Passing 312-50v13 Score, 312-50v13 Reliable Braindumps

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ECCouncil Certified Ethical Hacker Exam (CEHv13) Sample Questions (Q272-Q277):

NEW QUESTION # 272
Which method best bypasses client-side controls without triggering server-side alarms?

Answer: C

Explanation:
Client-side controls, such as JavaScript validation and CAPTCHA enforcement, are explicitly described in CEH v13 as inherently untrustworthy, since they run on the user's device. The most effective way to bypass them is by intercepting and modifying HTTP requests after client-side validation but before server- side processing.
Using a proxy tool (such as Burp Suite) allows the tester to manipulate parameters invisibly, without disabling JavaScript or injecting code that could raise alarms. This makes Option B the most stealthy and effective method.
Disabling JavaScript (Option A) is noisy and easily detected. Injecting JavaScript (Option C) may trigger client-side protections. Reverse-engineering encryption (Option D) is complex and unnecessary.
CEH v13 emphasizes proxy-based manipulation as the preferred technique for bypassing client-side security mechanisms. Therefore, Option B is correct.


NEW QUESTION # 273
The security administrator of ABC needs to permit Internet traffic in the host 10.0.0.2 and UDP traffic in the host
10.0.0.3. He also needs to permit all FTP traffic to the rest of the network and deny all other traffic. After he applied his ACL configuration in the router, nobody can access the ftp, and the permitted hosts cannot access the Internet. According to the next configuration, what is happening in the network?
access-list 102 deny tcp any any
access-list 104 permit udp host 10.0.0.3 any
access-list 110 permit tcp host 10.0.0.2 eq www any
access-list 108 permit tcp any eq ftp any

Answer: A

Explanation:
https://www.cisco.com/c/en/us/support/docs/ip/access-lists/26448-ACLsamples.html Since the first line prohibits any TCP traffic (access-list 102 deny tcp any any), the lines below will simply be ignored by the router. Below you will find the example from CISCO documentation.
This figure shows that FTP (TCP, port 21) and FTP data (port 20) traffic sourced from NetB destined to NetA is denied, while all other IP traffic is permitted.
FTP uses port 21 and port 20. TCP traffic destined to port 21 and port 20 is denied and everything else is explicitly permitted.
access-list 102 deny tcp any any eq ftp
access-list 102 deny tcp any any eq ftp-data
access-list 102 permit ip any any


NEW QUESTION # 274
A penetration tester is conducting a security assessment for a client and needs to capture sensitive information transmitted across multiple VLANs without being detected by the organization ' s security monitoring systems. The network employs strict VLAN segmentation and port security measures. Which advanced sniffing technique should the tester use to discreetly intercept and analyze traffic across all VLANs?

Answer: C

Explanation:
VLAN hopping is an advanced attack technique described in CEH materials, used to bypass VLAN segmentation by exploiting switch misconfigurations or vulnerabilities. Two primary methods-switch spoofing and double tagging-allow attackers to gain access to traffic from VLANs they are not authorized to view. This technique enables the capture of inter-VLAN traffic without requiring administrative privileges or triggering security tools. Port mirroring requires administrative control and is not an attack method. Rogue DHCP servers target IP assignment, not VLAN segmentation. ARP poisoning is effective only within a single broadcast domain and cannot traverse VLAN boundaries. Because the objective is to silently access multiple VLANs despite enforced segmentation, VLAN hopping is the correct technique as per CEH's network perimeter attack methodology.


NEW QUESTION # 275
You are Michael, an ethical hacker at a New York-based e-commerce company performing a security review of their payment-signing service. While observing the signing process (without access to private keys), you note the service generates a fresh random value for each signature operation, the signature algorithm uses modular arithmetic in a subgroup defined by public domain parameters, and signatures are verified with a public verification key rather than by decrypting the message. Which asymmetric algorithm best matches the signing mechanism you observed?

Answer: B

Explanation:
The observed behavior most closely matches the Digital Signature Algorithm (DSA). The strongest indicators are: (1) a fresh random value is generated for each signature operation, and (2) the math operates in a subgroup defined by public domain parameters using modular arithmetic, and (3) signatures are verified using a public verification key, not by "decrypting" the message.
DSA is a signature-only asymmetric algorithm derived from discrete logarithm principles. It uses public domain parameters commonly represented as (p, q, g), where p is a large prime, q is a prime divisor of p#1, and g is a generator of a subgroup of order q. For each signature, DSA requires a unique per-message secret random number k. This ephemeral k is crucial: reusing it (or generating it predictably) can expose the private key. The scenario's emphasis on "fresh random value for each signature operation" aligns directly with this core DSA requirement.
By contrast, RSA signatures can be implemented in different ways (often involving modular exponentiation with padding) and do not inherently require a fresh random per-signature secret like DSA's k (although some padding schemes may involve randomness). Diffie-Hellman is primarily a key exchange algorithm, not a signing algorithm. ElGamal can be used for signatures and also uses randomness, but the mention of
"subgroup defined by public domain parameters" and the classic per-signature random value requirement most strongly aligns with the standard description of DSA used in many security curricula and assessments.
Therefore, based on the signature process characteristics described, the best match is A. DSA.


NEW QUESTION # 276
Which of the following DoS tools is used to attack target web applications by starvation of available sessions on the web server?
The tool keeps sessions at halt using never-ending POST transmissions and sending an arbitrarily large content-length header value.

Answer: A


NEW QUESTION # 277
......

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