Mastering Windows Network Forensics and Investigation

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ISBN: 9780470097625 | 0470097620
Cover: Paperback
Copyright: 4/2/2007

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This comprehensive guide provides you with the training you need to arm yourself against phishing, bank fraud, unlawful hacking, and other computer crimes. Two seasoned law enforcement professionals discuss everything from recognizing high-tech criminal activity and collecting evidence to presenting it in a way that judges and juries can understand. They cover the range of skwills, standards, and step-by-step procedures you'll need to conduct a criminal investigation in a Windows environment and make your evidence stand up in court.

Steve Anson , CISSP, MCSE, is a special agent with the Pentagon’s Defense Criminal Investigative Service. He has a master’s degree in computer science as well as numerous industry certifications. As a former contract instructor for the FBI, he has taught hundreds of veteran federal agents, state and local police officers, and intelligence agency employees techniques for conducting computerintrusion investigations. He also founded and supervised a local police department computer crime and information services unit and served as a task force agent for the FBI. He has conducted investigations involving large-scale computer intrusions, counterterrorism, crimes against children, and many other offenses involving the substantive use of computers.

Steve Bunting is a captain with the University of Delaware Police Department, where he is responsible for computer forensics, video forensics, and investigations involving computers. He has more than thirty years experience in law enforcement, and his background in computer forensics is extensive. He is a Certified Computer Forensics Technician (CCFT) and an EnCase Certified Examiner (EnCE). He was the recipient of the 2002 Guidance Software Certified Examiner Award of Excellence. He has a bachelor’s degree in applied professions/business management from Wilmington College and a computer applications certificate in network environments from the University of Delaware. He has conducted computer forensic examinations for numerous local, state, and federal agencies on a variety of cases, including extortion, homicide, embezzlement, child exploitation, intellectual property theft, and unlawful intrusions into computer systems. He has testified in court on numerous occasions as a computer forensics expert. He has taught computer forensics for Guidance Software, makers of EnCase, and taught as a lead instructor at all course levels. He has been a presenter at several seminars and workshops, is the author of numerous white papers, and is the primary author of the book EnCase Computer Forensics: The Official EnCE: EnCase Certified Examiner Study Guide , which was published by Sybex in early 2006. You can reach him at sbunting@udel.edu.

