Question

Difficulty: MediumWireless Security Standards and Encryption Protocols

A network administrator is deploying a wireless network for a corporate headquarters. Organization policy requires that every employee authenticate using their individual enterprise user credentials against a central authentication server, preventing the operational overhead and security risk of static pre-shared keys. Which wireless security standard and authentication mechanism should the administrator implement to fulfill these security requirements?

  1. WPA3-Enterprise utilizing 802.1X authentication integrated with a central RADIUS serverAnswer
  2. B
    WPA3-Personal utilizing Simultaneous Authentication of Equals (SAE) linked directly to the central RADIUS server
  3. C
    WPA2-Personal utilizing static pre-shared keys (PSK) alongside TACACS+ for user identity verification
  4. D
    WPA3-Enterprise utilizing SNMPv3 to securely issue and rotate pre-shared keys across client devices

Answer

WPA3-Enterprise utilizing 802.1X authentication integrated with a central RADIUS server is the correct implementation.
WPA3-Enterprise uses the IEEE 802.1X port-based network access control standard to pass authentication requests between clients and an enterprise RADIUS server. This allows every user to log in with individual credentials rather than sharing a passphrase.

Step-by-Step Solution

1
Analyze authentication requirements
Individual user credentials authenticated centrally without shared passphrases.
Security policy explicitly mandates avoiding shared passphrases (pre-shared keys) in favor of unique user credentials.
2
Evaluate wireless security modes
Select WPA3-Enterprise over Personal variants.
Personal modes (WPA2/WPA3-Personal) rely on pre-shared keys (PSK/SAE), while Enterprise modes support 802.1X framework for centralized RADIUS authentication.

Key Concept

WPA3-Enterprise and 802.1X/RADIUS Authentication
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