A. Cross-site request forgery (CSRF): This is a web security vulnerability that allows an attacker to induce users to perform actions that they do not intend to perform. It targets web applications and is not related to breaking wireless encryption. B. Dragonblood: This is a vulnerability that was found in the WPA3 Wi-Fi security standard. It consists of a set of issues that affect WPA3's Simultaneous Authentication of Equals (SAE) handshake (also known as Dragonfly), which is a part of the protocol meant to improve upon the security of WPA2. C. Key reinstallation attack (KRACK): This refers to a security flaw in the WPA2 protocol that allows attackers to intercept and decrypt Wi-Fi traffic between wireless devices and the targeted Wi-Fi network. This would not be relevant to WPA3, which is designed to mitigate such vulnerabilities that were present in WPA2. D. AP misconfiguration: This refers to improper setup or configuration errors made on wireless access points. While this could potentially include errors in implementing WPA3, AP misconfiguration is a broad term that doesn't specifically target WPA3's encryption.

B. Dragonblood

B. Dragonblood

B. Dragonblood

B. Dragonblood Like 312-50v11 Q224 same as tc5899 CEH V12 Module16 P2510

B- Dragonblood is a set of vulnerabilities in the WPA3 security standard that allows attackers to recover keys, downgrade security mechanisms, and launch various information-theft attacks Attackers can use various tools, such as Dragonslayer, Dragonforce, Dragondrain, and Dragontime, to exploit these vulnerabilities and launch attacks on WPA3-enabled networks. CEH v11 manual. pg. 2322

C. Key reinstallation attack WPA3 is the latest encryption protocol for wireless networks and is considered more secure than its predecessor, WPA2. However, WPA3 is still susceptible to the Key Reinstallation Attack (KRACK), which is a vulnerability that allows attackers to intercept and manipulate network traffic. In a KRACK attack, an attacker exploits a flaw in the WPA3 protocol that allows them to reinstall an already-in-use key. This can enable the attacker to decrypt, replay, or manipulate network traffic, which can compromise the security of the network.