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| Section | Objectives |
|---|---|
| Evidence Handling and Investigation Process | - Evidence acquisition and preservation - Forensic documentation and reporting - Chain of custody procedures |
| Computer and File System Forensics | - Metadata and artifact analysis - Deleted file recovery and slack space analysis - File system structures (NTFS, FAT, EXT) |
| Network and Memory Forensics | - Packet capture and inspection concepts - Memory acquisition and volatile data analysis - Network traffic analysis fundamentals |
| Forensic Tools and Applications | - Common forensic tools (e.g., Autopsy, FTK, EnCase concepts) - Case management and investigation workflows - Disk imaging and analysis workflows |
| Operating System Forensics | - Windows forensic artifacts (registry, event logs) - User activity and system timeline reconstruction - Linux system logs and artifacts |
| Digital Forensics Fundamentals | - Legal considerations and admissibility of evidence - Types of digital evidence and forensic disciplines - Introduction to digital forensics principles |
>> Digital-Forensics-in-Cybersecurity問題と解答 <<
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質問 # 10
An organization has identified a system breach and has collected volatile data from the system.
Which evidence type should be collected next?
正解：A
解説：
Comprehensive and Detailed Explanation From Exact Extract:
In incident response, after collecting volatile data (such as contents of RAM), the next priority is often to collect network-related evidence such as active network connections. Network connections can reveal ongoing communications, attacker activity, command and control channels, or data exfiltration paths.
* Running processes and temporary data are also volatile but typically collected simultaneously or immediately after volatile memory.
* File timestamps relate to non-volatile data and are collected later after volatile data acquisition to preserve evidence integrity.
* This sequence is supported by NIST SP 800-86 and SANS Incident Handler's Handbook which emphasize the volatility of evidence and recommend capturing network state immediately after memory.
質問 # 11
Tom saved a message using the least significant bit (LSB) method in a sound file and uploaded this sound to his own website.
What is the carrier in this example?
正解：A
解説：
Comprehensive and Detailed Explanation From Exact Extract:
In steganography, the carrier is the file or medium used to hide the secret message. In this example, the sound file is the carrier because it contains the hidden message embedded using the least significant bit method. The message is the payload, and the website is merely the distribution platform.
* LSB is the embedding technique, not the carrier.
* The message is the payload, not the carrier.
* The website is not involved in data hiding.
NIST and steganography references clearly define the carrier as the container holding the hidden data.
質問 # 12
The chief executive officer (CEO) of a small computer company has identified a potential hacking attack from an outside competitor.
Which type of evidence should a forensics investigator use to identify the source of the hack?
正解：B
解説：
Comprehensive and Detailed Explanation From Exact Extract:
Network transaction logs capture records of network connections, including source and destination IP addresses, ports, and timestamps. These logs are essential in identifying the attacker's origin and understanding the nature of the intrusion.
* Network logs provide traceability back to the attacker.
* Forensic procedures prioritize collecting network logs to identify unauthorized access.
Reference:NIST SP 800-86 discusses the importance of network logs in digital investigations to attribute cyberattacks.
質問 # 13
The following line of code is an example of how to make a forensic copy of a suspect drive:
dd if=/dev/mem of=/evidence/image.memory1
Which operating system should be used to run this command?
正解：A
解説：
Comprehensive and Detailed Explanation From Exact Extract:
The 'dd' command is a Unix/Linux utility used to perform low-level copying of data, including forensic imaging. It allows bit-for-bit copying of drives or memory, making it a common tool in Linux-based forensic environments.
* Windows does not natively support 'dd'; similar imaging tools are used there.
* The command syntax and file paths indicate Linux/Unix usage.
Reference:Digital forensics training and NIST SP 800-101 mention 'dd' as a reliable imaging tool in Linux forensic workflows.
質問 # 14
Which tool identifies the presence of steganography?
正解：A
解説：
Comprehensive and Detailed Explanation From Exact Extract:
Disk Investigator is a forensic tool that can analyze disk images and file systems to identify hidden data, including the presence of steganography by examining slack space, hidden files, and embedded data.
* DiskDigger is mainly a data recovery tool.
* FTK is a comprehensive forensic suite but does not specialize in steganography detection.
* ComputerCOP is a parental control software, not a forensic tool.
Digital forensic best practices recognize Disk Investigator as useful for detecting steganographic content in files and disk areas.
質問 # 15
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