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Zorluk: OrtaWireless Security Standards and Encryption Protocols

A financial firm is upgrading the wireless infrastructure across its corporate headquarters to comply with updated security policies. The engineering team must implement a wireless architecture that enforces centralized, individual user authentication against an existing RADIUS server and utilizes 256-bit Galois/Counter Mode Protocol (GCMP-256) for data confidentiality. Which wireless security deployment combination directly fulfills these mandate requirements?

  1. WPA3-Enterprise utilizing 802.1X authentication with GCMP-256 encryptionCevap
  2. B
    WPA3-Personal utilizing Simultaneous Authentication of Equals (SAE) with GCMP-256 encryption
  3. C
    WPA2-Enterprise utilizing TACACS+ authentication with CCMP-128 encryption
  4. D
    WPA3-Enterprise utilizing Pre-Shared Key (PSK) authentication with TKIP encryption

Cevap

WPA3-Enterprise utilizing 802.1X authentication with GCMP-256 encryption
The correct deployment is WPA3-Enterprise utilizing 802.1X authentication with GCMP-256 encryption. WPA3-Enterprise integrates with 802.1X/EAP frameworks to pass user credentials to an enterprise RADIUS server for centralized, per-user authentication. Combined with GCMP-256, it ensures strong cryptographic protection and confidentiality for all client traffic.

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1
Identify the authentication requirement
Individual credential validation against a RADIUS server requires 802.1X authentication (Enterprise mode), ruling out Personal/PSK modes.
Enterprise modes decouple authentication by leveraging an Extensible Authentication Protocol (EAP) framework connected to a backend RADIUS server.
2
Identify the encryption cipher requirement
Selecting WPA3-Enterprise with GCMP-256 satisfies the modern 256-bit encryption mandate.
GCMP-256 provides authenticated cryptographic protection and is a standard option in modern WPA3 enterprise implementations.

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Wireless Security Standards and Encryption Protocols
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