Publication | Closed Access
Is the data on your wearable device secure? An Android Wear smartwatch case study
88
Citations
11
References
2016
Year
Wearable SystemMobile SecurityEngineeringAndroid Wear SmartwatchInformation SecurityWearable TechnologyIot SecurityWearable ComputerMobile Device ForensicsHealthcare Information SecuritySmart SystemsInternet Of Things SecurityInternet Of ThingsPhysical ExfiltrationData PrivacyCloud Computing SecurityMobile ComputingWearable Device SecurePrivacyData SecurityTechnologySmartwatch StoresWearable Sensor
Summary The increasing convergence of wearable technologies and cloud services in applications, such as health care, could result in new attack vectors for the ‘Cloud of Things’, which could in turn be exploited to exfiltrate sensitive user data. In this paper, we analyze the types of sensitive user data that may be present on a wearable device and develop a method to demonstrate that they can be exfiltrated by an adversary. To undertake this study, we select the Android Wear smartwatch operating system as a case study and, specifically, the Samsung Gear Live smartwatch. We present a technique that allows an adversary to exfiltrate data from smartwatches. Using this technique, we determine that the smartwatch stores a relatively large amount of sensitive user data, including SMS messages, contact information, and biomedical data, and does not effectively protect this user data from physical exfiltration. Copyright © 2016 John Wiley & Sons, Ltd.
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