Table of Contents for
Practical Malware Analysis

Version ebook / Retour

Cover image for bash Cookbook, 2nd Edition Practical Malware Analysis by Andrew Honig Published by No Starch Press, 2012
  1. Cover
  2. Practical Malware Analysis: The Hands-On Guide to Dissecting Malicious Software
  3. Praise for Practical Malware Analysis
  4. Warning
  5. About the Authors
  6. About the Technical Reviewer
  7. About the Contributing Authors
  8. Foreword
  9. Acknowledgments
  10. Individual Thanks
  11. Introduction
  12. What Is Malware Analysis?
  13. Prerequisites
  14. Practical, Hands-On Learning
  15. What’s in the Book?
  16. 0. Malware Analysis Primer
  17. The Goals of Malware Analysis
  18. Malware Analysis Techniques
  19. Types of Malware
  20. General Rules for Malware Analysis
  21. I. Basic Analysis
  22. 1. Basic Static Techniques
  23. Antivirus Scanning: A Useful First Step
  24. Hashing: A Fingerprint for Malware
  25. Finding Strings
  26. Packed and Obfuscated Malware
  27. Portable Executable File Format
  28. Linked Libraries and Functions
  29. Static Analysis in Practice
  30. The PE File Headers and Sections
  31. Conclusion
  32. Labs
  33. 2. Malware Analysis in Virtual Machines
  34. The Structure of a Virtual Machine
  35. Creating Your Malware Analysis Machine
  36. Using Your Malware Analysis Machine
  37. The Risks of Using VMware for Malware Analysis
  38. Record/Replay: Running Your Computer in Reverse
  39. Conclusion
  40. 3. Basic Dynamic Analysis
  41. Sandboxes: The Quick-and-Dirty Approach
  42. Running Malware
  43. Monitoring with Process Monitor
  44. Viewing Processes with Process Explorer
  45. Comparing Registry Snapshots with Regshot
  46. Faking a Network
  47. Packet Sniffing with Wireshark
  48. Using INetSim
  49. Basic Dynamic Tools in Practice
  50. Conclusion
  51. Labs
  52. II. Advanced Static Analysis
  53. 4. A Crash Course in x86 Disassembly
  54. Levels of Abstraction
  55. Reverse-Engineering
  56. The x86 Architecture
  57. Conclusion
  58. 5. IDA Pro
  59. Loading an Executable
  60. The IDA Pro Interface
  61. Using Cross-References
  62. Analyzing Functions
  63. Using Graphing Options
  64. Enhancing Disassembly
  65. Extending IDA with Plug-ins
  66. Conclusion
  67. Labs
  68. 6. Recognizing C Code Constructs in Assembly
  69. Global vs. Local Variables
  70. Disassembling Arithmetic Operations
  71. Recognizing if Statements
  72. Recognizing Loops
  73. Understanding Function Call Conventions
  74. Analyzing switch Statements
  75. Disassembling Arrays
  76. Identifying Structs
  77. Analyzing Linked List Traversal
  78. Conclusion
  79. Labs
  80. 7. Analyzing Malicious Windows Programs
  81. The Windows API
  82. The Windows Registry
  83. Networking APIs
  84. Following Running Malware
  85. Kernel vs. User Mode
  86. The Native API
  87. Conclusion
  88. Labs
  89. III. Advanced Dynamic Analysis
  90. 8. Debugging
  91. Source-Level vs. Assembly-Level Debuggers
  92. Kernel vs. User-Mode Debugging
  93. Using a Debugger
  94. Exceptions
  95. Modifying Execution with a Debugger
  96. Modifying Program Execution in Practice
  97. Conclusion
  98. 9. OllyDbg
  99. Loading Malware
  100. The OllyDbg Interface
  101. Memory Map
  102. Viewing Threads and Stacks
  103. Executing Code
  104. Breakpoints
  105. Loading DLLs
  106. Tracing
  107. Exception Handling
  108. Patching
  109. Analyzing Shellcode
  110. Assistance Features
  111. Plug-ins
