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The course features 31 hands-on labs, a forensic challenge, and a bonus take-home case that allows students to analyze different datasets from smart devices and leverage the best forensic tools, methods, and custom scripts to learn how smartphone data hide and can be easily misinterpreted by forensic tools.
Each lab is designed to teach you a lesson that can be applied to other smartphones. You will gain experience with the different data formats on multiple platforms and learn how the data are stored and encoded on each type of smart device.
FOR is continuously updated to keep up with the latest smartphone operating systems, third-party applications, acquisition short-falls, extraction techniques jailbreaks and roots , malware and encryption.
This intensive six-day course offers the most unique and current instruction on the planet, and it will arm you with mobile device forensic knowledge you can immediately apply to cases you're working on the day you leave the course. Smartphone technologies are constantly changing, and most forensic professionals are unfamiliar with the data formats for each technology.
Take your skills to the next level: it's time for the good guys to get smarter and for the bad guys to know that their smartphone activity can and will be used against them! FOR features 31 hands-on labs and a final forensic challenge to ensure that students not only learn the material, but can also execute techniques to manually recover data.
Some labs allow you to "choose your own adventure" so that students who may need to focus on a specific device can select relevant labs and go back to the others as time permits. The labs cover the following topics:. There is no prerequisite for this course, but a basic understanding of digital forensic file structures and terminology will help the student grasp topics that are more advanced.
Previous vendor training in mobile device forensic acquisition is also useful, but not required. We do not teach basic acquisition methods in class, but we do provide instructions about them in the bonus course material. This class focuses on analysis, advanced access methods and understanding smartphone artifacts. Focus: Although smartphone forensic concepts are similar to those of digital forensics, smartphone file system structures differ and require specialized decoding skills to correctly interpret the data acquired from the device.
On this first course day, students will apply what they know to smartphone forensic handling, device capabilities, acquisition methods, SQLite database examination, and query development. They'll also gain an overview of Android devices. We end this section by examining Android backups and cloud data associated with Android and Google. Students will become familiar with the most popular forensic tools required to complete comprehensive examinations of smartphone data structures.
Smartphones will be introduced and defined to set our expectations for what we can recover using digital forensic methodologies. We quickly review smartphone concepts and the forensic implications of each. We provide approaches for dealing with common challenges such as encryption, passwords, and damaged devices. We will discuss how to process and decode data on mobile devices from a forensic perspective, then learn tactics to recover information that even forensic tools may not always be able to retrieve.
Forensic examiners must understand the concept of interpreting and analyzing the information on a variety of smartphones, as well as the limitations of existing methods for extracting data from these devices.
This course day is packed full of knowledge and covers how to handle encryption issues, smartphone components, bonus material on misfit devices ones you may not commonly see , and SQLite overview and simple query language.
We'll also introduce students to Android and methods for creating an analyzing Android backup files. The SIFT Workstation used in class has been specifically loaded with a set of smartphone forensic tools that will be your primary toolkit and working environment for the week. Android devices are among the most widely used smartphones in the world, which means they surely will be part of an investigation that comes across your desk. Unfortunately, gaining access to these devices isn't as easy as it used to be.
Android devices contain substantial amounts of data that can be decoded and interpreted into useful information. However, without honing the appropriate skills to bypass locked Androids and correctly interpret the data stored on them, you will be unprepared for the rapidly evolving world of smartphone forensics.
Android backups can be created for forensic analysis or by a user. Smartphone examiners need to understand the file structures and how to parse these data. Additionally, Android and Google cloud data store tons of valuable information. You will find Google artifacts from iOS users as well. Digital forensic examiners must understand the file system structures of Android devices and how they store data in order to extract and interpret the information they contain.
On this course day we will delve into the file system layout on Android devices and discuss common areas containing files of evidentiary value. Traces of user activities on Android devices are covered, as is recovery of deleted data residing in SQLite records and raw data files.
During hands-on exercises, you will use smartphone forensic tools to extract, decode, and analyze a wide variety of information from Android devices. You will use the SQLite examination skills you learned in the first course section to draft queries to parse information that commercial tools cannot support.
When all else fails and the tools cannot extract information from newer Android devices, we will use ADB to manually interact and extract data of interest.
We'll demonstrate methods to extract and examine cloud data, then end the day by analyzing a physical extraction of an Android device. Apple iOS devices contain substantial amounts of data including deleted records that can be decoded and interpreted into useful information. Proper handling and parsing skills are needed to bypass locked iOS devices and correctly interpret the data. This course section will cover extraction techniques using jailbreaks and exploits.
Without iOS instruction, you will be unprepared to deal with the iOS device that will likely be a major component in a forensic investigation. This section dives right into iOS devices. Digital forensic examiners must understand the file system structures and data layouts of Apple iOS devices in order to extract and interpret the information they contain. To learn how to do this, we delve into the file system layout on iOS devices and discuss common areas containing files of evidentiary value.
We'll cover encryption, decryption, file parsing, and traces of user activities in detail. During hands-on exercises, students will use smartphone forensic tools and methods to extract and analyze a wide variety of information from iOS devices. Students will also be required to manually decode data that were deleted or are unrecoverable using smartphone forensic tools and scripts supporting iOS device forensics.
Users create backups, and we often find that our best data can be derived from creating an iOS backup for forensic investigation. This section will cover methodologies to extract backups and cloud data and analyze the artifacts for each. Malware affects a plethora of smartphone devices.
We will examine various types of malware, how it exists on smartphones, and how to identify and analyze it. Most commercial smartphone tools help you identify malware, but none of them will allow you to tear down the malware to the level we cover in this class. We'll conduct five labs on this day alone! The day ends with students challenging themselves using tools and methods learned throughout the week to recover user data from intentionally altered smartphone data deleting, wiping, and hiding of data.
This course day provides students with a deep understanding of backup file contents, manual decoding, and parsing and cracking of encrypted backup file images.
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