Practical Digital Forensics a Guide for Windows and Linux Users 1st Edition by Akashdeep Bhardwaj ISBN 9815305581 9789815305586 by Bhardwaj, Akashdeep;singh, Pradeep;bhardwaj, Ajay; instant download after payment.

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ISBN 10: 9815305581 
ISBN 13: 9789815305586
Author: Akashdeep Bhardwaj

Practical Digital Forensics: A Guide for Windows and Linux Users is a comprehensive resource for novice and experienced digital forensics investigators. This guide offers detailed step-by-step instructions, case studies, and real-world examples to help readers conduct investigations on both Windows and Linux operating systems. It covers essential topics such as configuring a forensic lab, live system analysis, file system and registry analysis, network forensics, and anti-forensic techniques. The book is designed to equip professionals with the skills to extract and analyze digital evidence, all while navigating the complexities of modern cybercrime and digital investigations. Key Features: - Forensic principles for both Linux and Windows environments. - Detailed instructions on file system forensics, volatile data acquisition, and network traffic analysis. - Advanced techniques for web browser and registry forensics. - Addresses anti-forensics tactics and reporting strategies. - Includes real-world examples and practical case studies. Readership: Digital forensics professionals, law enforcement, cybersecurity analysts, legal practitioners, IT administrators, students, and corporate investigators.

Practical Digital Forensics a Guide for Windows and Linux Users 1st Table of contents:

