study a set of simple yet effective attacks on common watermarking systems, and propose guidelines and defenses for LLM watermarking in practice.
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Cited by 2 Pith papers
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Beyond Easy Wins: A Text Hardness-Aware Benchmark for LLM-generated Text Detection
SHIELD shows that standard AUROC overstates AI-text detector quality, and that six zero-shot detectors collapse under a controllable word-replacement humanification.
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Modification and Generated-Text Detection: Achieving Dual Detection Capabilities for the Outputs of LLM by Watermark
A discarded-token count over the δ-reweight watermark detects text modifications while a modified detection score still confirms machine generation.
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