  112. Scriptable Debugging
  113. Conclusion
  114. Labs
  115. 10. Kernel Debugging with WinDbg
  116. Drivers and Kernel Code
  117. Setting Up Kernel Debugging
  118. Using WinDbg
  119. Microsoft Symbols
  120. Kernel Debugging in Practice
  121. Rootkits
  122. Loading Drivers
  123. Kernel Issues for Windows Vista, Windows 7, and x64 Versions
  124. Conclusion
  125. Labs
  126. IV. Malware Functionality
  127. 11. Malware Behavior
  128. Downloaders and Launchers
  129. Backdoors
  130. Credential Stealers
  131. Persistence Mechanisms
  132. Privilege Escalation
  133. Covering Its Tracks—User-Mode Rootkits
  134. Conclusion
  135. Labs
  136. 12. Covert Malware Launching
  137. Launchers
  138. Process Injection
  139. Process Replacement
  140. Hook Injection
  141. Detours
  142. APC Injection
  143. Conclusion
  144. Labs
  145. 13. Data Encoding
  146. The Goal of Analyzing Encoding Algorithms
  147. Simple Ciphers
  148. Common Cryptographic Algorithms
  149. Custom Encoding
  150. Decoding
  151. Conclusion
  152. Labs
  153. 14. Malware-Focused Network Signatures
  154. Network Countermeasures
  155. Safely Investigate an Attacker Online
  156. Content-Based Network Countermeasures
  157. Combining Dynamic and Static Analysis Techniques
  158. Understanding the Attacker’s Perspective
  159. Conclusion
  160. Labs
  161. V. Anti-Reverse-Engineering
  162. 15. Anti-Disassembly
  163. Understanding Anti-Disassembly
  164. Defeating Disassembly Algorithms
  165. Anti-Disassembly Techniques
  166. Obscuring Flow Control
  167. Thwarting Stack-Frame Analysis
  168. Conclusion
  169. Labs
  170. 16. Anti-Debugging
  171. Windows Debugger Detection
  172. Identifying Debugger Behavior
  173. Interfering with Debugger Functionality
  174. Debugger Vulnerabilities
  175. Conclusion
  176. Labs
  177. 17. Anti-Virtual Machine Techniques
  178. VMware Artifacts
  179. Vulnerable Instructions
  180. Tweaking Settings
  181. Escaping the Virtual Machine
  182. Conclusion
  183. Labs
  184. 18. Packers and Unpacking
  185. Packer Anatomy
  186. Identifying Packed Programs
  187. Unpacking Options
  188. Automated Unpacking
  189. Manual Unpacking
  190. Tips and Tricks for Common Packers
  191. Analyzing Without Fully Unpacking
  192. Packed DLLs
  193. Conclusion
  194. Labs
  195. VI. Special Topics
  196. 19. Shellcode Analysis
  197. Loading Shellcode for Analysis
  198. Position-Independent Code
  199. Identifying Execution Location
  200. Manual Symbol Resolution
  201. A Full Hello World Example
  202. Shellcode Encodings
  203. NOP Sleds
  204. Finding Shellcode
  205. Conclusion
  206. Labs
  207. 20. C++ Analysis
  208. Object-Oriented Programming
  209. Virtual vs. Nonvirtual Functions
  210. Creating and Destroying Objects
  211. Conclusion
  212. Labs
  213. 21. 64-Bit Malware
  214. Why 64-Bit Malware?
  215. Differences in x64 Architecture
  216. Windows 32-Bit on Windows 64-Bit
  217. 64-Bit Hints at Malware Functionality
  218. Conclusion
  219. Labs
  220. A. Important Windows Functions
  221. B. Tools for Malware Analysis
  222. C. Solutions to Labs
  223. Lab 1-1 Solutions
  224. Lab 1-2 Solutions
  225. Lab 1-3 Solutions
  226. Lab 1-4 Solutions
  227. Lab 3-1 Solutions
  228. Lab 3-2 Solutions
  229. Lab 3-3 Solutions
  230. Lab 3-4 Solutions
  231. Lab 5-1 Solutions
  232. Lab 6-1 Solutions
  233. Lab 6-2 Solutions
  234. Lab 6-3 Solutions
  235. Lab 6-4 Solutions
  236. Lab 7-1 Solutions
