EC-COUNCIL 312-49v11参考書内容 & 312-49v11赤本勉強
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EC-COUNCIL 312-49v11赤本勉強 & 312-49v11ファンデーション
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EC-COUNCIL 312-49v11 認定試験の出題範囲:
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EC-COUNCIL Computer Hacking Forensic Investigator (CHFI-v11) 認定 312-49v11 試験問題 (Q279-Q284):
質問 # 279
During an incident response at a hospital in Chicago, Illinois, a suspect application server is still powered on with active user sessions. The team must prioritize capturing fragile, volatile information such as contents of RAM, cache, and dynamic process state that would be lost if the system shuts down. What type of acquisition approach best satisfies this requirement?
- A. Sparse Acquisition
- B. Dead Acquisition
- C. Logical Acquisition
- D. Live Acquisition
正解:D
解説:
The correct answer is A because live acquisition is the method used when a system is still running and investigators must capture volatile evidence before it disappears. CHFI v11 explicitly includes live acquisition, order of volatility, and collection of volatile information such as memory contents, active processes, cache data, and session information. Those are exactly the artifacts named in the question. Logical acquisition focuses on selected file-system level data and does not specifically address volatile runtime state.
Sparse acquisition is a targeted collection method used to gather selected portions of data, not in-memory artifacts. Dead acquisition is performed after a system is powered down and is therefore unsuitable when the most important evidence would be lost at shutdown. In forensic practice, active servers may contain critical evidence in RAM, open network connections, injected code, encryption material, or running process details that cannot be reconstructed later from disk alone. Since the question centers on preserving volatile evidence from a still-powered system, the correct and most CHFI-aligned answer is live acquisition.
質問 # 280
In a digital forensics investigation, persistent malware is discovered on a compromised system despite repeated attempts to remove it. The malware reinstalls itself upon system reboot, indicating sophisticated persistence mechanisms.
In digital forensics, why is identifying malware persistence important?
- A. To prevent future infections and ensure the long-term security of the system
- B. To optimize network bandwidth and reduce latency
- C. To enhance system performance
- D. To determine the geographical origin of the malware
正解:A
解説:
This question maps directly to CHFI v11 objectives underMalware Forensics, specificallymalware persistence mechanisms and behavior analysis. Persistent malware is designed to survive system reboots and removal attempts by embedding itself into startup locations, registry keys, scheduled tasks, services, boot sectors, or firmware. CHFI v11 emphasizes that identifying persistence mechanisms is a critical step in malware analysis and incident response.
From a forensic perspective, understandinghowmalware maintains persistence allows investigators to fully eradicate the threat and prevent reinfection. If persistence artifacts are not identified and removed, the malware can continuously reinstall itself, rendering cleanup efforts ineffective and allowing attackers to maintain long-term access. CHFI v11 highlights registry-based persistence, startup folders, services, cron jobs, launch agents, and boot-level persistence as common techniques that must be analyzed.
Additionally, identifying persistence helps investigators reconstruct the attack timeline, understand attacker intent, and determine the scope of compromise. The other options are not primary forensic objectives- system performance, malware geography, or network optimization are unrelated to persistence analysis.
Therefore, in accordance with CHFI v11 malware forensics principles, identifying malware persistence is essential to prevent future infections and ensure the long-term security of the system.
質問 # 281
Following a forensics investigation, an organization is focused on implementing a comprehensive set of policies and procedures to effectively safeguard electronic data across its systems and networks. These policies are designed to ensure compliance with applicable legal, regulatory, and operational standards while also safeguarding the integrity of the data for future audits, investigations, or legal proceedings. This stage aims to establish clear guidelines for data retention, management of access, and long-term preservation.
Which stage of the Electronic Discovery Reference Model (EDRM) cycle does this activity correspond to?
- A. Information governance involving the creation of data control mechanisms.
- B. Disposal of unnecessary data after it is no longer required for legal or regulatory purposes.
- C. Collection of data from identified sources for subsequent analysis.
- D. Identification of data to ensure it is relevant and available for review.
正解:A
解説:
According to the CHFI v11 objectives and theElectronic Discovery Reference Model (EDRM)framework, the activity described in this scenario corresponds to theInformation Governancestage. Information governance is the foundational phase of the EDRM cycle and focuses on establishingpolicies, procedures, controls, and standardsto manage electronic information throughout its lifecycle. This includes defining data retention schedules, access control policies, compliance requirements, preservation rules, and audit readiness.
In CHFI v11, information governance is emphasized as aproactive and strategic functionthat ensures an organization is prepared for future investigations, audits, litigation, or regulatory inquiries. By implementing governance controls after an investigation, organizations strengthen forensic readiness, reduce legal risk, and ensure that electronic data remains reliable, authentic, and admissible as evidence.
The other options do not accurately match the described activity. Disposal (Option A) refers to defensible deletion after legal hold requirements expire. Collection (Option C) involves acquiring data for analysis, while Identification (Option D) focuses on locating potentially relevant data sources. None of these address long- term policy creation or enterprise-wide data control.
The CHFI v11 Exam Blueprint explicitly includesInformation Governancewithin the eDiscovery process, highlighting its role in compliance, risk mitigation, and evidence integrity management, making Option B the correct and exam-aligned answer
質問 # 282
What are the security risks of running a "repair" installation for Windows XP?
- A. Pressing Shift+F10 gives the user administrative rights
- B. Pressing Ctrl+F10 gives the user administrative rights
- C. There are no security risks when running the "repair" installation for Windows XP
- D. Pressing Shift+F1 gives the user administrative rights
正解:A
質問 # 283
Which wireless standard has bandwidth up to 54 Mbps and signals in a regulated frequency spectrum around 5 GHz?
- A. 802.11i
- B. 802.11b
- C. 802.11g
- D. 802.11a
正解:D
質問 # 284
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