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EC-Council 312-50v13 Exam Actual Questions
Certified Ethical Hacker v13 (Page 24 )

Updated On: 31-Jul-2026
Page 24 of 133
PDF with 1065 Questions

In the process of implementing a network vulnerability assessment strategy for a tech company, the security analyst is confronted with the following scenarios: 1) A legacy application is discovered on the network, which no longer receives updates from the vendor. 2) Several systems in the network are found running outdated versions of web browsers prone to distributed attacks. 3) The network firewall has been configured using default settings and passwords. 4) Certain TCP/IP protocols used in the organization are inherently insecure. The security analyst decides to use vulnerability scanning software.
Which of the following limitations of vulnerability assessment should the analyst be most cautious about in this context?

  1. Vulnerability scanning software cannot define the impact of an identified vulnerability on different business operations
  2. Vulnerability scanning software is not immune to software engineering flaws that might lead to serious vulnerabilities being missed
  3. Vulnerability scanning software is limited in its ability to detect vulnerabilities at a given point in time
  4. Vulnerability scanning software is limited in its ability to perform live tests on web applications to detect errors or unexpected behavior

Answer(s): A

Explanation:

A is correct because vulnerability scanning software typically does not assess how identified vulnerabilities impact specific business operations, which can lead to misprioritization of remediation efforts.
Vulnerability assessment tools are invaluable in identifying potential weaknesses; however, they often generate results without contextualizing the effects on business operations. Each vulnerability's severity can vary drastically depending on the operational impact, affected assets, and business priorities. Therefore, a significant vulnerability may be deemed less critical if it concerns a non-critical legacy application, while a lower-severity vulnerability in a business-critical application could have severe repercussions. This gap can result in inadequate risk management strategies, as organizations may misallocate security resources based on the scan results rather than understanding business-critical vulnerabilities.
Evaluation of Other Options:
B: Vulnerability scanning software is not immune to software engineering flaws that might lead to serious vulnerabilities being missed.
While true, this limitation exists for many software products and does not specifically address the operational context in which vulnerabilities might manifest. Understanding business implications is crucial for effective risk management.
C: Vulnerability scanning software is limited in its ability to detect vulnerabilities at a given point in time. Although it is accurate that scans only provide a snapshot, this limitation encompasses all assessments and does not focus on the nuanced impact on the business, thus falling short of the core issue presented.
D: Vulnerability scanning software is limited in its ability to perform live tests on web applications to detect errors or unexpected behavior. Although this is a concrete limitation, it primarily touches upon the technical capabilities of the scanning tools. It does not address the broader issue of understanding business-centric implications, which is critical for managing vulnerabilities effectively.
References:
https://www.cisa.gov/publications-library/guides/guide-technical-failure-vulnerability-scanning https://www.nist.gov/publications/vulnerability-management-guide https://www.sans.org/white-papers/40145/


Reference:

References:
https://www.cisa.gov/publications-library/guides/guide-technical-failure-vulnerability-scanning https://www.nist.gov/publications/vulnerability-management-guide https://www.sans.org/white-papers/40145/



In your cybersecurity class, you are learning about common security risks associated with web servers. One topic that comes up is the risk posed by using default server settings.
Why is using default settings on a web server considered a security risk, and what would be the best initial step to mitigate this risk?

  1. Default settings allow unlimited login attempts; setup account lockout
  2. Default settings reveal server software type; change these settings
  3. Default settings cause server malfunctions; simplify the settings
  4. Default settings enable auto-updates; disable and manually patch

Answer(s): B

Explanation:

Using default settings revealing server software type is a significant security risk because it exposes the server to targeted attacks based on known vulnerabilities associated with that software.
Default configurations often expose sensitive information, including the type and version of the web server and applications running on it. Attackers can leverage this information to exploit specific vulnerabilities or to craft targeted attacks. Changing these settings enhances security by obscuring the technology stack used, thereby reducing the information available to potential attackers.
Option A is incorrect as while unlimited login attempts pose risks, it does not directly relate to the exposure of the server software information; merely implementing account lockout policies won't address broader risks arising from default software disclosure. Option C misses the mark by implying that simplifying settings inherently solves security issues; in reality, complexities in configuration must be carefully considered to maintain security integrity. Option D incorrectly suggests that disabling auto-updates could be a valid security strategy; this practice undermines the maintenance of up-to-date security patches crucial for protecting against vulnerabilities.
In summary, while each option addresses relevant security concerns, only option B directly engages with the significant risk posed by default server settings concerning the exposure of server software types.
References:
https://owasp.org/www-project-top-ten/ https://www.sans.org/white-papers/34015/ https://www.ncsc.gov.uk/collection/10-steps-to-cyber-security


Reference:

References:
https://owasp.org/www-project-top-ten/ https://www.sans.org/white-papers/34015/ https://www.ncsc.gov.uk/collection/10-steps-to-cyber-security



As a junior security analyst for a small business, you are tasked with setting up the company's first wireless network. The company wants to ensure the network is secure from potential attacks. Given that the company's workforce is relatively small and the need for simplicity in managing network security, which of the following measures would you consider a priority to protect the network?

