Book Image

Python Digital Forensics Cookbook

By : Chapin Bryce, Preston Miller
Book Image

Python Digital Forensics Cookbook

By: Chapin Bryce, Preston Miller

Overview of this book

Technology plays an increasingly large role in our daily lives and shows no sign of stopping. Now, more than ever, it is paramount that an investigator develops programming expertise to deal with increasingly large datasets. By leveraging the Python recipes explored throughout this book, we make the complex simple, quickly extracting relevant information from large datasets. You will explore, develop, and deploy Python code and libraries to provide meaningful results that can be immediately applied to your investigations. Throughout the Python Digital Forensics Cookbook, recipes include topics such as working with forensic evidence containers, parsing mobile and desktop operating system artifacts, extracting embedded metadata from documents and executables, and identifying indicators of compromise. You will also learn to integrate scripts with Application Program Interfaces (APIs) such as VirusTotal and PassiveTotal, and tools such as Axiom, Cellebrite, and EnCase. By the end of the book, you will have a sound understanding of Python and how you can use it to process artifacts in your investigations.
Table of Contents (11 chapters)

Going hunting for viruses

Recipe Difficulty: Medium

Python Version: 3.5

Operating System: Any

VirusShare is the largest privately owned collection of malware samples, with over 29.3 million samples and counting. One of the great benefits of VirusShare, besides the literal cornucopia of malware that is every malware researcher's dream, is the list of malware hashes which is made freely available. We can use these hashes to a create a very comprehensive hash set and leverage that in casework to identify potentially malicious files.

To learn more about and use VirusShare, visit the website https://virusshare.com/.

In this recipe, we demonstrate how to automate downloading lists of hashes from VirusShare to create a newline-delimited hash list. This list can be used by forensic tools, such as X-Ways, to create a HashSet. Other forensic tools, EnCase, for example, can use this...