Presented at
Black Hat USA 2022,
Aug. 11, 2022, 3:20 p.m.
(40 minutes).
Voice is an essential medium for humans to transfer information and build trust, and the trustworthiness of voice is of great importance to humans. With the development of deep learning technologies, attackers have started to use AI techniques to synthesize and even clone human voices. To combat the misuse of such techniques, researchers have proposed a series of AI-synthesized speech detection approaches and achieved very promising detection results in laboratory environments. Can these approaches really be as effective in the real world as they claim to be? This study provides an in-depth analysis of these works, identifies a set of potential problems, and designs a novel voice clone attack framework, SiF-DeepVC, based on these problems. This study first proposes the idea "bypass fake voice detection using speaker-irrelative features" and proves that detecting AI-synthesized speeches is still highly challenging, and existing approaches are not applicable in the real world. In a word, the Red is still far ahead of the Blue.
Presenters:
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Xin Liu
- Security Researcher, Lanzhou University
Xin Liu is a security researcher at Lanzhou University. His research focuses on code audition, web security, and blockchain security.
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Yuan Tan
- Security Researcher, Lanzhou University
Mr. Yuan Tan is a security researcher at Lanzhou University.
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Rui Chong
- CTO, Beijing Zhongxin Xingkong Network Technology Co
Mr. Rui Chong is the CTO of Beijing Zhongxin Xingkong Network Technology Co. He has focused on web security, blockchain security, and Red vs. Blue.
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Xiaokang Zhou
- Professor, Shiga University
Prof. Xiaokang Zhou is a professor at Shiga University. He is mainly engaged in the research of deep-learning security and social networks.
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Mingyuan Zhang
- ML Researcher, University of Pennsylvania
Dr. Mingyuan Zhang is an ML researcher.
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Qingguo Zhou
- Professor, Lanzhou University
Qingguo Zhou is a professor and PhD supervisor at Lanzhou University. He mainly researches embedded real-time operating systems, autonomous driving, and safety-critical systems.
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