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Use only a policy rule display name without checking matched conditions. This action does not repair the identified failure. Fixing an identity store cannot by itself repair an incorrect VLAN or dACL authorization match. Instead, correct the authorization rule or result and verify live RADIUS authorization attributes. For the specific situation, an operations team modifies the identity store to repair an access rejection that actually comes from the selected authorization profile.

Assume Access-Accept always means unlimited campus network connectivity. This action does not repair the identified failure. Fixing an identity store cannot by itself repair an incorrect VLAN or dACL authorization match. Instead, correct the authorization rule or result and verify live RADIUS authorization attributes. For the specific situation, an operations team modifies the identity store to repair an access rejection that actually comes from the selected authorization profile.

Remove user password checks because the assigned ACL blocks an app. This action does not repair the identified failure. Fixing an identity store cannot by itself repair an incorrect VLAN or dACL authorization match. Instead, correct the authorization rule or result and verify live RADIUS authorization attributes. For the specific situation, an operations team modifies the identity store to repair an access rejection that actually comes from the selected authorization profile.

This does not implement the required control for WLC to ISE RADIUS shared secret and source address. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret.

Use the user's password as the WLC-to-ISE RADIUS shared secret. This alternative overlooks a required prerequisite or targets the wrong function. RADIUS authentication requires the actual network access device to be recognized and share the expected secret. The relevant evidence is wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

This observation cannot verify WLC to ISE RADIUS shared secret and source address. RADIUS authentication requires the actual network access device to be recognized and share the expected secret.

This observation cannot verify WLC to ISE RADIUS shared secret and source address. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

This observation cannot verify WLC to ISE RADIUS shared secret and source address. Check wLC RADIUS source address, ISE network device entry, shared-secret validation and live log.

All Cisco ISE administration and policy personas perform exactly the same service. This generalization is not valid for WLC to ISE RADIUS shared secret and source address. Instead rADIUS authentication requires the actual network access device to be recognized and share the expected secret. Verify the actual state using wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

A captive portal page automatically changes network authorization on every active NAD session without signaling. This generalization is not valid for WLC to ISE RADIUS shared secret and source address. Instead rADIUS authentication requires the actual network access device to be recognized and share the expected secret. Verify the actual state using wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

A MAC address is a cryptographic proof of endpoint device ownership. This generalization is not valid for WLC to ISE RADIUS shared secret and source address. Instead rADIUS authentication requires the actual network access device to be recognized and share the expected secret. Verify the actual state using wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

This unrelated assertion does not explain the WLC to ISE RADIUS shared secret and source address problem. The relevant risk is that a valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret.

This unrelated assertion does not explain the WLC to ISE RADIUS shared secret and source address problem. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

This unrelated assertion does not explain the WLC to ISE RADIUS shared secret and source address problem. Check wLC RADIUS source address, ISE network device entry, shared-secret validation and live log.

Use the user's password as the WLC-to-ISE RADIUS shared secret. This action does not repair the identified failure. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead, correct NAD registration and source interface then verify one wireless EAP exchange. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

Disable all wireless authentication when one controller address changes. This action does not repair the identified failure. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead, correct NAD registration and source interface then verify one wireless EAP exchange. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

Register only a friendly controller name while its RADIUS source IP is different. This action does not repair the identified failure. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead, correct NAD registration and source interface then verify one wireless EAP exchange. For the specific situation, a wireless LAN controller sends 802.1X requests but ISE reports unknown network device or invalid shared secret.

Use the user's password as the WLC-to-ISE RADIUS shared secret. This alternative overlooks a required prerequisite or targets the wrong function. RADIUS authentication requires the actual network access device to be recognized and share the expected secret. The relevant evidence is wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead the intended policy action is register the correct WLC RADIUS client IP and shared secret with supported server and controller settings.

This does not implement the required control for WLC to ISE RADIUS shared secret and source address. Use the supported approach: register the correct WLC RADIUS client IP and shared secret with supported server and controller settings.

This observation cannot verify WLC to ISE RADIUS shared secret and source address. A device hostname alone without the policy result or authenticated source.

This observation cannot verify WLC to ISE RADIUS shared secret and source address. A successful ICMP echo that does not test the required identity-service workflow.

This observation cannot verify WLC to ISE RADIUS shared secret and source address. A browser theme label without a current authorization trace.

A MAC address is a cryptographic proof of endpoint device ownership. This generalization is not valid for WLC to ISE RADIUS shared secret and source address. Instead rADIUS authentication requires the actual network access device to be recognized and share the expected secret. Verify the actual state using wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

All Cisco ISE administration and policy personas perform exactly the same service. This generalization is not valid for WLC to ISE RADIUS shared secret and source address. Instead rADIUS authentication requires the actual network access device to be recognized and share the expected secret. Verify the actual state using wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

A policy display name alone is the complete source of enforcement state. This generalization is not valid for WLC to ISE RADIUS shared secret and source address. Instead rADIUS authentication requires the actual network access device to be recognized and share the expected secret. Verify the actual state using wLC RADIUS source address, ISE network device entry, shared-secret validation and live log. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

This unrelated assertion does not explain the WLC to ISE RADIUS shared secret and source address problem. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

This unrelated assertion does not explain the WLC to ISE RADIUS shared secret and source address problem. A correctly recorded TACACS command audit caused the preceding security violation.

This unrelated assertion does not explain the WLC to ISE RADIUS shared secret and source address problem. Inspecting a correct endpoint certificate generated the original directory outage.

Disable all wireless authentication when one controller address changes. This action does not repair the identified failure. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead, correct NAD registration and source interface then verify one wireless EAP exchange. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

Register only a friendly controller name while its RADIUS source IP is different. This action does not repair the identified failure. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead, correct NAD registration and source interface then verify one wireless EAP exchange. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.

Use the user's password as the WLC-to-ISE RADIUS shared secret. This action does not repair the identified failure. A valid endpoint username cannot compensate for an unknown NAD or mismatched RADIUS secret. Instead, correct NAD registration and source interface then verify one wireless EAP exchange. For the specific situation, a controller uses a different RADIUS source interface after failover and one PSN stops recognizing it.