| Introduction |
Unit 1: Mobile Hacking and Digital Forensic Challenges
This module will cover a broad refresher of the fundamental principles and methodologies used for legal forensics investigations
- History of Digital Forensics
- Global Legal System - Challenges
- Technical Aspects of Mobile Forensics (What are the challenges)
- Trace, Seize and investigate – Cyber Crime Case Scenarios
- Criminal / Civil Incidents
- Cyber Fraud
- Insider / Unknown Threats
- Recommended reading
Lab 1: Scenario Case Investigation Lab 2: Evidence Analysis After completing this module, students will be familiar with:
- Creating a new case using FTK and import case evidence
- Standard Evidence storage acquisition of a hard disk
- Using FTK and Caine Live CD for case evidence analysis and evidence priority
- Exploring the difference of Physical vs. Logical Evidence Acquisition
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Unit 2: Mobile Hardware Design for iPhone, BlackBerry, Android and other devices
This module will focus on the hardware design specifications of the popular mobile devices
- Forensics Methodology
- Why we need in-depth knowledge of the designs
- iDevice teardown schematics (Ipad, Iphone and Ipad)
- Android teardown schematics (HTC and Samsung)
- Blackberry Bold teardown
- Standard designs of other mobile devices.
- Mobile Hardware Tool Kits
Lab: Under the hood of an iPhone After completing this module, students will be familiar with:
- Diving deep into the hardware aspects of mobile devices
- Appreciating the different methods, techniques and tools involved
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Unit 3: Mobile Software design and the common boot process for Smart Devices
This module explains how mobiles boot, and use architectural design components. It also describes how data is stored and accessed for the IOS system
- Fundamental Open Source Software
- Why specialize? And Latest News
- Mobile OSX Architecture
- Core Definitions
- UI Framework IOS
- OSX Boot Overview
- iPhone DFU – Recovery Modes
- Android Boot Process
- IOS Kernel Design
- Jail-breaking / Rooting, REALLY? why, what and how
Lab: Jail-breaking and Rooting After completing this module, students will be familiar with:
- Understanding Apple and Android Architecture
- Appreciating UI Frameworks and IOS Kernel Design
- Jail-breaking and rooting IOS and Android
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Unit 4: Mobile Device Storage and Evidence Acquisition techniquess
This module explains how user data is stored and how to deal with deleted user evidence. It also describes the array of techniques that offer the greatest success for evidence acquisition
- Analysis Open Source Tool and SDK Software kits for Apple and Android
- Evidence Acquisition
- Smart Phone Characteristics
- Slack Space – Hidden Data
- MBR – EFI Basic Storage Designs
- Partitions and device specifics
- Passcode Protection – Encrypted Backups
Lab 1: Binary Reality Lab 2: Accessing Evidence After completing this module, students will be familiar with:
- Using manual open-source evidence acquisition methods
- Bypassing passcode protection
- The importance of HEX editors
- Primary unix commands and techniques used
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Unit 5: Advanced Mobile Attack Analysis
This module explains the genre and advanced Mobile Attacks
- How Mobile Devices get Hacked
- Debuggers and Decompiles
- Reverse Engineering
- IPA and APK Packages
- iPhone App Store Specifics
Lab 1: Hacking Tools and Analysis Lab 2: Building our Environment After completing this module, students will be familiar with:
- Analyzing Real Threats
- Using open source tools and techniques
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Unit 6: Mobile Device Hacking Techniques and Tools
This module explains how to analyze evidence and produce detailed evidence reports. It also describes how technical savvy people can obscure evidence to negate or destroy the evidence
- Hacking can kill you
- Threat Predictions 2011 / 2012
- Mobile Hacking Techniques
- IOS Platform Weaknesses
- Android Platform Weaknesses
- Blackberry Platform Weaknesses
Lab 1: Popular Software for Analysis After completing this module, students will be familiar with:
- Understanding Hacking Techniques and Tools.
- Launching Spear Phishing Attacks.
- Planting Hidden Payloads
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Unit 7: Penetration Testing and Exploitation Vectors
This module explains the Penetration Testing Life Cycle. It also describes the tools and techniques we can use for exploitation Vectors
- Information Gathering
- Manual Exploitation
- Exploit Frameworks
- Cracking Passwords
Lab 1: Pen Test 101 Lab 2: Pen Test Model - BlueTooth Hacking Note: This module is designed to be 100% hands-on covering the penetration testing methodology by utilizing BackTrack v5r1 |
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Unit 8: Mobile Forensic Hardware and Software Field Kits
This module explains Forensics Hardware Options. It also describes how we can build our portable Forensics field kits
- DIY Toolkit Options and costs
- Commercial Comparisons
- Pros and cons of open source
- Field Kit Review and best practices
Lab 1: Tag and Bag Lab 2: Building our Forensic Station and Toolkit After completing this module, students will be familiar with:
- Using open source tools and techniques
- Using commercial packages
- Critical aspects related to Chain of Custody, documentation
- and protection of evidence techniques
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Unit 9: Forensic Software, Evidence Analysis and Reporting
This module explains how to wrap-up the case by compiling the report and focuses on presenting the technical results in Laymen terms
- Disclaimer/ Legal
- Introduction to software packages
- Forensics Reports
- Best Evidence Rule
- Evidence Report Documentation
Lab 1: Creating the Report After completing this module, students will be familiar with:
- Categorizing Evidence
- Evidence Tampering
- The various software used
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