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Chapter 2: Types of Computer Forensics Technology
Figure 2.1: CFX-2000 schematic. (
©Copyright 2002, Associated Business Publications. All rights reserved
).
Chapter 4: Data Recovery
Figure 4.1: A back-up using a shared tape library.
(©Copyright 2002, StorNet. All rights reserved).
Figure 4.2: A serverless back-up system.
(©Copyright 2002, StorNet. All rights reserved).
Figure 4.3: A LAN-less back-up using remote tape server.
(©Copyright 2002, StorNet. All rights reserved).
Figure 4.4: A storage area network using serverless back-up.
(©Copyright 2002, StorNet. All rights reserved).
Chapter 7: Computer Image Verification and Authentication
Figure 7.1: Security warning screen.
(©Copyright 2002. VeriSign. All rights reserved).
Figure 7.2: Client application security warning.
(©Copyright 2002. VeriSign. All rights reserved).
Figure 7.3: Inspect the certificate and verify its validity.
(©Copyright 2002. VeriSign. All rights reserved).
Figure 7.4: Authenticode—VeriSign® Digital IDs Process.
(©Copyright 2002. VeriSign. All rights reserved).
Chapter 19: Advanced Computer Forensics
Figure 19.1: In public-key encryption [top], Alice encrypts a message using Bob’s public key, and Bob decrypts it using his private key. This scheme allows encrypted files to be sent in the absence of a secure means to exchange keys, a major improvement over symmetric encryption. It’s still possible, though, for Alice to receive a public key (or a conventional symmetric key) that ostensibly came from Bob, but that, in fact, belongs to a third party claiming to be Bob—the so-called man-in-the-middle attack (bottom).
(©Copyright 2002. IEEE. All rights reserved).
Figure 19.2: Public key encryption allows Alice to verify that a message from Bob actually came from him and that it is unaltered from the original. Here’s how: Bob encrypts the hash value with his private key; encrypts the plaintext with Alice’s (green) public key; and sends both to her. Alice then decodes the received ciphertext using her own [orange] private key; decodes the hash value using Bob’s public key, thereby confirming the sender’s authenticity; and compares the decrypted hash value with one that she calculates locally on the just decrypted plaintext, thereby confirming the message’s integrity.
(©Copyright 2002. IEEE. All rights reserved).
Chapter 20: Summary, Conclusions, and Recommendations
Figure 20.1: A joint CSI/FBI study determined that an overwhelming number of desktop attacks (81%) came from disgruntled employees.
(©Copyright 2002. Computer Security Institute. All rights reserved).
Figure 20.2: The 2000 CSI/FBI study totals losses incurred from data loss, fraud, or abuse for 273 respondents at $265,589,940.
(©Copyright 2002. Computer Security Institute. All rights reserved).
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Computer Forensics: Computer Crime Scene Investigation (With CD-ROM) (Networking Series)
ISBN: 1584500182
EAN: 2147483647
Year: 2002
Pages: 263
Authors:
John R. Vacca
BUY ON AMAZON
CompTIA Project+ Study Guide: Exam PK0-003
IT Project+ Study Guide
Answers to Assessment Test
Cost Planning
Project Closure
Appendix B Standard IT Project Documents
Interprocess Communications in Linux: The Nooks and Crannies
Real and Effective User and Group IDs
exec s Minions
Transforming a Local Function Call into a Remote Procedure
Summary
C.2. RPC Definitions
Certified Ethical Hacker Exam Prep
Study Strategies
Automated Assessment Tools
Session Hijacking
Apply Your Knowledge
Buffer Overflows
Microsoft Windows Server 2003(c) TCP/IP Protocols and Services (c) Technical Reference
Local Area Network (LAN) Technologies
Internet Protocol (IP) Basics
Internet Protocol Version 6 (IPv6)
Internet Information Services (IIS) and the Internet Protocols
Internet Protocol Security (IPSec)
The Complete Cisco VPN Configuration Guide
Overview of the 3002 Hardware Client
Router Product Overview
Troubleshooting PIX and ASA Connections
Summary
Case Study
The Java Tutorial: A Short Course on the Basics, 4th Edition
Arrays
Your First Swing Program
Example Three: CelsiusConverter
User Interface Problems
Custom Implementations
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