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Delete user identity validation because the endpoint is a smartphone. This action does not repair the identified failure. Treating every guest phone as corporate BYOD can grant persistent access without approved employee ownership. Instead, select the proper portal and device group then validate employee and visitor policy boundaries. For the specific situation, a visitor's personal tablet is accidentally classified as a registered employee device after portal login.

Assume any personal phone on Wi-Fi is a managed employee device. This action does not repair the identified failure. Treating every guest phone as corporate BYOD can grant persistent access without approved employee ownership. Instead, select the proper portal and device group then validate employee and visitor policy boundaries. For the specific situation, a visitor's personal tablet is accidentally classified as a registered employee device after portal login.

Give all guest visitors employee BYOD certificates without authentication. This action does not repair the identified failure. Treating every guest phone as corporate BYOD can grant persistent access without approved employee ownership. Instead, select the proper portal and device group then validate employee and visitor policy boundaries. For the specific situation, a visitor's personal tablet is accidentally classified as a registered employee device after portal login.

Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. This does not implement the required control for BYOD native supplicant provisioning flow.

That option would disable EAP-TLS and leave every BYOD client on an open SSID, but it addresses a different concern. BYOD onboarding can transition a personal device from provisional access into configured native supplicant and certificate authentication.

Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead the intended policy action is implement approved BYOD portal redirection, Network Setup Assistant provisioning and certificate-based reconnection where supported.

This observation cannot verify BYOD native supplicant provisioning flow. BYOD onboarding can transition a personal device from provisional access into configured native supplicant and certificate authentication.

This observation cannot verify BYOD native supplicant provisioning flow. For the specific situation, an employee enters a personal laptop on the onboarding SSID but no supplicant configuration is installed after login.

This observation cannot verify BYOD native supplicant provisioning flow. Check registration portal history, NSA installation, supplicant configuration, issued certificate and final EAP-TLS session.

This generalization is not valid for BYOD native supplicant provisioning flow. Instead bYOD onboarding can transition a personal device from provisional access into configured native supplicant and certificate authentication.

This generalization is not valid for BYOD native supplicant provisioning flow. For the specific situation, an employee enters a personal laptop on the onboarding SSID but no supplicant configuration is installed after login.

This generalization is not valid for BYOD native supplicant provisioning flow. Verify the actual state using registration portal history, NSA installation, supplicant configuration, issued certificate and final EAP-TLS session.

This unrelated assertion does not explain the BYOD native supplicant provisioning flow problem. The relevant risk is that completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access.

This unrelated assertion does not explain the BYOD native supplicant provisioning flow problem. For the specific situation, an employee enters a personal laptop on the onboarding SSID but no supplicant configuration is installed after login.

This unrelated assertion does not explain the BYOD native supplicant provisioning flow problem. Check registration portal history, NSA installation, supplicant configuration, issued certificate and final EAP-TLS session.

Disable EAP-TLS and leave every BYOD client on an open SSID. This action does not repair the identified failure. Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead, repair provisioning flow and verify a new device reconnects using its installed authorized certificate. For the specific situation, an employee enters a personal laptop on the onboarding SSID but no supplicant configuration is installed after login.

Issue the same static device secret to all employees. This action does not repair the identified failure. Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead, repair provisioning flow and verify a new device reconnects using its installed authorized certificate. For the specific situation, an employee enters a personal laptop on the onboarding SSID but no supplicant configuration is installed after login.

Treat browser registration success as proof the operating system trust store was configured. This action does not repair the identified failure. Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead, repair provisioning flow and verify a new device reconnects using its installed authorized certificate. For the specific situation, an employee enters a personal laptop on the onboarding SSID but no supplicant configuration is installed after login.

Disable EAP-TLS and leave every BYOD client on an open SSID. This alternative overlooks a required prerequisite or targets the wrong function. BYOD onboarding can transition a personal device from provisional access into configured native supplicant and certificate authentication. The relevant evidence is registration portal history, NSA installation, supplicant configuration, issued certificate and final EAP-TLS session. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Use the supported approach: implement approved BYOD portal redirection, Network Setup Assistant provisioning and certificate-based reconnection where supported.

This observation cannot verify BYOD native supplicant provisioning flow. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

This observation cannot verify BYOD native supplicant provisioning flow. A successful ICMP echo that does not test the required identity-service workflow.

This observation cannot verify BYOD native supplicant provisioning flow. A browser theme label without a current authorization trace.

This generalization is not valid for BYOD native supplicant provisioning flow. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

This generalization is not valid for BYOD native supplicant provisioning flow. All Cisco ISE administration and policy personas perform exactly the same service.

This generalization is not valid for BYOD native supplicant provisioning flow. A policy display name alone is the complete source of enforcement state.

This unrelated assertion does not explain the BYOD native supplicant provisioning flow problem. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

This unrelated assertion does not explain the BYOD native supplicant provisioning flow problem. A correctly recorded TACACS command audit caused the preceding security violation.

This unrelated assertion does not explain the BYOD native supplicant provisioning flow problem. Inspecting a correct endpoint certificate generated the original directory outage.

Issue the same static device secret to all employees. This action does not repair the identified failure. Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead, repair provisioning flow and verify a new device reconnects using its installed authorized certificate. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

Treat browser registration success as proof the operating system trust store was configured. This action does not repair the identified failure. Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead, repair provisioning flow and verify a new device reconnects using its installed authorized certificate. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.

Disable EAP-TLS and leave every BYOD client on an open SSID. This action does not repair the identified failure. Completing a web form alone does not prove that a device was provisioned for stronger enterprise wireless access. Instead, repair provisioning flow and verify a new device reconnects using its installed authorized certificate. For the specific situation, a new wireless BYOD program expects future EAP-TLS authentication but only captive portal credentials are collected.