DiffIP: Representation Fingerprints for Robust IP Protection of Diffusion Models
Zhuoling Li · Haoxuan Qu · Jason Kuen · Jiuxiang Gu · Qiuhong Ke · Jun Liu · Hossein Rahmani
Abstract
Intellectual property (IP) protection for diffusion models is a critical concern, given the significant resources and time required for their development. To effectively safeguard the IP of diffusion models, a key step is enabling the comparison of unique identifiers (fingerprints) between suspect and victim models. However, performing robust and effective fingerprint comparisons among diffusion models remains an under-explored challenge, particularly for diffusion models that have already been released. To address this, in this work, we propose \textbf{DiffIP}, a novel framework for robust and effective fingerprint comparison between suspect and victim diffusion models. Extensive experiments demonstrate the efficacy of our framework.
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