Book Image

Learning Android Forensics - Second Edition

By : Oleg Skulkin, Donnie Tindall, Rohit Tamma
Book Image

Learning Android Forensics - Second Edition

By: Oleg Skulkin, Donnie Tindall, Rohit Tamma

Overview of this book

Many forensic examiners rely on commercial, push-button tools to retrieve and analyze data, even though there is no tool that does either of these jobs perfectly. Learning Android Forensics will introduce you to the most up-to-date Android platform and its architecture, and provide a high-level overview of what Android forensics entails. You will understand how data is stored on Android devices and how to set up a digital forensic examination environment. As you make your way through the chapters, you will work through various physical and logical techniques to extract data from devices in order to obtain forensic evidence. You will also learn how to recover deleted data and forensically analyze application data with the help of various open source and commercial tools. In the concluding chapters, you will explore malware analysis so that you’ll be able to investigate cybersecurity incidents involving Android malware. By the end of this book, you will have a complete understanding of the Android forensic process, you will have explored open source and commercial forensic tools, and will have basic skills of Android malware identification and analysis.
Table of Contents (12 chapters)

Recovering deleted data using file carving

File carving is an extremely useful method in forensics because it allows for data that has been deleted or hidden to be recovered for analysis. In simple terms, file carving is the process of reassembling files from fragments in the absence of file system metadata. In file carving, specified file types are searched for and extracted across the binary data to create a forensic image of a partition or an entire disk. File carving recovers files from the unallocated space in a drive based merely on file structure and content, without any matching file system metadata.

Unallocated space refers to the part of the drive that no longer holds any file information, as pointed by file system structures such as file tables.

Files can be recovered or reconstructed by scanning the raw bytes of the disk and reassembling them. This can be done by...