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Cisco 300-715 Practice Test 8

Question 70

A virtual ISE deployment receives more concurrent authentications than expected and queue latency rises. The observed failure is: Increasing virtual disk alone cannot compensate for insufficient CPU or memory reservation during RADIUS bursts. What recovery action restores supported network-access behavior?

  1. The supported recovery is to rename the virtual machine to improve RADIUS throughput.
  2. The supported recovery is to assume the smallest virtual appliance fits every campus deployment.
  3. The supported recovery is to resize or redeploy according to supported specifications and retest peak authentication throughput.
  4. The supported recovery is to overcommit all VM memory without measuring policy-service latency.

Explanation

Correct Answer

C:

Recheck allocated and reserved vCPU and RAM, supported OVA tier, authentication rates, IOPS and resource alerts. ISE policy service performance depends on supported VM capacity and adequate reserved resources.

Incorrect Answers

A:

Rename the virtual machine to improve RADIUS throughput. This action does not repair the identified failure. Increasing virtual disk alone cannot compensate for insufficient CPU or memory reservation during RADIUS bursts. Instead, resize or redeploy according to supported specifications and retest peak authentication throughput. For the specific situation, a virtual ISE deployment receives more concurrent authentications than expected and queue latency rises.

B:

Assume the smallest virtual appliance fits every campus deployment. This action does not repair the identified failure. Increasing virtual disk alone cannot compensate for insufficient CPU or memory reservation during RADIUS bursts. Instead, resize or redeploy according to supported specifications and retest peak authentication throughput. For the specific situation, a virtual ISE deployment receives more concurrent authentications than expected and queue latency rises.

D:

Overcommit all VM memory without measuring policy-service latency. This action does not repair the identified failure. Increasing virtual disk alone cannot compensate for insufficient CPU or memory reservation during RADIUS bursts. Instead, resize or redeploy according to supported specifications and retest peak authentication throughput. For the specific situation, a virtual ISE deployment receives more concurrent authentications than expected and queue latency rises.

Question 71

An MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance. What action addresses this authenticated network-access scenario?

  1. Assume sufficient free gigabytes guarantee adequate write IOPS.
  2. Replace storage measurement with a GUI color setting.
  3. Provision supported ISE storage performance and capacity based on persona-specific log and database workload.
  4. Disable log retention auditing because the report queue is slow.

Explanation

Correct Answer

C:

Verify the effect through disk free space, datastore IOPS and latency, MnT event rate, database health and reports. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Incorrect Answers

A:

This does not implement the required control for ISE virtual storage and disk latency planning. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization.

B:

Replace storage measurement with a GUI color setting. This alternative overlooks a required prerequisite or targets the wrong function. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. The relevant evidence is disk free space, datastore IOPS and latency, MnT event rate, database health and reports. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

D:

A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Question 72

An MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance. What verification should the engineer use before declaring success?

  1. A successful ICMP echo that does not test the required identity-service workflow.
  2. Disk free space, datastore IOPS and latency, MnT event rate, database health and reports.
  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 ISE virtual storage and disk latency planning for the described endpoint or network device. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Incorrect Answers

A:

A successful ICMP echo that does not test the required identity-service workflow. This observation cannot verify ISE virtual storage and disk latency planning. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

C:

A browser theme label without a current authorization trace. This observation cannot verify ISE virtual storage and disk latency planning. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

D:

An old diagram with no RADIUS, TACACS+ or endpoint-session evidence. This observation cannot verify ISE virtual storage and disk latency planning. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Question 73

An MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance. Which underlying service behavior supports the proposed solution?

  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. Monitoring storage throughput and available capacity both affect event retention and search responsiveness.
  4. A MAC address is a cryptographic proof of endpoint device ownership.

Explanation

Correct Answer

C:

The supported implementation is to provision supported ISE storage performance and capacity based on persona-specific log and database workload. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Incorrect Answers

A:

This generalization is not valid for ISE virtual storage and disk latency planning. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

B:

This generalization is not valid for ISE virtual storage and disk latency planning. Instead monitoring storage throughput and available capacity both affect event retention and search responsiveness.

D:

This generalization is not valid for ISE virtual storage and disk latency planning. Verify the actual state using disk free space, datastore IOPS and latency, MnT event rate, database health and reports.

Question 74

An MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance. An operator proposes the following incorrect shortcut: Assume sufficient free gigabytes guarantee adequate write IOPS. Why does that proposed shortcut not satisfy the requirement?

  1. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization.
  2. Accurate device accounting automatically created every earlier failed EAP exchange.
  3. Inspecting a correct endpoint certificate generated the original directory outage.
  4. A justified least-privilege ACL caused every unrelated network authentication fault.

Explanation

Correct Answer

A:

The shortcut is unsuitable because monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Incorrect Answers

B:

This unrelated assertion does not explain the ISE virtual storage and disk latency planning problem. The relevant risk is that a full or slow datastore can degrade monitoring even with healthy PSN CPU utilization.

C:

This unrelated assertion does not explain the ISE virtual storage and disk latency planning problem. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

D:

This unrelated assertion does not explain the ISE virtual storage and disk latency planning problem. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports.

Question 75

An MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance. The observed failure is: A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. What recovery action restores supported network-access behavior?

  1. Replace storage measurement with a GUI color setting.
  2. Disable log retention auditing because the report queue is slow.
  3. Repair datastore performance or scale MnT storage and confirm measured event receipt and report response.
  4. Assume sufficient free gigabytes guarantee adequate write IOPS.

