ECCouncil 312-50v13 Web-Based Practice Test Questions

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ECCouncil Certified Ethical Hacker Exam (CEHv13) Sample Questions (Q289-Q294):

NEW QUESTION # 289
A cyber attacker has initiated a series of activities against a high-profile organization following the Cyber Kill Chain Methodology. The attacker is presently in the "Delivery" stage. As an Ethical Hacker, you are trying to anticipate the adversary's next move. What is the most probable subsequent action from the attacker based on the Cyber Kill Chain Methodology?

Answer: A

Explanation:
The most probable subsequent action from the attacker based on the Cyber Kill Chain Methodology is to exploit the malicious payload delivered to the target organization and establish a foothold. This option works as follows:
* The Cyber Kill Chain Methodology is a framework that describes the stages of a cyberattack from the perspective of the attacker. It helps defenders to understand the attacker's objectives, tactics, and techniques, and to design effective countermeasures. The Cyber Kill Chain Methodology consists of seven stages: reconnaissance, weaponization, delivery, exploitation, installation, command and control, and actions on objectives12.
* The delivery stage is the third stage in the Cyber Kill Chain Methodology, and it involves sending or transmitting the weaponized payload to the target system. The delivery stage can use various methods, such as email attachments, web links, removable media, or network protocols. The delivery stage aims to reach the target system and bypass any security controls, such as firewalls, antivirus, or email filters12.
* The exploitation stage is the fourth stage in the Cyber Kill Chain Methodology, and it involves executing the malicious payload on the target system. The exploitation stage can use various techniques, such as buffer overflows, code injection, or privilege escalation. The exploitation stage aims to exploit a vulnerability or a weakness in the target system and gain access to its resources, such as files, processes, or memory12.
* The installation stage is the fifth stage in the Cyber Kill Chain Methodology, and it involves installing a backdoor or a malware on the target system. The installation stage can use various tools, such as rootkits, trojans, or ransomware. The installation stage aims to establish a foothold on the target system and maintain persistence, which means to survive reboots, updates, or scans12.
Therefore, the most probable subsequent action from the attacker based on the Cyber Kill Chain Methodology is to exploit the malicious payload delivered to the target organization and establish a foothold, because:
* This action follows the logical sequence of the Cyber Kill Chain Methodology, as it is the next stage after the delivery stage.
* This action is consistent with the attacker's goal, as it allows the attacker to gain access and control over the target system and prepare for further actions.
* This action is feasible, as the attacker has already delivered the malicious payload to the target system and may have bypassed some security controls.
The other options are not as probable as option B for the following reasons:
* A. The attacker will attempt to escalate privileges to gain complete control of the compromised system:
This option is possible, but not the most probable, because it is not the next stage in the Cyber Kill Chain Methodology, but rather a technique that can be used in the exploitation stage or the installation stage. Privilege escalation is a method of increasing the level of access or permissions on a system, such as from a normal user to an administrator. Privilege escalation can help the attacker to gain complete control of the compromised system, but it is not a mandatory step, as the attacker may already have sufficient privileges or may use other techniques to achieve the same goal12.
* C. The attacker will initiate an active connection to the target system to gather more data: This option is possible, but not the most probable, because it is not the next stage in the Cyber Kill Chain Methodology, but rather a technique that can be used in the command and control stage or the actions on objectives stage. An active connection is a communication channel that allows the attacker to send commands or receive data from the target system, such as a remote shell or a botnet. An active connection can help the attacker to gather more data from the target system, but it is not a necessary step, as the attacker may already have enough data or may use other techniques to obtain more data12.
* D. The attacker will start reconnaissance to gather as much information as possible about the target:
This option is not probable, because it is not the next stage in the Cyber Kill Chain Methodology, but rather the first stage. Reconnaissance is the process of collecting information about the target, such as its IP address, domain name, network structure, services, vulnerabilities, or employees. Reconnaissance is usually done before the delivery stage, as it helps the attacker to identify the target and plan the attack. Reconnaissance can be done again after the delivery stage, but it is not the most likely action, as the attacker may already have enough information or may focus on other actions12.
References:
* 1: The Cyber Kill Chain: The Seven Steps of a Cyberattack - EC-Council
* 2: Cyber Kill Chain | Lockheed Martin


NEW QUESTION # 290
A penetration tester must enumerate user accounts and network resources in a highly secured Windows environment where SMB null sessions are blocked. Which technique should be used to gather this information discreetly?

