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Cisco 300-715 Practice Test 107

Question 1060

A client completes posture but help desk cannot tell whether the policy or agent data caused rejection. The observed failure is: Guessing from the final red state alone may lead to weakening the wrong compliance requirement. Which remediation resolves the underlying fault while maintaining policy?

  1. The supported recovery is to delete agent log files before root-cause analysis.
  2. The supported recovery is to disable all posture assessment because one dashboard entry lacks detail.
  3. The supported recovery is to assume a red icon always means the same antivirus fault across devices.
  4. The supported recovery is to identify the specific failed condition and retest after a targeted remediation.

Explanation

Correct Answer

D:

Troubleshooting compliance requires correlating client-collected evidence with ISE policy interpretation. Recheck agent scan result, posture report identifier, rule matched, missing condition and authorization history.

Incorrect Answers

A:

Delete agent log files before root-cause analysis. This action does not repair the identified failure. Guessing from the final red state alone may lead to weakening the wrong compliance requirement. Instead, identify the specific failed condition and retest after a targeted remediation. For the specific situation, a client completes posture but help desk cannot tell whether the policy or agent data caused rejection.

B:

Disable all posture assessment because one dashboard entry lacks detail. This action does not repair the identified failure. Guessing from the final red state alone may lead to weakening the wrong compliance requirement. Instead, identify the specific failed condition and retest after a targeted remediation. For the specific situation, a client completes posture but help desk cannot tell whether the policy or agent data caused rejection.

C:

Assume a red icon always means the same antivirus fault across devices. This action does not repair the identified failure. Guessing from the final red state alone may lead to weakening the wrong compliance requirement. Instead, identify the specific failed condition and retest after a targeted remediation. For the specific situation, a client completes posture but help desk cannot tell whether the policy or agent data caused rejection.

Question 1061

A workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted. Which administrator action is appropriate for this ISE access-control problem?

  1. Assume a one-time posture pass guarantees compliance for the life of the device.
  2. Force CoA continuously every second regardless of policy change.
  3. Configure supported posture reassessment and policy change triggers proportionate to security requirements.
  4. Disable endpoint health monitoring after first logon.

Explanation

Correct Answer

C:

Verify the effect through reassessment interval, client posture refresh, updated condition, CoA result and session stability. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

Incorrect Answers

A:

This does not implement the required control for Posture reassessment timer and stale compliance state. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping.

B:

Force CoA continuously every second regardless of policy change. This alternative overlooks a required prerequisite or targets the wrong function. Compliance is time-dependent and may need periodic reassessment rather than one perpetual pass. The relevant evidence is reassessment interval, client posture refresh, updated condition, CoA result and session stability. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

D:

An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead the intended policy action is configure supported posture reassessment and policy change triggers proportionate to security requirements.

Question 1062

A workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted. Which collected records establish that the ISE decision actually took effect?

  1. A successful ICMP echo that does not test the required identity-service workflow.
  2. Reassessment interval, client posture refresh, updated condition, CoA result and session stability.
  3. A browser theme label without a current authorization trace.
  4. An old diagram with no RADIUS, TACACS+ or endpoint-session evidence.

Explanation

Correct Answer

B:

These observations directly establish the result of Posture reassessment timer and stale compliance state for the described endpoint or network device. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

Incorrect Answers

A:

This observation cannot verify Posture reassessment timer and stale compliance state. Compliance is time-dependent and may need periodic reassessment rather than one perpetual pass.

C:

This observation cannot verify Posture reassessment timer and stale compliance state. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

D:

This observation cannot verify Posture reassessment timer and stale compliance state. Check reassessment interval, client posture refresh, updated condition, CoA result and session stability.

Question 1063

A workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted. Which statement about the relevant technology is correct?

  1. All Cisco ISE administration and policy personas perform exactly the same service.
  2. A captive portal page automatically changes network authorization on every active NAD session without signaling.
  3. A MAC address is a cryptographic proof of endpoint device ownership.
  4. Compliance is time-dependent and may need periodic reassessment rather than one perpetual pass.

