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Zorluk: KolayWireless Security Standards and Encryption Protocols

Match each wireless security standard on the left with its primary encryption cipher or key exchange protocol on the right.

  • WEP (Wired Equivalent Privacy)RC4 stream cipher with a 24-bit IV
  • WPA2 (Wi-Fi Protected Access 2)AES-CCMP cipher block chaining
  • WPA3 (Wi-Fi Protected Access 3)SAE (Simultaneous Authentication of Equals) with GCMP-256

Cevap

WEP matches RC4 stream cipher with a 24-bit IV; WPA2 matches AES-CCMP cipher block chaining; WPA3 matches SAE with GCMP-256.
Each security standard uniquely aligns with its defining cryptographic architecture: legacy WEP uses weak RC4 with a 24-bit IV, WPA2 standardizes robust AES-CCMP, and modern WPA3 mandates SAE key agreement alongside GCMP-256.

Adım Adım Çözüm

1
Identify the encryption mechanism for WEP.
WEP relies on RC4 stream cipher with a short 24-bit IV.
WEP is a legacy 802.11 security protocol known for cryptographic flaws due to small IV size.
2
Identify the encryption mechanism for WPA2.
WPA2 mandates AES-CCMP.
AES-CCMP provides reliable data integrity and confidentiality in WPA2 wireless deployments.
3
Identify the primary protocol and cipher suite for WPA3.
WPA3 uses SAE key exchange along with GCMP-256 encryption.
WPA3 introduces SAE to prevent dictionary attacks and upgrades encryption to GCMP.

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Wireless Security Standards and Encryption Protocols
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Wireless Security Standards and Encryption Protocols

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