NEW 312-50V13 EXAM BOOTCAMP - 312-50V13 RELIABLE PRACTICE QUESTIONS

New 312-50v13 Exam Bootcamp - 312-50v13 Reliable Practice Questions

New 312-50v13 Exam Bootcamp - 312-50v13 Reliable Practice Questions

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Free PDF 2025 312-50v13: Certified Ethical Hacker Exam (CEHv13) –High Pass-Rate New Exam Bootcamp

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ECCouncil Certified Ethical Hacker Exam (CEHv13) Sample Questions (Q159-Q164):

NEW QUESTION # 159
Clark is a professional hacker. He created and configured multiple domains pointing to the same host to switch quickly between the domains and avoid detection.
Identify the behavior of the adversary In the above scenario.

  • A. Data staging
  • B. Unspecified proxy activities
  • C. Use of DNS tunneling
  • D. use of command-line interface

Answer: B

Explanation:
A proxy server acts as a gateway between you and therefore the internet. It's an intermediary server separating end users from the websites they browse. Proxy servers provide varying levels of functionality, security, and privacy counting on your use case, needs, or company policy.If you're employing a proxy server, internet traffic flows through the proxy server on its thanks to the address you requested. A proxy server is essentially a computer on the web with its own IP address that your computer knows. once you send an internet request, your request goes to the proxy server first. The proxy server then makes your web request on your behalf, collects the response from the online server, and forwards you the online page data so you'll see the page in your browser.


NEW QUESTION # 160
A well-resourced attacker intends to launch a highly disruptive DDoS attack against a major online retailer.
The attacker aims to exhaust all the network resources while keeping their identity concealed. Their method should be resistant to simple defensive measures such as IP-based blocking. Based on these objectives, which of the following attack strategies would be most effective?

  • A. The attacker should initiate a volumetric flood attack using a single compromised machine to overwhelm the retailer's network bandwidth
  • B. The attacker should instigate a protocol-based SYN flood attack, consuming connection state tables on the retailer's servers
  • C. The attacker should leverage a botnet to launch a Pulse Wave attack, sending high-volume traffic pulses at regular intervals
  • D. The attacker should execute a simple ICMP flood attack from a single IP, exploiting the retailer's ICMP processing

Answer: B

Explanation:
A Pulse Wave attack is a type of DDoS attack that uses a botnet to send high-volume traffic pulses at regular intervals, typically lasting for a few minutes each. The attacker can adjust the frequency and duration of the pulses to maximize the impact and evade detection. A Pulse Wave attack can exhaust the network resources of the target, as well as the resources of any DDoS mitigation service that the target may use. A Pulse Wave attack can also conceal the attacker's identity, as the traffic originates from multiple sources that are part of the botnet. A Pulse Wave attack can bypass simple defensive measures, such as IP-based blocking, as the traffic can appear legitimate and vary in source IP addresses.
The other options are less effective or feasible for the attacker's objectives. A protocol-based SYN flood attack is a type of DDoS attack that exploits the TCP handshake process by sending a large number of SYN requests to the target server, without completing the connection. This consumes the connection state tables on the server, preventing it from accepting new connections. However, a SYN flood attack can be easily detected and mitigated by using SYN cookies or firewalls. A SYN flood attack can also expose the attacker's identity, as the source IP addresses of the SYN requests can be traced back to the attacker. An ICMP flood attack is a type of DDoS attack that sends a large number of ICMP packets, such as ping requests, to the target server, overwhelming its ICMP processing capacity. However, an ICMP flood attack from a single IP can be easily blocked by using IP-based filtering or disabling ICMP responses. An ICMP flood attack can also reveal the attacker's identity, as the source IP address of the ICMP packets can be identified. A volumetric flood attack is a type of DDoS attack that sends a large amount of traffic to the target server, saturating its network bandwidth and preventing legitimate users from accessing it. However, a volumetric flood attack using a single compromised machine may not be sufficient to overwhelm the network bandwidth of a major online retailer, as the attacker's machine may have limited bandwidth itself. A volumetric flood attack can also be detected and mitigated by using traffic shaping or rate limiting techniques. References:
* Pulse Wave DDoS Attacks: What You Need to Know
* DDoS Attack Prevention: 7 Effective Mitigation Strategies
* DDoS Attack Types: Glossary of Terms
* DDoS Attacks: What They Are and How to Protect Yourself
* DDoS Attack Prevention: How to Protect Your Website


NEW QUESTION # 161
A sophisticated attacker targets your web server with the intent to execute a Denial of Service (DoS) attack.
His strategy involves a unique mixture of TCP SYN, UDP, and ICMP floods, using 'r' packets per second.
Your server, reinforced with advanced security measures, can handle 'h' packets per second before it starts showing signs of strain. If 'r' surpasses 'h', it overwhelms the server, causing it to become unresponsive. In a peculiar pattern, the attacker selects 'r' as a composite number and 'h' as a prime number, making the attack detection more challenging. Considering 'r=2010' and different values for 'h', which of the following scenarios would potentially cause the server to falter?

