Battery-Sensing Intrusion Protection System Validation Using Enhanced Wi-Fi and Bluetooth Attack Correlation

Benjamin R Moyers,John P Dunning,Timothy K Buennemeyer,Randolph C Marchany,Joseph G Tront

Vehicular Technology Conference Fall（2009）

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摘要

This paper discusses mobile device security and extends the original battery-sensing intrusion protection system (B-SIPS) (Buennemeyer, 2008) design by introducing the multi-vector portable intrusion detection system (MVP-IDS). MVP-IDS validates reported anomalous battery depletion from B-SIPS clients with real-time Wi-Fi and Bluetooth traffic using attack signature detection modules. To correlate instantaneous current (IC) anomalies with Wi-Fi and Bluetooth attack traffic, MVP-IDS integrates B-SIPS anomaly detection with the signature-based matching systems of Snort and a newly developed research system, Bluetooth attack detection and signature system (BADSS).

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关键词

bluetooth,digital signatures,mobile radio,telecommunication security,telecommunication traffic,wireless lan,b-sips anomaly detection,b-sips client,bluetooth attack detection,bluetooth attack traffic,snort,wi-fi attack traffic,anomalous battery depletion,attack signature detection module,battery-sensing intrusion protection system,instantaneous current anomaly,mobile device security,multivector portable intrusion detection system,signature system,signature-based matching system,system design,system validation,intrusion detection system,correlation,servers,mobile device,integrated circuits,real time,anomaly detection

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