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Cisco 300-715 Practice Test 69

Question 680

ISE SNMP probe receives timeouts after access switches move to a restricted management VRF. The observed failure is: An unreachable SNMP agent leaves physical attachment evidence incomplete. Which controlled recovery BEST restores the intended state?

  1. The supported recovery is to restore protected SNMP connectivity and validate MAC-to-port mapping against the access switch.
  2. The supported recovery is to use an old topology diagram instead of checking the current forwarding table.
  3. The supported recovery is to expose SNMP community strings in public guest-portal HTML.
  4. The supported recovery is to assume any ICMP ping proves SNMP inventory authorization works.

Explanation

Correct Answer

A:

SNMP probes can enrich endpoint context using network device data when permissions and routes work. Recheck sNMP query result, interface table, MAC address table, access source and corresponding endpoint record.

Incorrect Answers

B:

Use an old topology diagram instead of checking the current forwarding table. This action does not repair the identified failure. An unreachable SNMP agent leaves physical attachment evidence incomplete. Instead, restore protected SNMP connectivity and validate MAC-to-port mapping against the access switch. For the specific situation, iSE SNMP probe receives timeouts after access switches move to a restricted management VRF.

C:

Expose SNMP community strings in public guest-portal HTML. This action does not repair the identified failure. An unreachable SNMP agent leaves physical attachment evidence incomplete. Instead, restore protected SNMP connectivity and validate MAC-to-port mapping against the access switch. For the specific situation, iSE SNMP probe receives timeouts after access switches move to a restricted management VRF.

D:

Assume any ICMP ping proves SNMP inventory authorization works. This action does not repair the identified failure. An unreachable SNMP agent leaves physical attachment evidence incomplete. Instead, restore protected SNMP connectivity and validate MAC-to-port mapping against the access switch. For the specific situation, iSE SNMP probe receives timeouts after access switches move to a restricted management VRF.

Question 681

An unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification. What is the BEST supported ISE implementation or corrective action?

  1. Treat any browser User-Agent string as a device certificate.
  2. Assume HTTPS encryption always exposes full HTTP headers to a passive sensor.
  3. Capture supported HTTP probe metadata and treat user-agent fingerprints as supplemental evidence.
  4. Grant unrestricted network access because a page reports an enterprise device name.

Explanation

Correct Answer

C:

Verify the effect through observed HTTP request, User-Agent header, portal reachability, profiler attribute and match. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Incorrect Answers

A:

This does not implement the required control for HTTP probe user-agent and browser fingerprint limitations. Using only a user-controlled browser string to grant sensitive access creates spoofing risk.

B:

Assume HTTPS encryption always exposes full HTTP headers to a passive sensor. This alternative overlooks a required prerequisite or targets the wrong function. HTTP headers may assist endpoint type classification but can be missing or forged. The relevant evidence is observed HTTP request, User-Agent header, portal reachability, profiler attribute and match. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

D:

Using only a user-controlled browser string to grant sensitive access creates spoofing risk. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Question 682

An unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification. Which evidence BEST verifies the intended operational outcome?

  1. Observed HTTP request, User-Agent header, portal reachability, profiler attribute and match.
  2. A device hostname alone without the policy result or authenticated source.
  3. A current login screenshot from a completely unrelated ISE deployment.
  4. A browser theme label without a current authorization trace.

Explanation

Correct Answer

A:

These observations directly establish the result of HTTP probe user-agent and browser fingerprint limitations for the described endpoint or network device. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Incorrect Answers

B:

This observation cannot verify HTTP probe user-agent and browser fingerprint limitations. HTTP headers may assist endpoint type classification but can be missing or forged.

C:

This observation cannot verify HTTP probe user-agent and browser fingerprint limitations. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

D:

This observation cannot verify HTTP probe user-agent and browser fingerprint limitations. Check observed HTTP request, User-Agent header, portal reachability, profiler attribute and match.

Question 683

An unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification. Which technical principle BEST explains the required decision?

  1. HTTP headers may assist endpoint type classification but can be missing or forged.
  2. A successful switch port link signal always proves the device identity and policy were verified.
  3. All Cisco ISE administration and policy personas perform exactly the same service.
  4. A policy display name alone is the complete source of enforcement state.