  237. Lab 7-2 Solutions
  238. Lab 7-3 Solutions
  239. Lab 9-1 Solutions
  240. Lab 9-2 Solutions
  241. Lab 9-3 Solutions
  242. Lab 10-1 Solutions
  243. Lab 10-2 Solutions
  244. Lab 10-3 Solutions
  245. Lab 11-1 Solutions
  246. Lab 11-2 Solutions
  247. Lab 11-3 Solutions
  248. Lab 12-1 Solutions
  249. Lab 12-2 Solutions
  250. Lab 12-3 Solutions
  251. Lab 12-4 Solutions
  252. Lab 13-1 Solutions
  253. Lab 13-2 Solutions
  254. Lab 13-3 Solutions
  255. Lab 14-1 Solutions
  256. Lab 14-2 Solutions
  257. Lab 14-3 Solutions
  258. Lab 15-1 Solutions
  259. Lab 15-2 Solutions
  260. Lab 15-3 Solutions
  261. Lab 16-1 Solutions
  262. Lab 16-2 Solutions
  263. Lab 16-3 Solutions
  264. Lab 17-1 Solutions
  265. Lab 17-2 Solutions
  266. Lab 17-3 Solutions
  267. Lab 18-1 Solutions
  268. Lab 18-2 Solutions
  269. Lab 18-3 Solutions
  270. Lab 18-4 Solutions
  271. Lab 18-5 Solutions
  272. Lab 19-1 Solutions
  273. Lab 19-2 Solutions
  274. Lab 19-3 Solutions
  275. Lab 20-1 Solutions
  276. Lab 20-2 Solutions
  277. Lab 20-3 Solutions
  278. Lab 21-1 Solutions
  279. Lab 21-2 Solutions
  280. Index
  281. Index
  282. Index
  283. Index
  284. Index
  285. Index
  286. Index
  287. Index
  288. Index
  289. Index
  290. Index
  291. Index
  292. Index
  293. Index
  294. Index
  295. Index
  296. Index
  297. Index
  298. Index
  299. Index
  300. Index
  301. Index
  302. Index
  303. Index
  304. Index
  305. Index
  306. Index
  307. Updates
  308. About the Authors
  309. Copyright

M

MAC address, for virtual machine, VMware Artifacts
machine code, Levels of Abstraction
magic constant, Using Krypto ANALyzer
magic number, Querying the I/O Communication Port
main function, Detailed Analysis, Short Answers
determining start, Short Answers
starting analysis at, Detailed Analysis
main memory, in x86 architecture, Reverse-Engineering, Main Memory
major function table, Looking at the Kernel-Mode Code, Looking at the Kernel-Mode Code, Analyzing the Functions of the Major Function Table
analyzing functions of, Analyzing the Functions of the Major Function Table
finding, Looking at the Kernel-Mode Code
Malcode Analyst Pack, Tools for Malware Analysis
malicious documents, Process Explorer to analyze, Analyzing Malicious Documents
malloc function, Detailed Analysis
malware, Basic Dynamic Analysis, Antivirus Scanning: A Useful First Step, Finding Strings, Detecting Packers with PEiD, Sandbox Drawbacks, Analyzing Malicious Windows Programs, Network Countermeasures, Repairing the Import Table Manually, WinUpack, 64-Bit Malware, Detailed Analysis, Detailed Analysis, Detailed Analysis
(see also Windows malware)
64-bit, 64-Bit Malware
analyzing without unpacking, WinUpack
attempts to delete itself, Detailed Analysis
double-packed, Repairing the Import Table Manually
hashing for identifying, Antivirus Scanning: A Useful First Step
observing in natural habitat, Network Countermeasures
packed and obfuscated, Finding Strings
running, Sandbox Drawbacks
safe environment for running, Detecting Packers with PEiD
searching for evidence of encoding, Detailed Analysis
self-deletion scripting code, Detailed Analysis
types, Basic Dynamic Analysis
malware analysis, Malware Analysis Primer, The Goals of Malware Analysis, Types of Malware, The Structure of a Virtual Machine, Taking Snapshots, Combining Dynamic and Static Analysis Techniques, Tools for Malware Analysis
creating machine for, The Structure of a Virtual Machine
