McAfee Secure

Cisco 300-715 Bundle

Exam Code: 300-715

Exam Name Implementing and Configuring Cisco Identity Services Engine (300-715 SISE)

Certification Provider: Cisco

Corresponding Certification: CCNP Security

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Cisco 300-715 Practice Test 47

Question 460

A security policy owner must resolve this specific case: A campus asks students to register personal laptops using the same wireless SSID for onboarding and later EAP-TLS access, but planners assume two SSIDs are mandatory. What is the most suitable solution within these constraints?

  1. Design an ISE BYOD identity and device-registration flow that classifies personal devices and returns a separate restricted authorization role.
  2. Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions.
  3. Use a supported My Devices registration workflow and restricted network role for an eligible non-supplicant personal device.
  4. Correct the switch's supported redirection attributes, DNS access, and portal identity for the current ISE BYOD PSNs.

Explanation

Correct Answer

B:

Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions. This is appropriate because iSE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly. It should be verified by this evidence: A new laptop completes enrollment and reconnects securely on the intended single SSID.

Incorrect Answers

A:

Both VMs report distinct addresses and ISE assigns the correct independent endpoint records and policies. The repeat risk here is different: a registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization. A directly relevant preventive control is: Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions.

C:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The repeat risk here is different: a registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization. A directly relevant preventive control is: Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions.

D:

Test certificate issuance and policy mapping separately from initial portal login. The repeat risk here is different: a registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization. A directly relevant preventive control is: Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions.

Question 461

A network identity engineer receives the following requirement: A campus asks students to register personal laptops using the same wireless SSID for onboarding and later EAP-TLS access, but planners assume two SSIDs are mandatory. Which platform distinction is decisive in this scenario?

  1. Registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration.
  2. Cisco ISE end-user portals run on PSNs; the PAN configures them but is not a substitute for every portal runtime service.
  3. ISE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly.
  4. The bootstrap credential authorizes enrollment; subsequent EAP-TLS access requires an issued device or user certificate and configured supplicant.

Explanation

Correct Answer

C:

ISE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly. This behavior directly governs the stated requirement. The recommended action is: Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions. The acceptance result is: A new laptop completes enrollment and reconnects securely on the intended single SSID.

Incorrect Answers

A:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The actual fault is governed by a different mechanism: a new laptop completes enrollment and reconnects securely on the intended single SSID. The needed response is: ISE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly.

B:

The smart display appears under the employee's registered devices and receives only its permitted limited network authorization. The actual fault is governed by a different mechanism: a new laptop completes enrollment and reconnects securely on the intended single SSID. The needed response is: ISE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly.

D:

Maintain OS-specific BYOD enrollment tests as mobile versions change. The actual fault is governed by a different mechanism: a new laptop completes enrollment and reconnects securely on the intended single SSID. The needed response is: ISE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly.

Question 462

An enterprise access-control incident describes: A campus asks students to register personal laptops using the same wireless SSID for onboarding and later EAP-TLS access, but planners assume two SSIDs are mandatory. Which acceptance test would directly establish the desired state?

  1. The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist.
  2. A registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization.
  3. A new laptop completes enrollment and reconnects securely on the intended single SSID.
  4. A newly provisioned device authenticates through either intended PSN and an unknown CA is rejected.

Explanation

Correct Answer

C:

A new laptop completes enrollment and reconnects securely on the intended single SSID. The required remediation is: Use a supported single-SSID BYOD flow with the correct initial redirect, provisioning steps, and post-enrollment authorization transitions. It works because iSE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly.

Incorrect Answers

A:

A new laptop completes enrollment and reconnects securely on the intended single SSID. The offered choice instead concerns a different principle: the phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. Those technical conditions are not interchangeable.

B:

A new laptop completes enrollment and reconnects securely on the intended single SSID. The offered choice instead concerns a different principle: a registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization. Those technical conditions are not interchangeable.

D:

A new laptop completes enrollment and reconnects securely on the intended single SSID. The offered choice instead concerns a different principle: Install and validate the authorized CA chain and appropriate certificate authentication profile across participating PSNs. Those technical conditions are not interchangeable.

Question 463

In a staged Cisco ISE network access rollout, the team observes: A campus asks students to register personal laptops using the same wireless SSID for onboarding and later EAP-TLS access, but planners assume two SSIDs are mandatory. Which governance step most directly targets the root cause?

  1. Verify effective network restrictions for every personal-device authorization profile.
  2. Test both unregistered and enrolled device states before enabling single-SSID BYOD.
  3. Exercise portal availability separately from administrative configuration failover.
  4. Include BYOD ownership transfer in employee departure and asset handoff checklists.

Explanation

Correct Answer

B:

Test both unregistered and enrolled device states before enabling single-SSID BYOD. This control addresses recurrence of the observed failure. The governing behavior is: ISE BYOD can use one SSID for onboarding and secure access if its policy phases and device configuration are designed accordingly. The ongoing acceptance check remains: A new laptop completes enrollment and reconnects securely on the intended single SSID.

