A theoretical workflow for the verification of embedded threats on mobile devices

Michelle Ann Joseph, S. Philip, Bryan Miranada, Amol Deshmukh, Nrashant Singh
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Abstract

Mobile phones are a big part of today's life. However, these mobile phones are not built for data security and privacy, making them a common communication monitoring device. Communication monitoring is the control of the mobile device performance and data on hard drives or the transmission of data over networks such as the internet. This surveillance is often hidden and may be carried out by government, organizations or criminals. Digital forensics is the application of knowledge and expertise to legally extract information from any physical gadget, such as computers and smartphones. The purpose of this study was to propose a mobile forensic workflow for detecting and analyzing embedded threats that can be used as a surveillance tool at various levels of a mobile device.
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在移动设备上验证嵌入式威胁的理论工作流程
手机是当今生活的重要组成部分。然而,这些手机并不是为数据安全和隐私而设计的,这使它们成为一种常见的通信监控设备。通信监控是对移动设备性能和硬盘驱动器上的数据或通过互联网等网络传输数据的控制。这种监视通常是隐蔽的,可能是由政府、组织或犯罪分子实施的。数字取证是应用知识和专业知识,从任何物理设备(如计算机和智能手机)中合法提取信息。本研究的目的是提出一种移动取证工作流程,用于检测和分析嵌入式威胁,这些威胁可以用作移动设备各级的监视工具。
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