Title

Controlled Android application execution for the IoT infrastructure

Document Type

Journal Article

Publisher

European Alliance for Innovation

School

School of Science

RAS ID

21038

Comments

Original article published as: Johnstone, M.N., Baig, Z., Hannay, P., Carpene, C. & Feroze, M. (2016) SaSeIoT 2015 - 2nd EAI International Conference on Safety and Security in Internet of Things, Roma, Italy. Article available here

Abstract

Android malware has grown in exponential proportions in recent times. Smartphone operating systems such as Android are being used to interface with and manage various IoT systems, such as building management and home automation systems. In such a hostile environment the ability to test and confirm device health claims is important to preserve confidentiality of user data. This paper describes a study to determine whether an Android device could be secured to prevent malware from executing in parallel with trusted applications. The research also sought to determine whether the system image could be protected from unauthorised modifications. A prototype scheme for meeting the above requirements was developed and tested. It was observed that the prototype succeeded in preventing unauthorised modification to the system image of the test device. However, the prototype failed to prevent unauthorised IPC calls when in single process mode.

DOI

10.1007/978-3-319-47063-4_2

Access Rights

Not open access

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