Explanation

Correct Answer

D:

The supported implementation is to configure supported posture reassessment and policy change triggers proportionate to security requirements. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

Incorrect Answers

A:

This generalization is not valid for Posture reassessment timer and stale compliance state. Instead compliance is time-dependent and may need periodic reassessment rather than one perpetual pass.

B:

This generalization is not valid for Posture reassessment timer and stale compliance state. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

C:

This generalization is not valid for Posture reassessment timer and stale compliance state. Verify the actual state using reassessment interval, client posture refresh, updated condition, CoA result and session stability.

Question 1064

A workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted. An operator proposes the following incorrect shortcut: Assume a one-time posture pass guarantees compliance for the life of the device. What specific security or operational failure should be anticipated?

  1. Accurate device accounting automatically created every earlier failed EAP exchange.
  2. Inspecting a correct endpoint certificate generated the original directory outage.
  3. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping.
  4. A justified least-privilege ACL caused every unrelated network authentication fault.

Explanation

Correct Answer

C:

The shortcut is unsuitable because compliance is time-dependent and may need periodic reassessment rather than one perpetual pass. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

Incorrect Answers

A:

This unrelated assertion does not explain the Posture reassessment timer and stale compliance state problem. The relevant risk is that an overly long interval misses drift while an overly aggressive one can cause unnecessary flapping.

B:

This unrelated assertion does not explain the Posture reassessment timer and stale compliance state problem. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

D:

This unrelated assertion does not explain the Posture reassessment timer and stale compliance state problem. Check reassessment interval, client posture refresh, updated condition, CoA result and session stability.

Question 1065

A workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted. The observed failure is: An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Which remediation resolves the underlying fault while maintaining policy?

  1. Force CoA continuously every second regardless of policy change.
  2. Disable endpoint health monitoring after first logon.
  3. Tune reassessment and validate drift detection and stable access for unaffected endpoints.
  4. Assume a one-time posture pass guarantees compliance for the life of the device.

Explanation

Correct Answer

C:

Compliance is time-dependent and may need periodic reassessment rather than one perpetual pass. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

Incorrect Answers

A:

Force CoA continuously every second regardless of policy change. This action does not repair the identified failure. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead, tune reassessment and validate drift detection and stable access for unaffected endpoints. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

B:

Disable endpoint health monitoring after first logon. This action does not repair the identified failure. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead, tune reassessment and validate drift detection and stable access for unaffected endpoints. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

D:

Assume a one-time posture pass guarantees compliance for the life of the device. This action does not repair the identified failure. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead, tune reassessment and validate drift detection and stable access for unaffected endpoints. For the specific situation, a workstation was compliant at sign-in but its security service stopped afterward and access remains unrestricted.

Question 1066

An enterprise wants ongoing posture checks without creating constant CoA loops and network disruption. What action addresses this authenticated network-access scenario?

  1. In this case, configure supported posture reassessment and policy change triggers proportionate to security requirements.
  2. In this case, force CoA continuously every second regardless of policy change.
  3. In this case, disable endpoint health monitoring after first logon.
  4. In this case, assume a one-time posture pass guarantees compliance for the life of the device.

Explanation

Correct Answer

A:

Verify the effect through reassessment interval, client posture refresh, updated condition, CoA result and session stability. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

Incorrect Answers

B:

Force CoA continuously every second regardless of policy change. This alternative overlooks a required prerequisite or targets the wrong function. Compliance is time-dependent and may need periodic reassessment rather than one perpetual pass. The relevant evidence is reassessment interval, client posture refresh, updated condition, CoA result and session stability. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

C:

An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

D:

This does not implement the required control for Posture reassessment timer and stale compliance state. Use the supported approach: configure supported posture reassessment and policy change triggers proportionate to security requirements.

Question 1067

An enterprise wants ongoing posture checks without creating constant CoA loops and network disruption. What verification should the engineer use before declaring success?

  1. The supporting evidence is a device hostname alone without the policy result or authenticated source.
  2. The supporting evidence is reassessment interval, client posture refresh, updated condition, CoA result and session stability.
  3. The supporting evidence is a successful ICMP echo that does not test the required identity-service workflow.
  4. The supporting evidence is a browser theme label without a current authorization trace.