Introduction	p. xix
Network Investigation Overview	p. 3
Performing the Initial Vetting	p. 3
Meeting with the Victim Organization	p. 5
Understanding the Victim Network Information	p. 6
Understanding the Incident Information	p. 7
Identifying and Preserving Evidence	p. 8
Establishing Expectations and Responsibilities	p. 10
Collecting the Evidence	p. 11
Analyzing the Evidence	p. 13
Analyzing the Suspect's Computers	p. 15
Recognizing the Investigative Challenges of Microsoft Networks	p. 18
The Bottom Line	p. 19
The Microsoft Network Structure	p. 21
Connecting Computers	p. 21
Windows Domains	p. 23
Interconnecting Domains	p. 25
Organizational Units	p. 29
Users and Groups	p. 31
Types of Accounts	p. 31
Groups	p. 34
Permissions	p. 37
File Permissions	p. 39
Share Permissions	p. 42
Reconciling Share and File Permissions	p. 43
Example Hack	p. 45
The Bottom Line	p. 52
Beyond the Windows GUI	p. 55
Understanding Programs, Processes, and Threads	p. 56
Redirecting Process Flow	p. 59
DLL Injection	p. 62
Hooking	p. 66
Maintaining Order Using Privilege Modes	p. 70
Using Rootkits	p. 72
The Bottom Line	p. 75
Windows Password Issues	p. 77
Understanding Windows Password Storage	p. 77
Cracking Windows Passwords Stored on Running Systems	p. 79
Exploring Windows Authentication Mechanisms	p. 87
LanMan Authentication	p. 88
NTLM and Kerberos Authentication	p. 91
Sniffing and Cracking Windows Authentication Exchanges	p. 94
Cracking Offline Passwords	p. 102
The Bottom Line	p. 106
Windows Ports and Services	p. 107
Understanding Ports	p. 107
Using Ports as Evidence	p. 111
Understanding Windows Services	p. 117
The Bottom Line	p. 124
Live-Analysis Techniques	p. 129
Finding Evidence in Memory	p. 129
Creating Windows Live-Analysis CDs	p. 131
Selecting Tools for Your Live-Response CD	p. 133
Verifying Your CD	p. 139
Using Your CD	p. 142
Monitoring Communication with the Victim Box	p. 146
Scanning the Victim System	p. 149
Using Stand-alone Tools for Live-analysis	p. 150
Using Commercial Products	p. 150
Using EnCase FIM	p. 150
Using Free Products	p. 157
The Bottom Line	p. 158
Windows File Systems	p. 161
File Systems vs. Operating Systems	p. 161
Understanding FAT File Systems	p. 164
Understanding NTFS File Systems	p. 177
Using NTFS Data Structures	p. 178
Creating, Deleting, and Recovering Data in NTFS	p. 184
Dealing with Alternate Data Streams	p. 187
The Bottom Line	p. 191
The Registry Structure	p. 193
Understanding Registry Concepts	p. 193
Registry History	p. 195
Registry Organization and Terminology	p. 195
Performing Registry Research	p. 201
Viewing the Registry with Forensic Tools	p. 203
Using EnCase to View the Registry	p. 204
Using AccessData's Registry Viewer	p. 207
The Bottom Line	p. 212
Registry Evidence	p. 215
Finding Information in the Software Key	p. 216
Installed Software	p. 216
Last Logon	p. 218
Banners	p. 219
Exploring Windows Security Center and Firewall Settings	p. 220
Analyzing Restore Point Registry Settings	p. 225
Exploring Security Identifiers	p. 231
Investigating User Activity	p. 234
Extracting LSA Secrets	p. 245
Discovering IP Addresses	p. 246
Compensating for Time Zone Offsets	p. 251
Determining the Startup Locations	p. 253
The Bottom Line	p. 260
Tool Analysis	p. 263
Understanding the Purpose of Tool Analysis	p. 263
Exploring Tools and Techniques	p. 267
Strings	p. 268
Dependency Walker	p. 271
Monitoring the Code	p. 273
Monitoring the Tool's Network Traffic	p. 282
External Port Scans	p. 284
The Bottom Line	p. 286
Text-Based Logs	p. 289
Parsing IIS Logs	p. 289
Parsing FTP Logs	p. 300
Parsing DHCP Server Logs	p. 306
Parsing Windows Firewall Logs	p. 310
Using the Microsoft Log Parser	p. 313
The Bottom Line	p. 324
Windows Event Logs	p. 327
Understanding the Event Logs	p. 327
Exploring Auditing Settings	p. 329
Using Event Viewer	p. 334
Searching with Event Viewer	p. 347
The Bottom Line	p. 351
Logon and Account Logon Events	p. 353
Exploring Windows NT Logon Events	p. 353
Analyzing Windows 2000 Event Logs	p. 361
Comparing Logon and Account Logon Events	p. 361
Examining Windows 2000 Logon Events	p. 364
Examining Windows 2000 Account Logon Events	p. 366
Contrasting Windows 2000 and XP Logging	p. 386
Examining Windows Server 2003 Account Logon and Logon Events	p. 393
The Bottom Line	p. 397
Other Audit Events	p. 399
Evaluating Account Management Events	p. 399
Interpreting File and Other Object Access Events	p. 409
Examining Audit Policy Change Events	p. 416
Examining System Log Entries	p. 417
Examining Application Log Entries	p. 422
The Bottom Line	p. 423
Forensic Analysis of Event Logs	p. 425
Using EnCase to Examine Windows Event Log Files	p. 425
Windows Event Log Files Internals	p. 433
Repairing Corrupted Event Log Databases	p. 444
Finding and Recovering Event Logs from Free Space	p. 446
The Bottom Line	p. 453
Presenting the Results	p. 455
Creating a Narrative Report with Hyperlinks	p. 455
The Electronic Report Files	p. 462
Timelines	p. 463
Testifying About Technical Matters	p. 466
The Bottom Line	p. 467
The Bottom Line	p. 469
Network Investigation Overview	p. 469
The Microsoft Network Structure	p. 471
Beyond the Windows GUI	p. 472
Windows Password Issues	p. 474
Windows Ports and Services	p. 475
Live Analysis Techniques	p. 477
Windows File Systems	p. 478
The Registry Structure	p. 480
Registry Evidence	p. 482
Tool Analysis	p. 486
Text-Based Logs	p. 488
Windows Event Logs	p. 492
Logon and Account Logon Events	p. 493
Other Audit Events	p. 495
Forensic Analysis of Event Logs	p. 496
Presenting The Results	p. 498
Index	p. 501
Table of Contents provided by Ingram. All Rights Reserved.

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Mastering Windows Network Forensics and Investigation

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Author Biography

Table of Contents

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