There are more than 100 malicious computer attacks every second, resulting in tens of billions of dollars in economic damages each year. Among security professionals, the skills required to quickly analyze and assess these attacks are in high demand. Practical Malware Analysis provides a rapid introduction to the tools and methods used to dissect malicious software (malware), showing readers how to discover, debug, and disassemble these threats. The book goes on to examine how to overcome the evasive techniques--stealth, code obfuscation, encryption, file packing, and others--that malware authors use to thwart attempts to reverse engineer their programs. Key chapters include a lab at the end, which reviews important concepts from the discussion in the context of real-world malware examples. Drawn from the authors' extensive field experience combating malware, these labs make Practical Malware Analysis the perfect teaching tool for beginners and seasoned veterans alike.

Michael Sikorski is a malware analyst, researcher, and security consultant at Mandiant. His previous employers include the National Security Agency and MIT Lincoln Laboratory. Mike frequently teaches malware analysis to a variety of audiences including the FBI and Black Hat.
Andrew Honig is an Information Assurance Expert for the Department of Defense. He teaches courses on software analysis, reverse engineering, and Windows system programming. Andy is publicly credited with several zero-day exploits in VMware's virtualization products.

Introduction
Chapter 0: Malware Analysis Primer
Part 1: Basic Analysis
Chapter 1: Basic Static Techniques
Chapter 2: Malware Analysis in Virtual Machines
Chapter 3: Basic Dynamic Analysis
Part 2: Advanced Static Analysis
Chapter 4: A Crash Course in x86 Disassembly
Chapter 5: IDA Pro
Chapter 6: Recognizing C Code Constructs in Assembly
Chapter 7: Analyzing Malicious Windows Programs
Part 3: Advanced Dynamic Analysis
Chapter 8: Debugging
Chapter 9: OllyDbg
Chapter 10: Kernel Debugging with WinDbg
Part 4: Malware Functionality
Chapter 11: Malware Behavior
Chapter 12: Covert Malware Launching
Chapter 13: Data Encoding
Chapter 14: Malware-Focused Network Signatures
Part 5: Anti-Reverse-Engineering
Chapter 15: Anti-Disassembly
Chapter 16: Anti-Debugging
Chapter 17: Anti-Virtual Machine Techniques
Chapter 18: Packers and Unpacking
Part 6: Special Topics
Chapter 19: Shellcode Analysis
Chapter 20: C++ Analysis
Chapter 21: 64-Bit Malware
Appendix A: Important Windows Functions
Appendix B: Tools for Malware Analysis
Appendix C: Solutions to Labs