Bias Bluetooth Impersonation Attacks Daniele Antonioli Nils Ole We describe each vulnerability in detail, and we exploit them to design, implement, and evaluate master and slave impersonation attacks on both the legacy authentication procedure and the secure authentication procedure. we refer to our attacks as bluetooth impersonation attacks (bias). In this paper, we show that the bluetooth specification contains vulnerabilities enabling to perform impersonation attacks during secure connection establishment.
Bluetooth Devices Vulnerable To Bias Attacks Due To New Security Faults We describe each vulnerability in detail, and we exploit them to design, implement, and evaluate master and slave impersonation attacks on both the legacy authentication procedure and the secure authentication procedure. Daniele antonioli, nils ole tippenhauer, kasper rasmussen may 2020 pdf cite code project video doi type conference paper publication ieee symposium on security and privacy (s&p). "we present six novel attacks, defined as the bluffs attacks, breaking bluetooth sessions’ forward and future secrecy," antonioli explains in his paper detailing the vulnerabilities. The document discusses bluetooth impersonation attacks (bias), which exploit vulnerabilities in bluetooth authentication to impersonate devices without authentication.
Bias Against Bluetooth Sera4 "we present six novel attacks, defined as the bluffs attacks, breaking bluetooth sessions’ forward and future secrecy," antonioli explains in his paper detailing the vulnerabilities. The document discusses bluetooth impersonation attacks (bias), which exploit vulnerabilities in bluetooth authentication to impersonate devices without authentication. Our analysis using uppaal smc shows that the man in the middle and unauthorized remote access attacks are the most probable attacks that a malicious entity could pursue, causing mistreatment to. We conducted bias attacks on more than 28 unique bluetooth chips (by attacking 30 different devices). at the time of writing, we were able to test chips from cypress, qualcomm, apple, intel, samsung and csr. all devices that we tested were vulnerable to the bias attack. Powered by the academic theme for hugo. Contact dblp daniele antonioli, nils ole tippenhauer, kasper rasmussen (2020) dagstuhl trier > home.
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