Effective Mobile Forensics Through Exploiting the Memory Security

Mobile phones have become an indispensable part of our lives, and contain a wealth of information that can be useful in criminal investigations. However, extracting this information from modern smartphones can be a challenge for forensic investigators.
This research delves into the hardware vulnerabilities of memory devices in modern smartphones, which represent potential avenues for bypassing security mechanisms. By identifying and exploiting these vulnerabilities, this thesis demonstrates that
effective strategies for extracting plaintext data from secured devices, thereby overcoming some of the limitations imposed by conventional forensic methods.
In-depth analysis is presented on the development of novel forensic techniques that leverage flaws in memory security architectures to access encrypted or otherwise protected information. These methods not only highlight the potential for accessing valuable data but also address the broader implications of device security for forensic investigations.
This study emphasizes the importance of continuous advancements in forensic science to keep pace with evolving security technologies in mobile devices. It advocates for a proactive approach to forensic research, one that anticipates future security measures and develops corresponding countermeasures to ensure the accessibility of critical evidence in legal settings.