  • A. h=1999 (prime): Despite the attacker's packet flood, the server can handle these requests, remaining responsive
  • B. h=1993 (prime): Despite being less than 'r', the server's prime number capacity keeps it barely operational, but the risk of falling is imminent
  • C. h=2003 (prime): The server can manage more packets than the attacker is sending, hence it stays operational
  • D. h=1987 (prime): The attacker's packet rate exceeds the server's capacity, causing potential unresponsiveness

Answer: D

Explanation:
A Denial of Service (DoS) attack is a type of cyberattack that aims to make a machine or network resource unavailable to its intended users by flooding it with traffic or requests that consume its resources. A TCP SYN flood attack is a type of DoS attack that exploits the TCP handshake process by sending a large number of SYN requests to the target server, without completing the connection. A UDP flood attack is a type of DoS attack that sends a large number of UDP packets to random ports on the target server, forcing it to check for the application listening at that port and reply with an ICMP packet. An ICMP flood attack is a type of DoS attack that sends a large number of ICMP packets, such as ping requests, to the target server, overwhelming its ICMP processing capacity.
The attacker's strategy involves a unique mixture of TCP SYN, UDP, and ICMP floods, using 'r' packets per second. The server can handle 'h' packets per second before it starts showing signs of strain. If 'r' surpasses
'h', it overwhelms the server, causing it to become unresponsive. The attacker selects 'r' as a composite number and 'h' as a prime number, making the attack detection more challenging. This is because prime numbers are less predictable and more difficult to factorize than composite numbers, which may hinder the analysis of the attack pattern.
Considering 'r=2010' and different values for 'h', the scenario that would potentially cause the server to falter is the one where 'h=1987' (prime). This is because 'r' is greater than 'h' by 23 packets per second, which means the server cannot handle the incoming traffic and will eventually run out of resources. The other scenarios would not cause the server to falter, as 'h' is either greater than or very close to 'r', which means the server can either manage or barely cope with the incoming traffic. References:
* What is a denial-of-service (DoS) attack? | Cloudflare
* Denial-of-Service (DoS) Attack: Examples and Common Targets - Investopedia
* DDoS Attack Types: Glossary of Terms
* What is a Denial of Service (DoS) Attack? | Webopedia


NEW QUESTION # 162
Which of the following tools are used for enumeration? (Choose three.)

  • A. USER2SID
  • B. DumpSec
  • C. SID2USER
  • D. Cheops
  • E. SolarWinds

Answer: A,B,C


NEW QUESTION # 163
in an attempt to increase the security of your network, you Implement a solution that will help keep your wireless network undiscoverable and accessible only to those that know It. How do you accomplish this?

  • A. Remove all passwords
  • B. Disable SSID broadcasting
  • C. Delete the wireless network
  • D. Lock all users

Answer: B

Explanation:
The SSID (service set identifier) is the name of your wireless network. SSID broadcast is how your router transmits this name to surrounding devices. Its primary function is to make your network visible and easily accessible. Most routers broadcast their SSIDs automatically. To disable or enable SSID broadcast, you need to change your router's settings.
Disabling SSID broadcast will make your Wi-FI network name invisible to other users. However, this only hides the name, not the network itself. You cannot disguise the router's activity, so hackers can still attack it.
With your network invisible to wireless devices, connecting becomes a bit more complicated. Just giving a Wi-FI password to your guests is no longer enough. They have to configure their settings manually by including the network name, security mode, and other relevant info.
Disabling SSID might be a small step towards online security, but by no means should it be your final one.
Before considering it as a security measure, consider the following aspects:
- Disabling SSID broadcast will not hide your network completely
Disabling SSID broadcast only hides the network name, not the fact that it exists. Your router constantly transmits so-called beacon frames to announce the presence of a wireless network. They contain essential information about the network and help the device connect.
- Third-party software can easily trace a hidden network
Programs such as NetStumbler or Kismet can easily locate hidden networks. You can try using them yourself to see how easy it is to find available networks - hidden or not.
- You might attract unwanted attention.
Disabling your SSID broadcast could also raise suspicion. Most of us assume that when somebody hides something, they have a reason to do so. Thus, some hackers might be attracted to your network.


NEW QUESTION # 164
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