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Event and move confirm correct DFS handling. It does not compare association distribution and throughput after steering.

Review client adapter capability and successful 5GHz association. It does not compare association distribution and throughput after steering.

Area throughput validates the dense RF tradeoff.

Regulatory radar protection supersedes static channel preference. That does not establish band choice is not optimized for supported clients.

Legacy radios cannot discover unsupported 6GHz bands. 6GHz connectivity requires suitable client radio and regulatory support. The missing change involves band choice is not optimized for supported clients.

Wide channels reduce usable nonoverlapping channel choices. That does not establish band choice is not optimized for supported clients.

Reduce channel width where dense deployments need more independent channels would not meet the need for credential management.

Using an appropriate omnidirectional antenna or distributed AP plan would not meet the need for credential management.

Keeping a common enterprise SSID while allowing each radio its distinct BSSID would not meet the need for credential management.

Area throughput validates the dense RF tradeoff. That check cannot demonstrate revoke one test user while confirming another account remains connected.

Changed BSSID with stable service confirms roaming. That check cannot demonstrate revoke one test user while confirming another account remains connected.

Both classes functioning in their intended policy zones validate migration. That check cannot demonstrate revoke one test user while confirming another account remains connected.

Directional radiation pattern misses clients around the AP. That does not establish shared PSK authentication cannot selectively revoke one user.

BSSIDs identify individual radios even where SSID names match. That does not establish shared PSK authentication cannot selectively revoke one user.

Some legacy devices do not support WPA3 and block instant cutover.

Adjusting placement and applicable RTS/CTS or RF cell design would not configure an isolated guest SSID with captive portal and restricted routing.

Using DFS-compliant operation or plan a suitable non-DFS channel if needed would not configure an isolated guest SSID with captive portal and restricted routing.

Using supported centrally managed lightweight APs and controller policy would not configure an isolated guest SSID with captive portal and restricted routing.

Lower collision rate supports the hidden-node diagnosis. That check cannot demonstrate accept portal and test internet versus internal printer reachability.

Event and move confirm correct DFS handling. That check cannot demonstrate accept portal and test internet versus internal printer reachability.

Push a controlled policy change and inspect adoption across the fleet. That check cannot demonstrate accept portal and test internet versus internal printer reachability.

Hidden-station behavior causes collisions at the receiver. That does not establish guest access lacks captive acknowledgement and segmentation.

Regulatory radar protection supersedes static channel preference. That does not establish guest access lacks captive acknowledgement and segmentation.

Antenna pattern does not concentrate power toward the far endpoint. The missing change involves guest access lacks captive acknowledgement and segmentation.

Using a dedicated segmented guest PSK or portal design separate from managed corporate Wi-Fi would not keep a common enterprise SSID while allowing each radio its distinct BSSID.

Using supported centrally managed lightweight APs and controller policy would not keep a common enterprise SSID while allowing each radio its distinct BSSID.

Using an appropriate omnidirectional antenna or distributed AP plan would not keep a common enterprise SSID while allowing each radio its distinct BSSID.

Separate access with blocked internal routes confirms guest design. It does not observe one client moving across APs and BSSID changes without losing service.

Push a controlled policy change and inspect adoption across the fleet. It does not observe one client moving across APs and BSSID changes without losing service.

That test concerns 2.4ghz channel overlap rather than the specific reported condition. Changed BSSID with stable service confirms roaming.

Enterprise authentication infrastructure is unavailable for casual guests. That does not establish bSSIDs identify individual radios even where SSID names match.

Directional radiation pattern misses clients around the AP. That does not establish bSSIDs identify individual radios even where SSID names match.

Shared PSK authentication cannot selectively revoke one user. That does not establish bSSIDs identify individual radios even where SSID names match.