danger of overanalysis, Combining Dynamic and Static Analysis Techniques
general rules, Types of Malware
goals, Malware Analysis Primer
risks of using VMware for, Taking Snapshots
techniques, The Goals of Malware Analysis
(see also dynamic analysis; static analysis)
tools, Tools for Malware Analysis
malware behavior, Malware Behavior, Malware Behavior, Downloaders and Launchers, Netcat Reverse Shells, RATs, RATs, GINA Interception, GINA Interception, Hash Dumping, Identifying Keyloggers in Strings Listings, Identifying Keyloggers in Strings Listings, SvcHost DLLs, Trojanized System Binaries, DLL Load-Order Hijacking, Privilege Escalation, Using SeDebugPrivilege, Covering Its Tracks—User-Mode Rootkits, Covering Its Tracks—User-Mode Rootkits, Lab 11-1, Network Countermeasures, Analyzing the Functions of the Major Function Table
backdoor, Downloaders and Launchers
botnets, RATs
credential stealers, RATs, GINA Interception, GINA Interception, Hash Dumping
GINA interception, GINA Interception
hash dumping, GINA Interception
keystroke logging, Hash Dumping
downloaders and launchers, Malware Behavior
indications of, Network Countermeasures
labs, Lab 11-1, Analyzing the Functions of the Major Function Table
solutions, Analyzing the Functions of the Major Function Table
persistence, Identifying Keyloggers in Strings Listings, Identifying Keyloggers in Strings Listings, SvcHost DLLs, Trojanized System Binaries
DLL load-order hijacking, Trojanized System Binaries
trojanized system binaries, SvcHost DLLs
Windows Registry for, Identifying Keyloggers in Strings Listings
privilege escalation, DLL Load-Order Hijacking, Privilege Escalation
SeDebugPrivilege, Privilege Escalation
remote administration tool (RAT), Netcat Reverse Shells
user-mode rootkits, Using SeDebugPrivilege, Covering Its Tracks—User-Mode Rootkits, Covering Its Tracks—User-Mode Rootkits
IAT hooking, Covering Its Tracks—User-Mode Rootkits
inline hooking, Covering Its Tracks—User-Mode Rootkits
Mandiant, Comparing Registry Snapshots with Regshot, Entropy Calculation
ApateDNS, Comparing Registry Snapshots with Regshot
Red Curtain, Entropy Calculation
mangling, The this Pointer
manual unpacking, Automated Unpacking
MapViewOfFile function, File System Functions, Important Windows Functions, Detailed Analysis, Analyzing the EXE, Detailed Analysis
MapVirtualKey function, Important Windows Functions
mass malware, Types of Malware
MD5 (Message-Digest Algorithm 5), Antivirus Scanning: A Useful First Step
media files, shellcode stored within, NOP Sleds
memcmp function, Detailed Analysis
memcpy function, Detailed Analysis
memory, Global vs. Local Variables, Basic DLL Structure, Software Execution Breakpoints, Bypassing VMware Artifact Searching, Manual Unpacking, WinUpack, Using fnstenv, Creating and Destroying Objects, Tools for Malware Analysis, Finding the Driver in Memory with WinDbg, Detailed Analysis
addresses for global variables, Global vs. Local Variables
allocation for objects, Creating and Destroying Objects
checking for VMware artifacts, Bypassing VMware Artifact Searching
copying PE sections into, Detailed Analysis
dumping executable from, Manual Unpacking, WinUpack, Tools for Malware Analysis
finding device driver in, with WinDbg, Finding the Driver in Memory with WinDbg
finding kernel32.dll in, Using fnstenv
function dump, Software Execution Breakpoints
processes and, Basic DLL Structure
memory address operands, Main Memory
memory breakpoint, in OllyDbg, Breakpoints, Conditional Breakpoints
