A network security administrator is standardizing wireless security protocols and access controls across corporate offices, remote sites, and guest facilities. Match each wireless security protocol or access control mechanism on the left with its primary technical function on the right.
- EAP-TLSEnforces mutual authentication by requiring X.509 digital certificates on both the client device and authentication server.
- SAE (Simultaneous Authentication of Equals)Replaces traditional pre-shared key handshakes in WPA3 to mitigate offline dictionary and password-guessing attacks.
- RADIUS ServerActs as the central authentication authority in an 802.1X framework, validating credentials against an enterprise directory.
- Captive PortalIntercepts unauthenticated web traffic on open networks to present a login page or terms-of-service agreement.
Cevap
EAP-TLS matches with enforcing mutual authentication via digital certificates on both client and server; SAE matches with replacing pre-shared key handshakes in WPA3 to protect against offline dictionary attacks; RADIUS Server matches with acting as the central authentication authority in an 802.1X enterprise framework; Captive Portal matches with intercepting unauthenticated web traffic on guest networks to present a web login or acceptance page.
Each protocol or mechanism directly corresponds to its core functional purpose: EAP-TLS leverages dual X.509 certificates for mutual authentication; SAE uses the Dragonfly protocol in WPA3-Personal to resist dictionary attacks; RADIUS provides backend authentication services in 802.1X deployment models; and a Captive Portal redirects unauthenticated browser traffic to a web landing page.
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Anahtar Kavram
Wireless Authentication Protocols and Enterprise Security Controls