  1. Hide the network SSID
  2. Enable WPA2 or WPA3 encryption on the wireless router
  3. Implement a MAC address whitelist
  4. Establish a regular schedule for changing the network password

Answer(s): B

Explanation:

Enabling WPA2 or WPA3 encryption on the wireless router is the most effective measure to secure the wireless network.
WPA2 and WPA3 provide robust encryption protocols that protect data transmitted over the wireless network, significantly reducing the risk of interception by unauthorized parties. This encryption ensures confidentiality and integrity of sensitive information, making it more difficult for attackers to eavesdrop on wireless communications. Additionally, these protocols support advanced security features like protected management frames and stronger key management, further enhancing overall network security.
Critical Evaluation of Other Measures:

A: Hide the network SSID: While hiding the SSID may reduce visibility to casual users, it is not a reliable security measure. Advanced attackers can still detect hidden SSIDs and using SSID cloaking provides a false sense of security without encrypting the data being transmitted.
C: Implement a MAC address whitelist: This practice may seem beneficial but can be cumbersome to manage, especially in a dynamic work environment. MAC addressing is also susceptible to spoofing, where attackers can mimic a legitimate device's MAC address to access the network, thus undermining its effectiveness.
D: Establish a regular schedule for changing the network password: Though periodically changing passwords is advisable, it may not be practical for a small workforce and does not directly enhance encryption or secure communications. Without robust encryption in place, frequent password changes will not effectively protect against most wireless attacks.
In summary, the foundational security of wireless networks relies heavily on robust encryption methods like WPA2 or WPA3, rendering it the most critical priority for establishing a secure wireless environment.
https://www.cisa.gov/publications-library/resources-cybersecurity-topics/faq-wifi-security https://www.nist.gov/publications/wifi-security-best-practices https://www.securitymetrics.com/blog/how-secure-wireless-environment-0



During a reconnaissance mission, an ethical hacker uses Maltego, a popular footprinting tool, to collect information about a target organization. The information includes the target's Internet infrastructure details (domains, DNS names, Netblocks, IP address information). The hacker decides to use social engineering techniques to gain further information.
Which of the following would be the least likely method of social engineering to yield beneficial information based on the data collected?

  1. Dumpster diving in the target company's trash bins for valuable printouts
  2. Impersonating an ISP technical support agent to trick the target into providing further network details
  3. Shoulder surfing to observe sensitive credentials input on the target’s computers
  4. Eavesdropping on internal corporate conversations to understand key topics

Answer(s): C

Explanation:

C is correct because shoulder surfing relies on physical proximity and is less likely to yield beneficial information compared to the other methods.
Reasoning: Shoulder surfing requires the hacker to be in a direct line of sight with the target, limiting the opportunities and effectiveness in comparison to more sophisticated methods such as impersonation or eavesdropping. The approach is inherently risky, and the likelihood of being caught while attempting this form of social engineering diminishes its practical utility. Consequently, the method does not leverage the extensive reconnaissance capabilities enabled by tools like Maltego, which provide digital insights into the organization's structure.
Evaluation of Other Options:

A: Dumpster diving: This method can yield a wealth of unfiltered, sensitive information such as internal documents, passwords, and business plans. Printed documents may contain rich intelligence about organizational practices and personnel.
B: Impersonating an ISP technical support agent: This approach utilizes established trust dynamics, as individuals are generally conditioned to comply with authority figures in technical contexts. Effective impersonation can facilitate the gathering of critical network details without immediate suspicion.
D: Eavesdropping: Accessing internal conversations can provide direct insights into ongoing projects, challenges, or vulnerabilities. This method capitalizes on the natural flow of information among employees, often revealing more than what would be available through formal channels.
Overall, while many social engineering techniques can be effective, shoulder surfing stands out as the least impactful concerning the reconnaissance datasets collected via Maltego.
References:
https://www.sans.org/white-papers/38519/ https://www.informationsecuritybuzz.com/articles/understanding-social-engineering-attacks/ https://www.csoonline.com/article/3173844/social-engineering-what-you-need-to-know.html


Reference:

References:
https://www.sans.org/white-papers/38519/ https://www.informationsecuritybuzz.com/articles/understanding-social-engineering-attacks/ https://www.csoonline.com/article/3173844/social-engineering-what-you-need-to-know.html



An organization has been experiencing intrusion attempts despite deploying an Intrusion Detection System (IDS) and Firewalls. As a Certified Ethical Hacker, you are asked to reinforce the intrusion detection process and recommend a better rule-based approach. The IDS uses Snort rules and the new recommended tool should be able to complement it. You suggest using YARA rules with an additional tool for rule generation.
Which of the following tools would be the best choice for this purpose and why?