Explanation

Correct Answer

B:

These observations directly establish the result of Posture reassessment timer and stale compliance state for the described endpoint or network device. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

Incorrect Answers

A:

This observation cannot verify Posture reassessment timer and stale compliance state. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

C:

This observation cannot verify Posture reassessment timer and stale compliance state. A successful ICMP echo that does not test the required identity-service workflow.

D:

This observation cannot verify Posture reassessment timer and stale compliance state. A browser theme label without a current authorization trace.

Question 1068

An enterprise wants ongoing posture checks without creating constant CoA loops and network disruption. Which underlying service behavior supports the proposed solution?

  1. The governing principle is that a MAC address is a cryptographic proof of endpoint device ownership.
  2. The governing principle is that all Cisco ISE administration and policy personas perform exactly the same service.
  3. The governing principle is that compliance is time-dependent and may need periodic reassessment rather than one perpetual pass.
  4. The governing principle is that a policy display name alone is the complete source of enforcement state.

Explanation

Correct Answer

C:

The supported implementation is to configure supported posture reassessment and policy change triggers proportionate to security requirements. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

Incorrect Answers

A:

This generalization is not valid for Posture reassessment timer and stale compliance state. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

B:

This generalization is not valid for Posture reassessment timer and stale compliance state. All Cisco ISE administration and policy personas perform exactly the same service.

D:

This generalization is not valid for Posture reassessment timer and stale compliance state. A policy display name alone is the complete source of enforcement state.

Question 1069

An enterprise wants ongoing posture checks without creating constant CoA loops and network disruption. An operator proposes the following incorrect shortcut: Assume a one-time posture pass guarantees compliance for the life of the device. Why does that proposed shortcut not satisfy the requirement?

  1. The material consequence is that an overly long interval misses drift while an overly aggressive one can cause unnecessary flapping.
  2. The material consequence is that a justified least-privilege ACL caused every unrelated network authentication fault.
  3. The material consequence is that a correctly recorded TACACS command audit caused the preceding security violation.
  4. The material consequence is that inspecting a correct endpoint certificate generated the original directory outage.

Explanation

Correct Answer

A:

The shortcut is unsuitable because compliance is time-dependent and may need periodic reassessment rather than one perpetual pass. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

Incorrect Answers

B:

This unrelated assertion does not explain the Posture reassessment timer and stale compliance state problem. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

C:

This unrelated assertion does not explain the Posture reassessment timer and stale compliance state problem. A correctly recorded TACACS command audit caused the preceding security violation.

D:

This unrelated assertion does not explain the Posture reassessment timer and stale compliance state problem. Inspecting a correct endpoint certificate generated the original directory outage.

Question 1070

An enterprise wants ongoing posture checks without creating constant CoA loops and network disruption. The observed failure is: An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. What recovery action restores supported network-access behavior?

  1. The supported recovery is to disable endpoint health monitoring after first logon.
  2. The supported recovery is to assume a one-time posture pass guarantees compliance for the life of the device.
  3. The supported recovery is to tune reassessment and validate drift detection and stable access for unaffected endpoints.
  4. The supported recovery is to force CoA continuously every second regardless of policy change.

Explanation

Correct Answer

C:

Compliance is time-dependent and may need periodic reassessment rather than one perpetual pass. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

Incorrect Answers

A:

Disable endpoint health monitoring after first logon. This action does not repair the identified failure. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead, tune reassessment and validate drift detection and stable access for unaffected endpoints. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

B:

Assume a one-time posture pass guarantees compliance for the life of the device. This action does not repair the identified failure. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead, tune reassessment and validate drift detection and stable access for unaffected endpoints. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

D:

Force CoA continuously every second regardless of policy change. This action does not repair the identified failure. An overly long interval misses drift while an overly aggressive one can cause unnecessary flapping. Instead, tune reassessment and validate drift detection and stable access for unaffected endpoints. For the specific situation, an enterprise wants ongoing posture checks without creating constant CoA loops and network disruption.

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