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| Section | Weight | Objectives |
|---|---|---|
| Cloud and Container Attacks | 10% | - Cloud Computing Concepts
|
| Information Security and Ethical Hacking Overview | 6% | - Ethical Hacking Overview
|
| Malware Threats | 8% | - Malware and Its Types
|
| Wireless Network Attacks | 9% | - Wireless Hacking Methodology
|
| Cryptography and Post-Exploitation | 13% | - Post-Exploitation Techniques
|
| Enumeration | 15% | - Enumeration Concepts
|
| Vulnerability Analysis | 7% | - Vulnerability Assessment Concepts
|
| Reconnaissance Techniques | 21% | - Scanning Networks
|
| Mobile Platform and IoT Attacks | 7% | - Mobile Platform Attack Vectors
|
| System Hacking | 17% | - System Hacking Tools and Countermeasures
|
| Web Application Attacks | 19% | - Web Application Concepts and Attacks
|
| Sniffing and Evasion | 10% | - Network Evasion
|
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NEW QUESTION # 229
A Nessus scan reports a CVSS 9.0 SSH vulnerability allowing remote code execution. What should be immediately prioritized?
Answer: A
Explanation:
CEH v13 states that vulnerabilities with a CVSS score # 9.0 are critical and require immediate containment
. When remote code execution is possible, the system may already be compromised.
The recommended response is to isolate the affected system, preventing lateral movement, then perform a forensic audit before applying patches. Immediate patching without isolation may alert attackers or destroy evidence.
Thus, option D aligns with CEH incident response best practices.
NEW QUESTION # 230
A company's customer data stored in a cloud environment has been exposed due to an unknown vulnerability. Which of the following types of attack most likely led to this incident?
Answer: D
Explanation:
A side-channel attack on the hypervisor exploits underlying virtualization weaknesses to infer or extract data from co-resident virtual machines, which aligns with data exposure caused by an unknown vulnerability in a cloud environment rather than misconfiguration or direct access attacks.
NEW QUESTION # 231
At a cybersecurity consultancy firm in Boston, senior analyst Amanda Liu is called in to assess a malware outbreak affecting a regional healthcare provider. Despite using updated antivirus tools, the security team notices inconsistent detection across infected endpoints. Amanda discovers that while the malicious behavior is consistent, system file tampering and suspicious outbound traffic, each malware sample has a slightly different code structure and fails traditional hash-based comparison. Static analysis reveals that the underlying logic remains unchanged, but the code patterns vary unpredictably across infections. What type of virus is most likely responsible for this behavior?
Answer: C
Explanation:
A polymorphic virus is specifically designed to change its code appearance while keeping the same underlying functionality, which aligns exactly with the scenario. In CEH terms, polymorphism allows malware to mutate its decryptor routine, instruction ordering, register usage, junk code insertion, and other syntactic elements every time it propagates or executes. This causes each instance to look different at the binary level, producing different hashes and signatures, even though the malicious payload and behavior remain the same. That is why the security team sees inconsistent antivirus detection and why "traditional hash- based comparison" fails. The key indicator is that static analysis shows the "underlying logic remains unchanged," but "code patterns vary unpredictably," which is the hallmark of polymorphism: behavior stays consistent, signature changes.
The other options do not fit as well. A cavity virus typically hides by inserting itself into unused spaces within legitimate executable files to avoid changing the overall file size, but it does not inherently generate unpredictable code variants per infection. A macro virus primarily targets macro-enabled documents and spreads through document templates and user actions, which is not suggested here. A stealth virus focuses on evading detection by intercepting system calls and hiding its presence, such as returning "clean" file reads, but it does not necessarily produce many structurally different binaries that break hash matching. Therefore, the most likely cause of the described outbreak is a polymorphic virus.
NEW QUESTION # 232
Ethan works as a penetration tester at CyberGuard Solutions, a cybersecurity consulting firm in Raleigh, North Carolina. During an authorized security assessment of a regional insurance company, Ethan was provided with a set of password hashes to evaluate the strength of employee-generated credentials.
To test resistance against word-based password creation patterns, Ethan supplied a single custom wordlist containing common organizational terms and department names into his cracking tool. The tool automatically generated password candidates by linking multiple entries from that same list in varying combinations before attempting to match them against the hashes.
This approach proved highly effective against passwords formed by concatenating familiar words.
Which of the following password-cracking techniques is Ethan using?
Answer: A
Explanation:
The correct answer is A. PRINCE Attack.
The key clue is that Ethan uses one custom wordlist, and the cracking tool automatically generates candidates by linking multiple entries from that same list. This matches the PRINCE Attack, which builds password candidates by chaining words from a single input list. It is effective against passwords made by concatenating familiar words, such as company names, departments, project names, or common internal terms.
CEH-aligned password-cracking material explains that attackers often exploit weak password habits such as dictionary words and predictable combinations. It also describes dictionary attacks, brute-force attacks, hybrid attacks, syllable attacks, rule-based attacks, rainbow tables, and distributed password recovery as common password-cracking methods .
Option B. Combinator Attack is close, but it traditionally combines words from two separate wordlists. The scenario specifically says Ethan supplied a single custom wordlist.
Option C. Markov-Chain Attack is incorrect because Markov attacks generate candidates based on statistical character-probability models, not by chaining whole words from one list.
Option D. Fingerprint Attack is incorrect because fingerprint attacks build candidates based on observed password structures or patterns, not specifically by concatenating entries from one wordlist.
Therefore, the best answer is A. PRINCE Attack.
NEW QUESTION # 233
In a large organization, a network security analyst discovered a series of packet captures that seem unusual.
The network operates on a switched Ethernet environment. The security team suspects that an attacker might be using a sniffer tool. Which technique could the attacker be using to successfully carry out this attack, considering the switched nature of the network?
Answer: D
Explanation:
A sniffer tool is a software or hardware device that can capture and analyze network traffic. In a switched Ethernet environment, where each port on a switch is connected to a single device, a sniffer tool can only see the traffic that is destined for or originated from the device it is attached to. However, an attacker can use various techniques to overcome this limitation and sniff the traffic of other devices on the same network. One of these techniques is MAC flooding, which exploits the finite memory of the switch's MAC address table.
The attacker sends a large number of frames with different source MAC addresses to the switch, which fills up the MAC address table and causes the switch to enter a fail-open mode, where it broadcasts all incoming frames to all ports, regardless of the destination MAC address. This way, the attacker can see all the traffic on the network and capture it with a sniffer tool.
The other options are less likely or less effective techniques for sniffing a switched Ethernet network.
Compromising physical security to plug into the network directly may allow the attacker to sniff the traffic of the device they are connected to, but not the traffic of other devices on the network. Using a Trojan horse with in-built sniffing capability may allow the attacker to sniff the traffic of the infected device, but not the traffic of other devices on the network, unless the Trojan horse also performs MAC flooding or other techniques to bypass the switch. Using passive sniffing, which involves listening to the network traffic without sending any packets, may provide significant stealth advantages, but it does not help the attacker to see the traffic of other devices on the network, unless the switch is already in fail-open mode or the attacker uses other techniques to induce it. References:
* Sniffing: A Beginners Guide In 4 Important Points
* How can I run a packet sniffer on a Router or Switch
* Detection of Sniffers in an Ethernet Network
NEW QUESTION # 234
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