Incorrect Answers

A:

Verify effective network restrictions for every personal-device authorization profile. In the case being tested, a new laptop completes enrollment and reconnects securely on the intended single SSID. The necessary acceptance evidence is: Test both unregistered and enrolled device states before enabling single-SSID BYOD.

C:

Exercise portal availability separately from administrative configuration failover. In the case being tested, a new laptop completes enrollment and reconnects securely on the intended single SSID. The necessary acceptance evidence is: Test both unregistered and enrolled device states before enabling single-SSID BYOD.

D:

Resolve and verify the prior ownership and registration state through authorized endpoint management before allowing a new user to register it. In the case being tested, a new laptop completes enrollment and reconnects securely on the intended single SSID. The necessary acceptance evidence is: Test both unregistered and enrolled device states before enabling single-SSID BYOD.

Question 464

At a distributed Cisco ISE deployment, a security review finds: A college separates guest onboarding from certificate-based personal-device access on two WLANs, but both SSIDs use the same unrestricted guest VLAN after provisioning. Which change is justified by the observed evidence?

  1. Create explicit BYOD authorization conditions and enforce a limited role or dACL at the NAD.
  2. Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies.
  3. Design an ISE BYOD identity and device-registration flow that classifies personal devices and returns a separate restricted authorization role.
  4. Assign an appropriate native supplicant provisioning profile and supported onboarding instructions by operating system.

Explanation

Correct Answer

B:

Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies. This is appropriate because two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls. It should be verified by this evidence: The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate.

Incorrect Answers

A:

Test every BYOD state transition with the actual wireless or wired access device. The repeat risk here is different: a new laptop completes enrollment and reconnects securely on the intended single SSID. A directly relevant preventive control is: Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies.

C:

Both VMs report distinct addresses and ISE assigns the correct independent endpoint records and policies. The repeat risk here is different: a new laptop completes enrollment and reconnects securely on the intended single SSID. A directly relevant preventive control is: Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies.

D:

Run onboarding with the actual limited-access ACL and DNS view used by new devices. The repeat risk here is different: a new laptop completes enrollment and reconnects securely on the intended single SSID. A directly relevant preventive control is: Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies.

Question 465

An ISE administrator troubleshoots the following: A college separates guest onboarding from certificate-based personal-device access on two WLANs, but both SSIDs use the same unrestricted guest VLAN after provisioning. What mechanism governs this authentication or management outcome?

  1. Two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls.
  2. BYOD native supplicant provisioning is not supported on all device types, while My Devices can register otherwise eligible non-supplicant endpoints.
  3. BYOD authorization evaluates the person and registered device state; employee identity alone does not imply a personal tablet meets corporate laptop trust requirements.
  4. A certificate authority signs credentials centrally; access switches validate EAP/RADIUS outcomes and do not require possession of the CA private key.

Explanation

Correct Answer

A:

Two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls. This behavior directly governs the stated requirement. The recommended action is: Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies. The acceptance result is: The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate.

Incorrect Answers

B:

The smart display appears under the employee's registered devices and receives only its permitted limited network authorization. The actual fault is governed by a different mechanism: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The needed response is: Two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls.

C:

A registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization. The actual fault is governed by a different mechanism: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The needed response is: Two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls.

D:

The offered option specifies “A certificate authority signs credentials centrally; access switches validate EAP/RADIUS outcomes and do not require possession of the CA private key”. The question requires “Two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls”: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. These are not equivalent responses to the stated requirement.

Question 466

An access-security change request states: A college separates guest onboarding from certificate-based personal-device access on two WLANs, but both SSIDs use the same unrestricted guest VLAN after provisioning. What is the strongest evidence that this requirement is met?

  1. The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate.
  2. A new laptop completes enrollment and reconnects securely on the intended single SSID.
  3. The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist.
  4. Two differently owned pilot devices map to their respective employee records rather than one shared account.

Explanation

Correct Answer

A:

The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The required remediation is: Configure a supported dual-SSID BYOD flow with distinct enrollment and post-onboarding secure network policies. It works because two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls.

Incorrect Answers

B:

The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The offered choice instead concerns a different principle: a new laptop completes enrollment and reconnects securely on the intended single SSID. Those technical conditions are not interchangeable.

C:

The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The offered choice instead concerns a different principle: the phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. Those technical conditions are not interchangeable.

D:

The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The offered choice instead concerns a different principle: Correct the certificate identity extraction rules and issuer template to use an approved unique employee or device identifier. Those technical conditions are not interchangeable.

Question 467

During a Cisco ISE postchange review, the following is observed: A college separates guest onboarding from certificate-based personal-device access on two WLANs, but both SSIDs use the same unrestricted guest VLAN after provisioning. Which recurring operational control would reduce this risk?

