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ECCouncil Certified Ethical Hacker Exam (CEHv13) Sample Questions (Q304-Q309):

NEW QUESTION # 304
What is correct about digital signatures?

A. Digital signatures are issued once for each user and can be used everywhere until they expire.
B. A digital signature cannot be moved from one signed document to another because it is a plain hash of the document content.
C. Digital signatures may be used in different documents of the same type.
D. A digital signature cannot be moved from one signed document to another because it is the hash of the original document encrypted with the private key of the signing party.

Answer: D

Explanation:
A digital signature is created by hashing the document and encrypting that hash with the sender's private key.
Since the hash is specific to the original content, any change to the document invalidates the signature, making it non-transferable to another document.
Reference - CEH v13 Official Study Guide:
Module 20: Cryptography
Quote:
"Digital signatures are based on hashing the document and signing the digest with the private key. This makes each signature unique to the document and ensures tamper resistance." Incorrect Options:
B). Incorrect - signature is tied to one document.
C). Hashes are not plain; they are encrypted.
D). Keys can be reused, but signatures are document-specific.

NEW QUESTION # 305
John, a security analyst working for an organization, found a critical vulnerability on the organization's LAN that allows him to view financial and personal information about the rest of the employees. Before reporting the vulnerability, he examines the information shown by the vulnerability for two days without disclosing any information to third parties or other internal employees. He does so out of curiosity about the other employees and may take advantage of this information later.
What would John be considered as?

A. Gray hat
B. White hat
C. Cybercriminal
D. Black hat

Answer: A

Explanation:
In CEH v13 Module 01: Introduction to Ethical Hacking, Gray Hat hackers are described as those who operate between ethical and unethical lines:
Gray Hat Characteristics:
Discover vulnerabilities without permission.
May explore or exploit them without malicious intent, but also without authorization.
May or may not disclose them after exploration.
Not fully black hat (malicious), nor white hat (authorized and ethical).
In this case, John explored sensitive employee data without authorization, even though he worked for the organization. That behavior places him in the gray hat category.
Option Clarification:
A). Cybercriminal: Generally linked to criminal activities for gain.
B). Black hat: Unauthorized access with malicious or financial intent.
C). White hat: Authorized ethical hackers.
D). Gray hat: Correct - Unauthorized, curious access without immediate harm.
Reference:
Module 01 - Hacker Types: Black Hat, White Hat, and Gray Hat
CEH eBook: Case Examples of Gray Hat Behavior

NEW QUESTION # 306
Insecure direct object reference is a type of vulnerability where the application does not verify if the user is authorized to access the internal object via its name or key. Suppose a malicious user Rob tries to get access to the account of a benign user Ned.
Which of the following requests best illustrates an attempt to exploit an insecure direct object reference vulnerability?

A. "GET /restricted/ HTTP/1.1 Host: westbank.com
B. "GET /restricted/ %00account%00Ned%00access HTTP/1.1 Host: westbank.com"
C. "GET /restricted/accounts/?name=Ned HTTP/1.1 Host westbank.com"
D. "GET /restricted/goldtransfer?to=Rob&from=1 or 1=1' HTTP/1.1Host: westbank.com"

Answer: C

Explanation:
This question shows a classic example of an IDOR vulnerability. Rob substitutes Ned's name in the "name" parameter and if the developer has not fixed this vulnerability, then Rob will gain access to Ned's account.
Below you will find more detailed information about IDOR vulnerability.
Insecure direct object references (IDOR) are a cybersecurity issue that occurs when a web application developer uses an identifier for direct access to an internal implementation object but provides no additional access control and/or authorization checks. For example, an IDOR vulnerability would happen if the URL of a transaction could be changed through client-side user input to show unauthorized data of another transaction.
Most web applications use simple IDs to reference objects. For example, a user in a database will usually be referred to via the user ID. The same user ID is the primary key to the database column containing user information and is generated automatically. The database key generation algorithm is very simple: it usually uses the next available integer. The same database ID generation mechanisms are used for all other types of database records.
The approach described above is legitimate but not recommended because it could enable the attacker to enumerate all users. If it's necessary to maintain this approach, the developer must at least make absolutely sure that more than just a reference is needed to access resources. For example, let's say that the web application displays transaction details using the following URL:
* https://www.example.com/transaction.php?id=74656
A malicious hacker could try to substitute the id parameter value 74656 with other similar values, for example:
* https://www.example.com/transaction.php?id=74657
The 74657 transaction could be a valid transaction belonging to another user. The malicious hacker should not be authorized to see it. However, if the developer made an error, the attacker would see this transaction and hence we would have an insecure direct object reference vulnerability.

NEW QUESTION # 307
The Payment Card Industry Data Security Standard (PCI DSS) contains six different categories of control objectives. Each objective contains one or more requirements, which must be followed in order to achieve compliance. Which of the following requirements would best fit under the objective, "Implement strong access control measures"?

A. Assign a unique ID to each person with computer access.
B. Regularly test security systems and processes.
C. Use and regularly update anti-virus software on all systems commonly affected by malware.
D. Encrypt transmission of cardholder data across open, public networks.

Answer: A

NEW QUESTION # 308
What is the least important information when you analyze a public IP address in a security alert?

A. ARP
B. DNS
C. Geolocation
D. Whois

Answer: A

Explanation:
In CEH v13 Module 02: Footprinting and Reconnaissance, and Module 03: Scanning Networks, several tools and techniques are introduced for analyzing public IP addresses when investigating a security alert.
Let's evaluate the options:
A). DNS: Domain Name System (DNS) is essential in mapping IPs to domains. Reverse DNS lookups can reveal if the IP is associated with a malicious domain, and forward lookups can confirm legitimacy.
B). Whois: WHOIS records are crucial for identifying IP ownership, registration data, and abuse contacts. It helps assess if the IP belongs to a known threat actor or suspicious hosting provider.
C). Geolocation: Helps you understand where the IP is physically located. If the IP is in a country known for cybercrime or doesn't match your user's location, it raises red flags.
D). ARP (Address Resolution Protocol): # ARP is local to Layer 2 and works only within a LAN (Local Area Network). ARP cannot resolve or analyze public IP addresses which operate in Layer 3 of the OSI model.
Thus, ARP is the least relevant when analyzing a public IP address, as it deals with MAC-to-IP mapping only in local environments.
Reference:
Module 02 - Public IP Analysis Tools (WHOIS, DNS, IP Lookup)
CEH iLabs: IP Attribution and Threat Hunting using WHOIS & Geolocation

NEW QUESTION # 309
......

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