  1. yarGen - Because it generates YARA rules from strings identified in malware files while removing strings that also appear in goodware files
  2. Koodous - Because it combines social networking with antivirus signatures and YARA rules to detect malware
  3. YaraRET - Because it helps in reverse engineering Trojans to generate YARA rules
  4. AutoYara - Because it automates the generation of YARA rules from a set of malicious and benign files

Answer(s): D

Explanation:

D is correct because AutoYara automates the generation of YARA rules from sets of both malicious and benign files, enhancing the ability to accurately detect and classify threats.
Reasoning: AutoYara's automation streamlines the rule creation process, which mitigates human error and inefficiencies that typically arise in manual rule writing. By leveraging both malicious and benign datasets, AutoYara ensures that the generated rules are robust against false positives, thereby improving intrusion detection fidelity when paired with Snort. This enhances an organization's overall security posture.
Critical Evaluation of Other Options:

A: yarGen : While yarGen generates YARA rules using strings from malware, its focus on removing strings found in goodware can result in overly restrictive rules. This may lead to missed detections of nuanced malicious behaviors that do not manifest through identified strings alone, rendering it less effective in diverse environments.
B: Koodous : Although Koodous integrates community knowledge with antivirus signatures and YARA rules, its reliance on social networking may lead to variability in detection performance. The community-driven model can sometimes introduce biases based on user reports, which may not comprehensively address unique organizational threats.
C: YaraRET : YaraRET is beneficial for reverse engineering, but its primary application is focused on analyzing existing malware. This focused approach does not inherently contribute to the proactive generation of YARA rules necessary for real-time intrusion detection, restricting its effectiveness in a dynamic threat landscape.
References:
1. https://virustotal.github.io/yara/ 2. https://github.com/VirusTotal/yara 3. https://detectify.com/resources/yara-rules-101/


Reference:

References:
1. https://virustotal.github.io/yara/ 2. https://github.com/VirusTotal/yara 3. https://detectify.com/resources/yara-rules-101/



During an attempt to perform an SQL injection attack, a certified ethical hacker is focusing on the identification of database engine type by generating an ODBC error. The ethical hacker, after injecting various payloads, finds that the web application returns a standard, generic error message that does not reveal any detailed database information.
Which of the following techniques would the hacker consider next to obtain useful information about the underlying database?

  1. Utilize a blind injection technique that uses time delays or error signatures to extract information
  2. Try to insert a string value where a number is expected in the input field
  3. Attempt to compromise the system through OS-level command shell execution
  4. Use the UNION operator to combine the result sets of two or more SELECT statements

Answer(s): A

Explanation:

A: Utilize a blind injection technique that uses time delays or error signatures to extract information.
Justification
Blind SQL injection is a technique employed when explicit error messages are absent. It enables the ethical hacker to infer data from the database by manipulating query responses, specifically through time delays that indicate true or false conditions.
Evaluation of Options
B: Try to insert a string value where a number is expected in the input field While this method often leads to type conversion errors, it is primarily effective when the input mechanism provides detailed feedback on the error types. Given the context where only generic messages are provided, this approach would likely yield little to no beneficial information about the database system used.
C: Attempt to compromise the system through OS-level command shell execution This action would involve escalating privileges or exploiting misconfigurations, rather than focusing on extracting data about the database engine. It's a higher-risk strategy that exceeds the immediate goal of identifying the database type.
D: Use the UNION operator to combine the result sets of two or more SELECT statements The UNION operator's effectiveness hinges on the ability to discern database schema details or visible output resulting from valid SQL queries. In scenarios where only generic errors are returned, utilizing the UNION operator offers minimal returns without prior identification of column types and counts.


Reference:

https://www.owasp.org/index.php/SQL_Injection https://www.acs.com.hk/en/products/1518/acr38-smart-card-reader/ https://portswigger.net/web-security/sql-injection



During an ethical hacking engagement, you have been assigned to evaluate the security of a large organization's network.
While examining the network traffic, you notice numerous incoming requests on various ports from different locations that show a pattern of an orchestrated attack. Based on your analysis, you deduce that the requests are likely to be automated scripts being run by unskilled hackers.
What type of hacker classification does this scenario most likely represent?

