Table of Contents:
Cyber Security Fundamentals
Network and Security Concepts
Information Assurance Fundamentals
Basic Cryptography
Symmetric Encryption
Public Key Encryption
The Domain Name System (DNS)
Firewalls
Virtualization
Radio-Frequency Identification
Microsoft Windows Security Principles
Windows Tokens
Window Messaging
Windows Program Execution
The Windows Firewall

Attacker Techniques and Motivations
How Hackers Cover Their Tracks (Anti-forensics)
How and Why Attackers Use Proxies
Tunneling Techniques
Fraud Techniques
Phishing, Smishing, Vishing and Mobile Malicious Code
Rogue Anti-Virus
Click Fraud
Threat Infrastructure
Botnets
Fast-Flux
Advanced Fast-Flux

Exploitation
Techniques to Gain a Foothold
Shellcode
Integer Overflow Vulnerabilities
Stack-Based Buffer Overflows
Format-String Vulnerabilities
SQL Injection
Malicious PDF Files
Race Conditions
Web Exploit Tools
DoS Conditions
Brute-Force and Dictionary Attacks
Misdirection, Reconnaissance and Disruption Methods
Cross-Site Scripting (XSS)
Social Engineering
WarXing
DNS Amplification Attacks

Malicious Code
Self-Replicating Malicious Code
Worms
Viruses
Evading Detection and Elevating Privileges
Obfuscation
Virtual Machine Obfuscation
Persistent Software Techniques
Rootkits
Spyware
Attacks against Privileged User Accounts and Escalation of Privileges
Token Kidnapping
Virtual Machine Detection
Stealing Information and Exploitation
Form Grabbing
Man-in-the-Middle Attacks
DLL Injection
Browser Helper Objects

Defense and Analysis Techniques
Memory Forensics
Why Memory Forensics Is Important
Capabilities of Memory Forensics
Memory Analysis Frameworks
Dumping Physical Memory
Installing and Using Volatility
Finding Hidden Processes
Volatility Analyst Pack
Honeypots
Malicious Code Naming
Automated Malicious Code Analysis Systems
Passive Analysis
Active Analysis
Physical or Virtual Machines
Intrusion Detection Systems

iDefense Special File Investigation Tools