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Use guest email delivery settings to replace WLC web-auth configuration. This action does not repair the identified failure. Mixing local form handling and external redirect policy can prevent visitors from completing the login. Instead, align controller captive portal settings and ISE policy with one supported authentication model. For the specific situation, a network upgrade moves captive authentication from controller-local forms to an ISE portal without updating policy.

Assume every controller automatically treats a local web portal as an ISE central portal. This action does not repair the identified failure. Mixing local form handling and external redirect policy can prevent visitors from completing the login. Instead, align controller captive portal settings and ISE policy with one supported authentication model. For the specific situation, a network upgrade moves captive authentication from controller-local forms to an ISE portal without updating policy.

Enable both conflicting redirects without testing priority. This action does not repair the identified failure. Mixing local form handling and external redirect policy can prevent visitors from completing the login. Instead, align controller captive portal settings and ISE policy with one supported authentication model. For the specific situation, a network upgrade moves captive authentication from controller-local forms to an ISE portal without updating policy.

This does not implement the required control for Captive portal certificate hostname and client trust. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login.

Assume any certificate from a trusted CA is valid for every DNS hostname. This alternative overlooks a required prerequisite or targets the wrong function. HTTPS portal trust requires a certificate valid for the hostname users actually visit. The relevant evidence is portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead the intended policy action is install a valid trusted portal certificate with matching FQDN and correct DNS and redirect address.

This observation cannot verify Captive portal certificate hostname and client trust. HTTPS portal trust requires a certificate valid for the hostname users actually visit.

This observation cannot verify Captive portal certificate hostname and client trust. Check portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access.

This observation cannot verify Captive portal certificate hostname and client trust. A browser theme label without a current authorization trace.

A successful switch port link signal always proves the device identity and policy were verified. This generalization is not valid for Captive portal certificate hostname and client trust. Instead hTTPS portal trust requires a certificate valid for the hostname users actually visit. Verify the actual state using portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

All Cisco ISE administration and policy personas perform exactly the same service. This generalization is not valid for Captive portal certificate hostname and client trust. Instead hTTPS portal trust requires a certificate valid for the hostname users actually visit. Verify the actual state using portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

A policy display name alone is the complete source of enforcement state. This generalization is not valid for Captive portal certificate hostname and client trust. Instead hTTPS portal trust requires a certificate valid for the hostname users actually visit. Verify the actual state using portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

This unrelated assertion does not explain the Captive portal certificate hostname and client trust problem. The relevant risk is that ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login.

This unrelated assertion does not explain the Captive portal certificate hostname and client trust problem. Check portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access.

This unrelated assertion does not explain the Captive portal certificate hostname and client trust problem. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

Assume any certificate from a trusted CA is valid for every DNS hostname. This action does not repair the identified failure. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead, fix certificate binding and portal FQDN then test TLS validation on representative devices. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

Disable HTTPS verification instead of correcting the redirected name. This action does not repair the identified failure. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead, fix certificate binding and portal FQDN then test TLS validation on representative devices. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

Instruct all visitors to ignore captive portal TLS warnings permanently. This action does not repair the identified failure. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead, fix certificate binding and portal FQDN then test TLS validation on representative devices. For the specific situation, guest devices report a browser certificate-name warning when redirected to a captive portal on an unexpected FQDN.

Assume any certificate from a trusted CA is valid for every DNS hostname. This alternative overlooks a required prerequisite or targets the wrong function. HTTPS portal trust requires a certificate valid for the hostname users actually visit. The relevant evidence is portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

This does not implement the required control for Captive portal certificate hostname and client trust. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

This observation cannot verify Captive portal certificate hostname and client trust. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

This observation cannot verify Captive portal certificate hostname and client trust. A device hostname alone without the policy result or authenticated source.

This observation cannot verify Captive portal certificate hostname and client trust. A current login screenshot from a completely unrelated ISE deployment.

A policy display name alone is the complete source of enforcement state. This generalization is not valid for Captive portal certificate hostname and client trust. Instead hTTPS portal trust requires a certificate valid for the hostname users actually visit. Verify the actual state using portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

A successful switch port link signal always proves the device identity and policy were verified. This generalization is not valid for Captive portal certificate hostname and client trust. Instead hTTPS portal trust requires a certificate valid for the hostname users actually visit. Verify the actual state using portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

Every RADIUS Access-Accept grants unrestricted access to all applications. This generalization is not valid for Captive portal certificate hostname and client trust. Instead hTTPS portal trust requires a certificate valid for the hostname users actually visit. Verify the actual state using portal URL hostname, certificate SAN and issuer, DNS resolution, browser TLS warning and portal access. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

This unrelated assertion does not explain the Captive portal certificate hostname and client trust problem. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

This unrelated assertion does not explain the Captive portal certificate hostname and client trust problem. The only result is an unrelated portal background color change.

This unrelated assertion does not explain the Captive portal certificate hostname and client trust problem. A correctly recorded TACACS command audit caused the preceding security violation.

Disable HTTPS verification instead of correcting the redirected name. This action does not repair the identified failure. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead, fix certificate binding and portal FQDN then test TLS validation on representative devices. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

Instruct all visitors to ignore captive portal TLS warnings permanently. This action does not repair the identified failure. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead, fix certificate binding and portal FQDN then test TLS validation on representative devices. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.

Assume any certificate from a trusted CA is valid for every DNS hostname. This action does not repair the identified failure. Ignoring a portal hostname mismatch trains guests to bypass certificate warnings or blocks login. Instead, fix certificate binding and portal FQDN then test TLS validation on representative devices. For the specific situation, the portal uses a trusted CA certificate but its SAN does not contain the sponsor-access hostname.