Answer: C

Explanation:
CEH v13 explains that when traditional enumeration techniques-such as SMB null sessions-are disabled, attackers often pivot to misconfigured LDAP services that still allow anonymous binding. LDAP anonymous bind, when not properly restricted, exposes directory information such as usernames, organizational units, group memberships, and other metadata. This aligns directly with the scenario, where the tester must avoid triggering alarms while still gathering internal data. LDAP queries generate minimal noise, often blending with normal authentication-related traffic, making them ideal for covert enumeration. Options A and C would require authentication or violate access restrictions, and DNS zone transfers (Option D) rarely succeed because modern DNS servers disable AXFR requests from unauthorized clients. CEH repeatedly stresses the importance of detecting and securing LDAP anonymous bind due to its potential for silent information leakage-making Option B the correct choice.


NEW QUESTION # 291
During a security review for a healthcare provider in Denver, Colorado, Ava examines the header of a suspicious message to map the sender's outbound email infrastructure. Her goal is to identify which specific system on the sender's side processed the message so the team can understand where the transmission originated within that environment. Which detail from the email header should she examine to determine this?

Answer: B

Explanation:
To determine which specific system on the sender's side processed the message, the most relevant email- header detail is the sender's mail server, typically revealed in the chain of Received: headers. Each mail transfer agent (MTA) that handles the message adds a Received line indicating the system that passed the message along and the system that received it. By reviewing these headers from bottom to top (earliest hop upward), analysts can identify the originating outbound infrastructure used by the sender-such as the initial submission server, outbound relay, or gateway that first accepted the email for delivery.
The scenario's goal is to "map the sender's outbound email infrastructure" and identify "which specific system on the sender's side processed the message." That maps more directly to identifying the mail server hostnames involved (the MTAs), because those are the processing systems that relayed the email. While an IP address can help locate a host, the question emphasizes the "specific system" responsible for processing, which is typically expressed as the mail server identity (hostname/domain) shown in header traces. In practice, investigators correlate the sender mail server information with IPs, TLS details, and authentication results, but the primary header clue for the processing system is the server identified in Received lines.
Why the other options are less suitable:
Date and time (A) helps with timeline analysis, not identification of the processing system.
Sender's IP address (C) can indicate a source network, but the message may traverse NAT, relays, or cloud email services; it doesn't always name the processing system.
Authentication system used (D) (e.g., SPF/DKIM/DMARC results) indicates validation outcomes, not which server processed the message.
Therefore, the correct choice is B. Sender's mail server.


NEW QUESTION # 292
A BLE attack captured LL_ENC_REQ and LL_ENC_RSP packets but not the LTK. What is the next step?

Answer: B

Explanation:
In CEH v13 Mobile, IoT, and OT Hacking, Bluetooth Low Energy (BLE) attacks often involve capturing pairing exchanges. If the Long-Term Key (LTK) is not captured, decryption is not immediately possible.
CEH v13 explains that in such cases, attackers may attempt Btlejacking, which hijacks an existing BLE connection rather than decrypting it. This allows command injection and data manipulation without needing the LTK.
Options A and B are incorrect because decryption is not the only attack path. hcitool is for discovery, not exploitation. Therefore, Option D is correct.


NEW QUESTION # 293
If a token and 4-digit personal identification number (PIN) are used to access a computer system and the token performs off-line checking for the correct PIN, what type of attack is possible?

Answer: B

Explanation:
If the token itself (e.g., hardware key or smartcard) performs offline verification of the PIN, it can be physically attacked. An attacker can:
* Steal the token
* Try all possible PIN combinations (0000-9999)
* Bypass limits if no lockout mechanisms exist
This is a brute-force attack - the attacker tries every combination until the correct one is found.
From CEH v13 Courseware:
* Module 6: Malware and Authentication
* Module 20: Identity and Access Management
Incorrect Options:
* A: Birthday attacks are related to hash collisions.
* C: MITM involves intercepting communication, not offline brute-force.
* D: Smurf is a DoS attack, not related to token/PIN systems.
Reference:CEH v13 Study Guide - Module 6: Authentication AttacksOWASP - Hardware Token Security Considerations


NEW QUESTION # 294
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