1. Navigating the Ethical Landscape of Digital Investigations
2. INTRODUCTION
3. DIGITAL FORENSICS PRINCIPLES
4. LEGAL AND ETHICAL CONSIDERATIONS
5. TRAITS OF FORENSIC INVESTIGATORS
6. DIGITAL INVESTIGATIONS USE CASE EXAMPLES
7. Financial Fraud
8. Data Breaches
9. Child Exploitation
10. Cyber Espionage
11. Email Fraud (Phishing)
12. Identity Theft
13. Cryptocurrency Theft
14. Social Media Crimes
15. Insider Threats
16. Denial-of-Service (DoS) Attacks
17. CONCLUSION
18. REFERENCES
19. Constructing A Robust Digital Forensics Environment
20. INTRODUCTION
21. LAB FACILITY
22. Physical Requirements
23. Environment Control
24. LAB EQUIPMENT
25. System Equipment
26. Electrical - Tools Equipment
27. Network Devices
28. Forensic Workstation
29. COMMERCIAL WORKSTATIONS
30. Momentum T1000 Digital Forensic Workstation
31. FRED Forensic Workstation
32. CONCLUSION
33. REFERENCES
34. Acquisition of Live Analysis and Volatile Data
35. INTRODUCTION
36. Basics of Data Acquisition
37. ORDER OF VOLATILITY
38. Rules of Thumb for Data Acquisition
39. TYPES OF DATA ACQUISITION
40. LIVE ACQUISITION
41. DEAD ACQUISITION
42. IMAGING USING BIT STREAMS
43. DATA ACQUISITION FORMAT
44. DATA ACQUISITION METHODOLOGY
45. HANDS-ON: LIVE DATA ACQUISITION TOOLS
46. Tool: FTK Imager
47. Tool: Volatility Framework (Live Data)
48. TOOL: FTK IMAGER (DEAD DATA ACQUISITION)
49. CONCLUSION
50. REFERENCES
51. File System Forensics
52. INTRODUCTION - UNDERSTANDING STORAGE DRIVES
53. PRIMARY STORAGE
54. RAM (Random Access Memory)
55. DRAM (Dynamic Random Access Memory)
56. SRAM (Static Random Access Memory)
57. ROM (Read Only Memory)
58. PROM
59. EPROM
60. EEPROM
61. SECONDARY STORAGE
62. HDD (Hard Disk Drives)
63. SSD (Solid State Drives)
64. Magnetic Tapes
65. Optical Drives (CD/DVD)
66. Network Storage
67. DISK LOGICAL STRUCTURE
68. Clusters
69. Size of Cluster
70. Lost Clusters
71. Slack Space
72. Master Boot Record (MBR)
73. Partitions of Disks
74. BIOS Parameter Block (BPB)
75. Globally Unique Identifier (GUID)
76. GUID Partition Table (GPT)
77. BOOT PROCESS OF WINDOWS AND LINUX
78. Boot Process
79. Essential Windows System Files
80. Bios-mbr Methods
81. UEFI-GPT Windows Boot Process
82. Guid Partition Table (GPT)
83. Examining GPT Entries and Headers
84. FORENSICS TOOLS TO ANALYZE FILE SYSTEMS
85. File Systems for Windows
86. File Allocation Table (FAT)
87. New Technology File System (NTFS)
88. USE CASES AND EXAMPLES
89. Installing Autopsy
90. Conduct Investigations using Autopsy
91. CONCLUSION
92. REFERENCES
93. Windows Forensics and Registry Analysis
94. INTRODUCTION
95. VOLATILE AND NON-VOLATILE DATA
96. Gathering Volatile Information
97. Obtaining System Time
98. Gathering Logged-On Users
99. PsLoggedOn
100. Net Sessions
101. Logon Sessions
102. Gathering Data from Networ
103. Gathering Network Connection Data
104. Process Information
105. Tasklist
106. PsList
107. Process-to-Port Mapping
108. Gathering Non-Volatile Information
109. Analyzing File Systems
110. Analysis of the Windows Search Index
111. Slack Space
112. OVERVIEW OF REGISTRY ON WINDOWS
113. Registry Organization
114. The Registry Structure in a Hive File
115. PERFORM FORENSIC ANALYSIS OF THE WINDOWS REGISTRY
116. FTk Imager to Capture Windows Registry Files on a Live System
117. Sysinternals Process Monitor
118. Analyze Malware Activity
119. WEB BROWSER - HISTORY, COOKIES, AND CACHE
120. Google Chrome Analysis
121. WINDOWS DATA AND METADATA
122. Analysis of Windows Files
123. Points Of System Restore (Rp.Log Files)
124. Prefetch Files
125. Investigation of Metadata
126. CONCLUSION
127. REFERENCES
128. Network Forensics
129. INTRODUCTION
130. ROLE OF NETWORK FORENSICS IN CYBERSECURITY
131. Incident Response
132. Investigation and Threat Detection
133. Evidence Collection and Analysis
134. Network Security Monitoring and Analysis
135. NETWORK FORENSICS PROCESS
136. Acquisition
137. Preservation
138. Analysis
139. Reporting
140. TOOLS OF THE TRADE
141. Packet Capture
142. Wireshark
143. TCPdump
144. Traffic Analysis
145. Bro
146. NetworkMiner
147. Log Analysis
148. ELK Stack
149. Security Onion
150. Network Threat Detection - Suricata
151. Suricata's Detection Modes
152. NETWORK FORENSIC EVIDENCE
153. NETWORK FORENSICS CHALLENGES
154. CONCLUSION
155. REFERENCES
156. Unmasking Web Browser Artifacts
157. INTRODUCTION
158. BROWSER ARTIFACTS
159. Types of Web Browser Artifacts
160. Cookies
161. Browsing History
162. Cache Files
163. Download History
164. Bookmarks
165. Form Data
166. Session Data
167. Autofill Data
168. Locations of Web Browser Artifacts
169. Browser Profile Directories
170. Browser Cache Directory
171. Cookies Database
172. History Database
173. Bookmarks File
174. Download History Database
175. Form Data Database
176. Autofill Data Database
177. Mozilla Firefox
178. Google Chrome
179. Sessions Data
180. Microsoft Edge
181. Significance of Web Browser Artifacts
182. METHODOLOGIES FOR EXTRACTION AND ANALYSIS
183. Step 1: Acquisition
184. Step 2: Parsing
185. Step 3: Normalization
186. Step 4: Analysis
187. Step 5: Documentation
188. DEMO – HINDSIGHT
189. CHALLENGES AND CONSIDERATIONS
190. FUTURE DIRECTIONS AND EMERGING TRENDS
191. CONCLUSION
192. REFERENCES
193. Anti-forensics Techniques
194. INTRODUCTION
195. ANTI-FORENCIS TACTICS
196. CRYPTOGRAPHY
197. STEGANOGRAPHY
198. DIGITAL LOCKS
199. EVIDENCE DESTRUCTION TACTICS
200. EVIDENCE MANIPULATION TACTICS
201. OBFUSCATION TACTICS
202. ADVANCED FORENSICS
203. LEGAL AND ETHICAL ASPECTS
204. CONCLUSION
205. REFERENCES
206. Forensics Investigation Reporting
207. INTRODUCTION
208. REPORTS FOR CASE ASSESSMENT & PLANNING
209. Case Intake Report [12]:
210. Evidence Identification Report
211. Chain of Custody Form
212. Forensic Analysis Report
213. Final Investigation Report
214. Closure Report

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Tags: Akashdeep Bhardwaj, Digital, Forensics