Explanation

Correct Answer

C:

Recheck disk free space, datastore IOPS and latency, MnT event rate, database health and reports. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Incorrect Answers

A:

Replace storage measurement with a GUI color setting. This action does not repair the identified failure. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Instead, repair datastore performance or scale MnT storage and confirm measured event receipt and report response. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

B:

Disable log retention auditing because the report queue is slow. This action does not repair the identified failure. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Instead, repair datastore performance or scale MnT storage and confirm measured event receipt and report response. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

D:

Assume sufficient free gigabytes guarantee adequate write IOPS. This action does not repair the identified failure. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Instead, repair datastore performance or scale MnT storage and confirm measured event receipt and report response. For the specific situation, an MnT reporting node loses event ingestion capacity because storage latency rises during database maintenance.

Question 76

A growing telemetry deployment has ample allocated space but random write latency causes slow reports. What is the BEST supported ISE implementation or corrective action?

  1. In this case, replace storage measurement with a GUI color setting.
  2. In this case, provision supported ISE storage performance and capacity based on persona-specific log and database workload.
  3. In this case, disable log retention auditing because the report queue is slow.
  4. In this case, assume sufficient free gigabytes guarantee adequate write IOPS.

Explanation

Correct Answer

B:

Verify the effect through disk free space, datastore IOPS and latency, MnT event rate, database health and reports. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Incorrect Answers

A:

Replace storage measurement with a GUI color setting. This alternative overlooks a required prerequisite or targets the wrong function. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. The relevant evidence is disk free space, datastore IOPS and latency, MnT event rate, database health and reports. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

C:

A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

D:

This does not implement the required control for ISE virtual storage and disk latency planning. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Question 77

A growing telemetry deployment has ample allocated space but random write latency causes slow reports. Which evidence BEST verifies the intended operational outcome?

  1. The supporting evidence is a device hostname alone without the policy result or authenticated source.
  2. The supporting evidence is disk free space, datastore IOPS and latency, MnT event rate, database health and reports.
  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 ISE virtual storage and disk latency planning for the described endpoint or network device. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Incorrect Answers

A:

A device hostname alone without the policy result or authenticated source. This observation cannot verify ISE virtual storage and disk latency planning. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

C:

A successful ICMP echo that does not test the required identity-service workflow. This observation cannot verify ISE virtual storage and disk latency planning. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

D:

A browser theme label without a current authorization trace. This observation cannot verify ISE virtual storage and disk latency planning. Check disk free space, datastore IOPS and latency, MnT event rate, database health and reports. Monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Question 78

A growing telemetry deployment has ample allocated space but random write latency causes slow reports. Which technical principle BEST explains the required decision?

  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 monitoring storage throughput and available capacity both affect event retention and search responsiveness.
  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 provision supported ISE storage performance and capacity based on persona-specific log and database workload. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Incorrect Answers

A:

This generalization is not valid for ISE virtual storage and disk latency planning. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

B:

This generalization is not valid for ISE virtual storage and disk latency planning. All Cisco ISE administration and policy personas perform exactly the same service.

D:

This generalization is not valid for ISE virtual storage and disk latency planning. A policy display name alone is the complete source of enforcement state.

Question 79

A growing telemetry deployment has ample allocated space but random write latency causes slow reports. An operator proposes the following incorrect shortcut: Assume sufficient free gigabytes guarantee adequate write IOPS. What material risk or failure follows from that shortcut?

  1. The material consequence is that a justified least-privilege ACL caused every unrelated network authentication fault.
  2. The material consequence is that a correctly recorded TACACS command audit caused the preceding security violation.
  3. The material consequence is that inspecting a correct endpoint certificate generated the original directory outage.
  4. The material consequence is that a full or slow datastore can degrade monitoring even with healthy PSN CPU utilization.

Explanation

Correct Answer

D:

The shortcut is unsuitable because monitoring storage throughput and available capacity both affect event retention and search responsiveness. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Incorrect Answers

A:

This unrelated assertion does not explain the ISE virtual storage and disk latency planning problem. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

B:

This unrelated assertion does not explain the ISE virtual storage and disk latency planning problem. A correctly recorded TACACS command audit caused the preceding security violation.

C:

This unrelated assertion does not explain the ISE virtual storage and disk latency planning problem. Inspecting a correct endpoint certificate generated the original directory outage.

Question 80

A growing telemetry deployment has ample allocated space but random write latency causes slow reports. The observed failure is: A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Which controlled recovery BEST restores the intended state?

  1. The supported recovery is to repair datastore performance or scale MnT storage and confirm measured event receipt and report response.
  2. The supported recovery is to disable log retention auditing because the report queue is slow.
  3. The supported recovery is to assume sufficient free gigabytes guarantee adequate write IOPS.
  4. The supported recovery is to replace storage measurement with a GUI color setting.

Explanation

Correct Answer

A:

Recheck disk free space, datastore IOPS and latency, MnT event rate, database health and reports. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

Incorrect Answers

B:

Disable log retention auditing because the report queue is slow. This action does not repair the identified failure. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Instead, repair datastore performance or scale MnT storage and confirm measured event receipt and report response. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

C:

Assume sufficient free gigabytes guarantee adequate write IOPS. This action does not repair the identified failure. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Instead, repair datastore performance or scale MnT storage and confirm measured event receipt and report response. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

D:

Replace storage measurement with a GUI color setting. This action does not repair the identified failure. A full or slow datastore can degrade monitoring even with healthy PSN CPU utilization. Instead, repair datastore performance or scale MnT storage and confirm measured event receipt and report response. For the specific situation, a growing telemetry deployment has ample allocated space but random write latency causes slow reports.

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