  1. Publish device-specific onboarding methods instead of requiring one supplicant flow for every device.
  2. Prefer supported BYOD enrollment over broad personal-device MAC exceptions.
  3. Maintain clear separation between onboarding and production WLAN authorization profiles.
  4. Alert on approaching BYOD certificate expiry and provide an authorized renewal process.

Explanation

Correct Answer

C:

Maintain clear separation between onboarding and production WLAN authorization profiles. This control addresses recurrence of the observed failure. The governing behavior is: Two-SSID BYOD separates provisioning connectivity from subsequent certificate-based access; the second SSID still requires its own authorization controls. The ongoing acceptance check remains: The personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate.

Incorrect Answers

A:

The offered option specifies “Publish device-specific onboarding methods instead of requiring one supplicant flow for every device”. The question requires “Maintain clear separation between onboarding and production WLAN authorization profiles”: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. These are not equivalent responses to the stated requirement.

B:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. In the case being tested, the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The necessary acceptance evidence is: Maintain clear separation between onboarding and production WLAN authorization profiles.

D:

Install and validate the authorized CA chain and appropriate certificate authentication profile across participating PSNs. In the case being tested, the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. The necessary acceptance evidence is: Maintain clear separation between onboarding and production WLAN authorization profiles.

Question 468

In a staged Cisco ISE network access rollout, the team observes: A mobile phone supports native supplicant provisioning, but staff manually place its MAC in a permanent whitelist and claim this fulfills the BYOD enrollment requirement. Which administrative action BEST addresses this specific situation?

  1. Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process.
  2. Design an ISE BYOD identity and device-registration flow that classifies personal devices and returns a separate restricted authorization role.
  3. Host the intended end-user BYOD portal on appropriately available PSNs and verify its dependencies and network path.
  4. Configure a portal certificate chain and hostname that match the published onboarding FQDN.

Explanation

Correct Answer

A:

Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process. This is appropriate because registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration. It should be verified by this evidence: The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist.

Incorrect Answers

B:

Both VMs report distinct addresses and ISE assigns the correct independent endpoint records and policies. The repeat risk here is different: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. A directly relevant preventive control is: Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process.

C:

The smart display appears under the employee's registered devices and receives only its permitted limited network authorization. The repeat risk here is different: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. A directly relevant preventive control is: Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process.

D:

Configure a portal certificate chain and hostname that match the published onboarding FQDN. The repeat risk here is different: the personal laptop provisions on the enrollment SSID and then authenticates to the secure SSID with the approved certificate. A directly relevant preventive control is: Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process.

Question 469

An identity and device-administration engineer evaluates: A mobile phone supports native supplicant provisioning, but staff manually place its MAC in a permanent whitelist and claim this fulfills the BYOD enrollment requirement. Which architectural fact determines the appropriate fix?

  1. BYOD native supplicant provisioning is not supported on all device types, while My Devices can register otherwise eligible non-supplicant endpoints.
  2. A device's registration category is descriptive unless an actual authorization result constrains the reachable resources.
  3. Registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration.
  4. ISE My Devices ownership controls prevent two employees from simply attaching one endpoint identity to conflicting accounts.

Explanation

Correct Answer

C:

Registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration. This behavior directly governs the stated requirement. The recommended action is: Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process. The acceptance result is: The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist.

Incorrect Answers

A:

The smart display appears under the employee's registered devices and receives only its permitted limited network authorization. The actual fault is governed by a different mechanism: the phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The needed response is: Registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration.

B:

Test every BYOD state transition with the actual wireless or wired access device. The actual fault is governed by a different mechanism: the phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The needed response is: Registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration.

D:

Resolve and verify the prior ownership and registration state through authorized endpoint management before allowing a new user to register it. The actual fault is governed by a different mechanism: the phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The needed response is: Registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration.

Question 470

A campus and branch network operator reports: A mobile phone supports native supplicant provisioning, but staff manually place its MAC in a permanent whitelist and claim this fulfills the BYOD enrollment requirement. Which postchange outcome demonstrates correct implementation?

  1. A registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization.
  2. The registered test device transitions to its intended secure policy without receiving unrestricted access during onboarding.
  3. The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist.
  4. The mobile onboarding portal opens without certificate warning and certificate provisioning completes.

Explanation

Correct Answer

C:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The required remediation is: Direct the supported mobile device through the approved BYOD portal and native supplicant or certificate-provisioning process. It works because registering a MAC for MAB is not the same as provisioning a strong 802.1X supplicant identity and a tracked personal device registration.

Incorrect Answers

A:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The offered choice instead concerns a different principle: a registered tablet receives the BYOD role, while a managed laptop obtains its distinct corporate authorization. Those technical conditions are not interchangeable.

B:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The offered choice instead concerns a different principle: Test every BYOD state transition with the actual wireless or wired access device. Those technical conditions are not interchangeable.

D:

The phone completes guided enrollment and uses the required EAP-TLS connection without relying on an employee-wide MAC whitelist. The offered choice instead concerns a different principle: Configure a portal certificate chain and hostname that match the published onboarding FQDN. Those technical conditions are not interchangeable.