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Sirens' Whisper: Inaudible Near-Ultrasonic Jailbreaks of Speech-Driven LLMs
arXiv β CS AI|Zijian Ling, Pingyi Hu, Xiuyong Gao, Xiaojing Ma, Man Zhou, Jun Feng, Songfeng Lu, Dongmei Zhang, Bin Benjamin Zhu|
π€AI Summary
Researchers developed SWhisper, a framework that uses near-ultrasonic audio to deliver covert jailbreak attacks against speech-driven AI systems. The technique is inaudible to humans but can successfully bypass AI safety measures with up to 94% effectiveness on commercial models.
Key Takeaways
- βSWhisper enables inaudible prompt injection attacks against speech-driven LLMs using near-ultrasound frequencies.
- βThe framework achieves up to 94% success rate in bypassing commercial AI safety systems.
- βAttacks use commodity hardware and work under realistic black-box conditions.
- βHuman listeners cannot distinguish the malicious audio from background noise in controlled studies.
- βThe vulnerability affects both commercial and open-source speech-driven AI models.
#ai-security#jailbreak#speech-recognition#vulnerability#ultrasonic#prompt-injection#llm-safety#acoustic-attacks
Read Original βvia arXiv β CS AI
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