Memory dump window, in OllyDbg, The OllyDbg Interface
Memory Map window, in OllyDbg, The OllyDbg Interface
memory map, to locate DLLs, Using the Memory Map to Locate DLLs
memory window, WinDbg reading from, Setting Up Kernel Debugging
memory-access violations, Common Exceptions
Memoryze, Tools for Malware Analysis
message box, malware creation of, Summary
message flow, in Windows with and without hook injection, Process Replacement
Message-Digest Algorithm 5 (MD5), Antivirus Scanning: A Useful First Step
Metasploit, DLL Load-Order Hijacking, Using Hashed Exported Names
methods, C++ Analysis, The this Pointer
in C++ class, C++ Analysis
overloading, The this Pointer
microcode, in x86 architecture, Levels of Abstraction
Microsoft, Finding Strings, Static, Runtime, and Dynamic Linking, The Structure of a Virtual Machine, The Structure of a Virtual Machine, Setting Up Host-Only Networking, If Style, Services, Exceptions: When Things Go Wrong, Setting Breakpoints, Misusing Structured Exception Handlers, Important Windows Functions
(see also Windows)
Component Object Model (COM), Services
documentation, Important Windows Functions
firewall, Setting Up Host-Only Networking
Hyper-V, The Structure of a Virtual Machine
Software Data Execution Prevention (DEP), Misusing Structured Exception Handlers
symbols, Setting Breakpoints
Virtual PC, The Structure of a Virtual Machine
Visual Studio, Static, Runtime, and Dynamic Linking, If Style
calling conventions, If Style
wide character string, Finding Strings
Microsoft Developer Network (MSDN), Finding kernel32.dll in Memory
Microsoft signed binary, verifying, The Process Explorer Display
MIME (Multipurpose Internet Mail Extensions) standard, Base64 and, Other Simple Encoding Schemes
MmGetSystemRoutineAddress function, Rootkit Analysis in Practice, Important Windows Functions
mneumonics, in instructions, Main Memory
Module32First function, Important Windows Functions
Module32Next function, Important Windows Functions
modules, Setting Breakpoints, Detailed Analysis
getting name of, Detailed Analysis
listing in WinDbg, Setting Breakpoints
modulo operation, Arithmetic, Disassembling Arithmetic Operations, Disassembling Arithmetic Operations
mov instruction, Flags, Arithmetic, Stack Layout, Impossible Disassembly, Position-Independent Code, Detailed Analysis
position dependence, Position-Independent Code
movsb instruction, Rep Instructions
movsd instruction, Analyzing the EXE
movsx instruction, Branching
MS-DOS Stub Program, The PE File Headers and Sections
MSDN (Microsoft Developer Network), Finding kernel32.dll in Memory
MSDN online, PotentialKeylogger.exe: An Unpacked Executable
msg keyword, in Snort, Intrusion Detection with Snort
msgina.dll, and GINA, GINA Interception
msvcrt.dll, imports from, Detailed Analysis
mul instruction, Arithmetic
multibyte encoding algorithm, Identifying XOR Loops in IDA Pro
Multipurpose Internet Mail Extensions (MIME) standard, Base64 and, Other Simple Encoding Schemes
multithreaded version, of Windows reverse shell, Netcat Reverse Shells
mutants, Creating a Thread
mutexes, Basic Dynamic Tools in Practice, Creating a Thread, Detailed Analysis, Detailed Analysis, Detailed Analysis, Detailed Analysis, Detailed Analysis, Detailed Analysis
creating, Detailed Analysis, Detailed Analysis
interprocess coordination with, Creating a Thread
malware creation of, Detailed Analysis
malware use of, Detailed Analysis
MZ header, in PE executable, Detailed Analysis