Transit-authority officers roam between platform APs while staying on a secure enterprise SSID. Which AKM-related construct specifically supports fast secure handoffs under 802.11r?
Select an answer to reveal the explanation.
Short Explanation
Full 802.1X every time you walk ten feet is like re-badgeing at every subway turnstile. 802.11r FT keeps a key hierarchy so the next AP can finish a fast, still-secure handshake instead of restarting the whole novel.
Full Explanation
802.11r Fast BSS Transition defines an FT key hierarchy and handshakes so stations can roam securely with reduced latency versus repeating full EAP each time. Removing ciphers, relying on captive-portal cookies, or reverting to WEP are not FT AKM designs and weaken security. Transit and public-safety mobility designs should keep FT in the secure-roaming toolkit rather than trading cryptography for perceived speed.