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(In)secure Acoustic Mobile Authentication
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DOI：10.1109/TMC.2021.3053282.png)
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Abstract
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Acoustic fingerprinting aims to identify a mobile device based on its internal microphone(s) and speaker(s) which are unique due to manufacturing imperfection. This paper seeks a thorough understanding of the (in)security of exploring acoustic fingerprints for achieving distributed mobile authentication. Our contributions are threefold. First, we present a new acoustic fingerprint-emulation attack and demonstrate that it is a common vulnerability of acoustic mobile authentication systems. Second, we propose a dynamic challenge-response defense to secure acoustic mobile authentication systems against the acoustic fingerprint-emulation attack. Finally, we thoroughly investigate existing acoustic fingerprinting schemes and identify the best option for accurate, secure, and deployable acoustic mobile authentication systems.
Keywords:
Acoustics
Authentication
Microphones
Mobile handsets
Wireless communication
Servers
Object recognition
Acoustic authentication
fingerprint-emulation attack
dynamic challenge-response
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