  1. Script Kiddies trying to compromise the system using pre-made scripts.
  2. Gray Hats testing system vulnerabilities to help vendors improve security.
  3. White Hats conducting penetration testing to identify security weaknesses.
  4. Black Hats trying to exploit system vulnerabilities for malicious intent.

Answer(s): A

Explanation:

A is correct because Script Kiddies utilize accessible automated tools and scripts to exploit vulnerabilities without comprehensive knowledge of the underlying technology.
The scenario describes an orchestrated attack characterized by repetitive, automated requests from various locations, indicative of a lack of sophisticated customization often found in more experienced hackers. Script Kiddies embody this behavior as they depend on pre-made tools and scripts, enabling them to launch attacks without understanding the technical intricacies involved. Their reliance on such tools often leads to a higher frequency and lower success rate of attacks compared to more skilled hackers.
Evaluation of Other Options:
B: Gray Hats may perform security testing without consent but typically possess more technical knowledge and motivations aligned with improving security rather than merely causing disturbances. The automated nature of the attacks implies a lack of intent to assist organizations, which distinguishes them from Gray Hats.
C: White Hats are ethical hackers who conduct penetration testing with explicit permission to identify and remediate vulnerabilities. The described scenario lacks consent from the organization for the attacks, reinforcing that the actors do not fall into this category.
D: Black Hats exploit vulnerabilities for malicious intent, often with a deeper understanding of system weaknesses than demonstrated in this scenario. The simplistic approach of running automated scripts suggests an entry-level understanding, diverging from the calculated strategy usually seen in Black Hat activities.
References:
https://www.infosecwriteups.com/what-are-script-kiddies-6648777d701f https://owasp.org/www-community/WhiteHat_BlackHat_GrayHat https://www.cyber.gov.au/acsc/view-all-content/publications/differences-between-white-hat-and-black-hat-hackers


Reference:

References:
https://www.infosecwriteups.com/what-are-script-kiddies-6648777d701f https://owasp.org/www-community/WhiteHat_BlackHat_GrayHat https://www.cyber.gov.au/acsc/view-all-content/publications/differences-between-white-hat-and-black-hat-hackers



Your company suspects a potential security breach and has hired you as a Certified Ethical Hacker to investigate. You discover evidence of footprinting through search engines and advanced Google hacking techniques. The attacker utilized Google search operators to extract sensitive information. You further notice queries that indicate the use of the Google Hacking Database (CHDB) with an emphasis on VPN footprinting.
Which of the following Google advanced search operators would be the LEAST useful in providing the attacker with sensitive VPN-related information?

  1. location: This operator finds information for a specific location
  2. inurl: This operator restricts the results to only the pages containing the specified word in the URL
  3. link: This operator searches websites or pages that contain links to the specified website or page
  4. intitle: This operator restricts results to only the pages containing the specified term in the title

Answer(s): A

Explanation:

A is correct because the "location:" operator is least relevant for extracting sensitive VPN-related information.
The "location:" operator primarily narrows the search results to a specific geographical region, which does not inherently correlate with the retrieval of VPN-related details. In contrast, the other operators directly focus on web content that is more structured around the specificity of data retrieval.
Evaluation of Other Options:
B: inurl: This operator is highly pertinent as it enables attackers to locate URLs containing VPN-specific terms, leading to potential sensitive resources or login pages that could be exploited.
C: link: While the "link:" operator finds pages that link to a specified site, it can reveal information regarding how VPN servers are discussed or referenced online, potentially leading to exploitable routes or unguarded vulnerabilities associated with those links.
D: intitle: The "intitle:" operator is crucial in refining search results to documents or pages focused on VPN topics, enhancing the likelihood of uncovering specific vulnerabilities or sensitive information directly within titles of web pages.
In summary, the "location:" operator serves a more peripheral role in the context of VPN footprinting, whereas the other operators offer more direct avenues for extracting sensitive data associated with VPN vulnerabilities.
References:
https://owasp.org/www-community/attacks/Google_Hacking https://www.exploit-db.com/google-hacking-database https://www.cyber.gov.au/acsc/view-all-content/publications/google-hacking-exposed


Reference:

References:
https://owasp.org/www-community/attacks/Google_Hacking https://www.exploit-db.com/google-hacking-database https://www.cyber.gov.au/acsc/view-all-content/publications/google-hacking-exposed



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