CEH Enumeration and System Hacking Practice Question
Which THREE of the following are valid techniques for covering tracks after compromising a system? (Select 3 correct answers)
⚠ Common exam trap
EC-Council often tests the distinction between privilege escalation (gaining higher access) and covering tracks (hiding evidence), causing candidates to mistakenly select SUID exploitation as a track-covering technique.
Answer choices
Why each option matters
Answer the question above first, then reveal the full breakdown to understand why each option is right or wrong.
Correct answer & explanation
✓
Clearing event logs using wevtutil
A is correct because wevtutil is a Windows command-line utility used to manage event logs. After compromising a system, an attacker can use 'wevtutil cl' followed by a log name (e.g., 'wevtutil cl System') to clear specific event logs, thereby erasing evidence of their activities. This is a direct and common technique for covering tracks by removing forensic artifacts.
Answer analysis
Option-by-option breakdown
For each option: why learners choose it and why it is or isn't the right answer here.
- ✓
Clearing event logs using wevtutil
Why this is correct
Clearing event logs using `wevtutil` is a direct method of covering tracks by eliminating forensic evidence. The `wevtutil` command-line utility allows an attacker to clear specific Windows Event Logs, such as Security, System, or Application logs, which record system activities, security events, and application errors. By removing these logs, an attacker can erase records of their login attempts, command executions, file accesses, and other malicious actions, significantly hindering incident response and forensic investigations.
- ✗
Exploiting SUID binaries to gain root
Why it's wrong here
Exploiting SUID (Set User ID) binaries to gain root privileges is a technique primarily used for privilege escalation, not for covering tracks. SUID binaries allow a user to execute a program with the permissions of the file owner, typically root, enabling an attacker to gain higher access levels on a Unix-like system. While crucial for an attacker to achieve full control, this action itself does not conceal past activities or remove evidence of the attacker's presence; it merely elevates their current operational capabilities.
- ✓
Installing a rootkit to hide malicious processes
Why this is correct
Installing a rootkit is a highly effective method for covering tracks as it actively hides an attacker's presence and activities from detection. A rootkit modifies the operating system's core functions or userland libraries to conceal malicious processes, files, network connections, and registry entries. By subverting standard system utilities and security software, rootkits make it extremely difficult for administrators or forensic tools to identify the attacker's continued persistence and operations on the compromised system.
- ✓
Using timestomp to modify file timestamps
Why this is correct
Using timestomp to modify file timestamps is a valid technique for covering tracks by manipulating forensic artifacts. Timestomp allows an attacker to alter the Modification, Access, and Creation (MAC) timestamps of files on a compromised system. By changing these timestamps to match legitimate system files or to pre-date the intrusion, an attacker can make newly created or modified malicious files appear less suspicious, thereby blending them into the system and evading detection during forensic analysis.
- ✗
Disabling Windows Defender via Group Policy
Why it's wrong here
Disabling Windows Defender via Group Policy is primarily a defense evasion technique rather than a method for covering tracks after compromise. This action prevents the security software from detecting ongoing or future malicious activity, allowing an attacker to operate with less risk of immediate detection. While it facilitates an attack, it does not retroactively remove evidence of past actions, delete logs, or conceal existing malicious artifacts, which are the core objectives of covering tracks.
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Written by Johnson Ajibi, MSc IT Security
Senior Network & Security Engineer · founder of Courseiva
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