Explanation

Correct Answer

A:

The supported implementation is to capture supported HTTP probe metadata and treat user-agent fingerprints as supplemental evidence. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Incorrect Answers

B:

This generalization is not valid for HTTP probe user-agent and browser fingerprint limitations. Instead hTTP headers may assist endpoint type classification but can be missing or forged.

C:

This generalization is not valid for HTTP probe user-agent and browser fingerprint limitations. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

D:

This generalization is not valid for HTTP probe user-agent and browser fingerprint limitations. Verify the actual state using observed HTTP request, User-Agent header, portal reachability, profiler attribute and match.

Question 684

An unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification. An operator proposes the following incorrect shortcut: Treat any browser User-Agent string as a device certificate. What material risk or failure follows from that shortcut?

  1. A justified least-privilege ACL caused every unrelated network authentication fault.
  2. A correctly recorded TACACS command audit caused the preceding security violation.
  3. Using only a user-controlled browser string to grant sensitive access creates spoofing risk.
  4. Reading the authentication event report caused the original network access outage.

Explanation

Correct Answer

C:

The shortcut is unsuitable because hTTP headers may assist endpoint type classification but can be missing or forged. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Incorrect Answers

A:

This unrelated assertion does not explain the HTTP probe user-agent and browser fingerprint limitations problem. The relevant risk is that using only a user-controlled browser string to grant sensitive access creates spoofing risk.

B:

This unrelated assertion does not explain the HTTP probe user-agent and browser fingerprint limitations problem. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

D:

This unrelated assertion does not explain the HTTP probe user-agent and browser fingerprint limitations problem. Check observed HTTP request, User-Agent header, portal reachability, profiler attribute and match.

Question 685

An unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification. The observed failure is: Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Which controlled recovery BEST restores the intended state?

  1. Assume HTTPS encryption always exposes full HTTP headers to a passive sensor.
  2. Grant unrestricted network access because a page reports an enterprise device name.
  3. Repair probe data visibility and require stronger evidence before granting privileged policy.
  4. Treat any browser User-Agent string as a device certificate.

Explanation

Correct Answer

C:

HTTP headers may assist endpoint type classification but can be missing or forged. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Incorrect Answers

A:

Assume HTTPS encryption always exposes full HTTP headers to a passive sensor. This action does not repair the identified failure. Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead, repair probe data visibility and require stronger evidence before granting privileged policy. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

B:

Grant unrestricted network access because a page reports an enterprise device name. This action does not repair the identified failure. Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead, repair probe data visibility and require stronger evidence before granting privileged policy. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

D:

Treat any browser User-Agent string as a device certificate. This action does not repair the identified failure. Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead, repair probe data visibility and require stronger evidence before granting privileged policy. For the specific situation, an unmanaged tablet enters a portal and ISE does not capture its HTTP User-Agent for endpoint classification.

Question 686

A MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership. Which configuration decision most directly satisfies the requirement?

  1. In this case, assume HTTPS encryption always exposes full HTTP headers to a passive sensor.
  2. In this case, grant unrestricted network access because a page reports an enterprise device name.
  3. In this case, treat any browser User-Agent string as a device certificate.
  4. In this case, capture supported HTTP probe metadata and treat user-agent fingerprints as supplemental evidence.

Explanation

Correct Answer

D:

Verify the effect through observed HTTP request, User-Agent header, portal reachability, profiler attribute and match. HTTP headers may assist endpoint type classification but can be missing or forged.

Incorrect Answers

A:

Assume HTTPS encryption always exposes full HTTP headers to a passive sensor. This alternative overlooks a required prerequisite or targets the wrong function. HTTP headers may assist endpoint type classification but can be missing or forged. The relevant evidence is observed HTTP request, User-Agent header, portal reachability, profiler attribute and match. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

B:

Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead the intended policy action is capture supported HTTP probe metadata and treat user-agent fingerprints as supplemental evidence.

C:

This does not implement the required control for HTTP probe user-agent and browser fingerprint limitations. Use the supported approach: capture supported HTTP probe metadata and treat user-agent fingerprints as supplemental evidence.

Question 687

A MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership. What observations most directly test this network-access condition?

  1. The supporting evidence is a switch interface description without any live AAA request or response.
  2. The supporting evidence is a device hostname alone without the policy result or authenticated source.
  3. The supporting evidence is observed HTTP request, User-Agent header, portal reachability, profiler attribute and match.
  4. The supporting evidence is a current login screenshot from a completely unrelated ISE deployment.

Explanation

Correct Answer

C:

These observations directly establish the result of HTTP probe user-agent and browser fingerprint limitations for the described endpoint or network device. HTTP headers may assist endpoint type classification but can be missing or forged.

Incorrect Answers

A:

This observation cannot verify HTTP probe user-agent and browser fingerprint limitations. A switch interface description without any live AAA request or response.

B:

This observation cannot verify HTTP probe user-agent and browser fingerprint limitations. A device hostname alone without the policy result or authenticated source.

D:

This observation cannot verify HTTP probe user-agent and browser fingerprint limitations. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

Question 688

A MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership. What principle of ISE authentication and authorization explains this case?

  1. The governing principle is that a policy display name alone is the complete source of enforcement state.
  2. The governing principle is that a successful switch port link signal always proves the device identity and policy were verified.
  3. The governing principle is that hTTP headers may assist endpoint type classification but can be missing or forged.
  4. The governing principle is that every RADIUS Access-Accept grants unrestricted access to all applications.

Explanation

Correct Answer

C:

The supported implementation is to capture supported HTTP probe metadata and treat user-agent fingerprints as supplemental evidence. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

Incorrect Answers

A:

This generalization is not valid for HTTP probe user-agent and browser fingerprint limitations. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

B:

This generalization is not valid for HTTP probe user-agent and browser fingerprint limitations. A successful switch port link signal always proves the device identity and policy were verified.

D:

This generalization is not valid for HTTP probe user-agent and browser fingerprint limitations. Every RADIUS Access-Accept grants unrestricted access to all applications.

Question 689

A MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership. An operator proposes the following incorrect shortcut: Treat any browser User-Agent string as a device certificate. Which negative consequence BEST explains the shortcut’s flaw?

  1. The material consequence is that reading the authentication event report caused the original network access outage.
  2. The material consequence is that using only a user-controlled browser string to grant sensitive access creates spoofing risk.
  3. The material consequence is that the only result is an unrelated portal background color change.
  4. The material consequence is that a correctly recorded TACACS command audit caused the preceding security violation.

Explanation

Correct Answer

B:

The shortcut is unsuitable because hTTP headers may assist endpoint type classification but can be missing or forged. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

Incorrect Answers

A:

This unrelated assertion does not explain the HTTP probe user-agent and browser fingerprint limitations problem. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

C:

This unrelated assertion does not explain the HTTP probe user-agent and browser fingerprint limitations problem. The only result is an unrelated portal background color change.

D:

This unrelated assertion does not explain the HTTP probe user-agent and browser fingerprint limitations problem. A correctly recorded TACACS command audit caused the preceding security violation.

Question 690

A MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership. The observed failure is: Using only a user-controlled browser string to grant sensitive access creates spoofing risk. How should the administrator correct and verify this failure?

  1. The supported recovery is to grant unrestricted network access because a page reports an enterprise device name.
  2. The supported recovery is to treat any browser User-Agent string as a device certificate.
  3. The supported recovery is to assume HTTPS encryption always exposes full HTTP headers to a passive sensor.
  4. The supported recovery is to repair probe data visibility and require stronger evidence before granting privileged policy.

Explanation

Correct Answer

D:

HTTP headers may assist endpoint type classification but can be missing or forged. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

Incorrect Answers

A:

Grant unrestricted network access because a page reports an enterprise device name. This action does not repair the identified failure. Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead, repair probe data visibility and require stronger evidence before granting privileged policy. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

B:

Treat any browser User-Agent string as a device certificate. This action does not repair the identified failure. Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead, repair probe data visibility and require stronger evidence before granting privileged policy. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

C:

Assume HTTPS encryption always exposes full HTTP headers to a passive sensor. This action does not repair the identified failure. Using only a user-controlled browser string to grant sensitive access creates spoofing risk. Instead, repair probe data visibility and require stronger evidence before granting privileged policy. For the specific situation, a MAC address is spoofed and security operations rely on browser fields as conclusive proof of device ownership.

Implementing and Configuring Cisco Identity Services Engine (300-715 SISE) (300-715) Practice Tests