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

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Cisco 300-715 Practice Test 7

Question 60

An enterprise access-control incident describes: A factory staging team distributes one zero-touch provisioning file containing the same administrative credentials to several unrelated ISE appliances. What is the key technical principle in this situation?

  1. Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity.
  2. Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.
  3. Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.
  4. Monitoring storage requirements differ with event volume and retention; free capacity may be exhausted even when RADIUS authentication still succeeds.

Explanation

Correct Answer

A:

Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity. This behavior directly governs the stated requirement. The recommended action is: Use per-device approved bootstrap data and protect sensitive configuration material throughout zero-touch provisioning. The acceptance result is: Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.

Incorrect Answers

B:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. The repeat risk here is different: Validate bootstrap DNS, access, and device identity against a clean installation before rollout. A directly relevant preventive control is: Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity.

C:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The repeat risk here is different: Validate bootstrap DNS, access, and device identity against a clean installation before rollout. A directly relevant preventive control is: Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity.

D:

Monitoring node retains the defined reporting period without disk threshold alerts under a realistic log-rate trial. The repeat risk here is different: Validate bootstrap DNS, access, and device identity against a clean installation before rollout. A directly relevant preventive control is: Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity.

Question 61

In a staged Cisco ISE network access rollout, the team observes: A factory staging team distributes one zero-touch provisioning file containing the same administrative credentials to several unrelated ISE appliances. What result should be documented before closing the issue?

  1. The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.
  2. The appliance completes first boot with its intended hostname, management network, and registered system state without interactive setup.
  3. Test requests from each NAD match the correct ISE network-device object and authorization policy across the balanced PSNs.
  4. Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.

Explanation

Correct Answer

D:

Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow. The required remediation is: Use per-device approved bootstrap data and protect sensitive configuration material throughout zero-touch provisioning. It works because reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity.

Incorrect Answers

A:

Separate initial-node bootstrap rights from production policy-administration privileges. The actual fault is governed by a different mechanism: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The needed response is: Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.

B:

Validate bootstrap DNS, access, and device identity against a clean installation before rollout. The actual fault is governed by a different mechanism: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The needed response is: Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.

C:

Test requests from each NAD match the correct ISE network-device object and authorization policy across the balanced PSNs. The actual fault is governed by a different mechanism: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The needed response is: Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.

Question 62

An identity and device-administration engineer evaluates: A factory staging team distributes one zero-touch provisioning file containing the same administrative credentials to several unrelated ISE appliances. Which durable safeguard best prevents a recurrence?

  1. Add DNS and NTP acceptance tests to the automated provisioning pipeline.
  2. Re-evaluate deployment mode when endpoint count, authentication load, or availability requirements grow.
  3. Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding.
  4. Review pxGrid service placement and client trust separately from RADIUS policy coverage.

Explanation

Correct Answer

C:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. This control addresses recurrence of the observed failure. The governing behavior is: Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity. The ongoing acceptance check remains: Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.

Incorrect Answers

A:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The offered choice instead concerns a different principle: Add DNS and NTP acceptance tests to the automated provisioning pipeline. Those technical conditions are not interchangeable.

B:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The offered choice instead concerns a different principle: one laboratory node manages policy, answers test RADIUS requests, and records corresponding live logs. Those technical conditions are not interchangeable.

D:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The offered choice instead concerns a different principle: pxGrid publishes contextual identity and security information to integrations; the ordinary RADIUS access service is not a substitute for pxGrid messaging. Those technical conditions are not interchangeable.

Question 63

An ISE administrator troubleshoots the following: A newly automated ISE node receives a valid network configuration but is missing trusted DNS and NTP inputs; distributed registration later fails certificate and time checks. Which implementation decision directly satisfies the stated requirement?

  1. Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition.
  2. Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow.
  3. Configure the supported zero-touch provisioning prerequisites including identity, DNS, network reachability, and trusted bootstrap data.
  4. Use Cisco-supported ISE load distribution and RADIUS source-address handling rather than an unvalidated generic proxy topology.

Explanation

Correct Answer

A:

Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition. This is appropriate because distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap. It should be verified by this evidence: The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.

Incorrect Answers

B:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. In the case being tested, Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The necessary acceptance evidence is: Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition.

C:

Review supported hypervisors and appliance sizing every time an ISE major release is adopted. In the case being tested, Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The necessary acceptance evidence is: Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition.

D:

When one PSN's AAA service is disabled in a test, fresh authentications move to a healthy node instead of timing out. In the case being tested, Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The necessary acceptance evidence is: Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition.

Question 64

An access-security change request states: A newly automated ISE node receives a valid network configuration but is missing trusted DNS and NTP inputs; distributed registration later fails certificate and time checks. Which technical behavior is MOST relevant to this design?

  1. Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.
  2. Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.
  3. A standalone node can provide Administration, Policy Service, and Monitoring personas for limited environments; scale and resilience drive distributed designs.
  4. Successful low-load authentication does not establish capacity for an enterprise's peak concurrent RADIUS and profiling workload.

Explanation

Correct Answer

A:

Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap. This behavior directly governs the stated requirement. The recommended action is: Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition. The acceptance result is: The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.

Incorrect Answers

B:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. The repeat risk here is different: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. A directly relevant preventive control is: Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.

C:

One laboratory node manages policy, answers test RADIUS requests, and records corresponding live logs. The repeat risk here is different: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. A directly relevant preventive control is: Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.

D:

Sizing records show supported node capacities and a representative peak-load trial meets the authentication latency objective. The repeat risk here is different: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. A directly relevant preventive control is: Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.

Question 65

During a Cisco ISE postchange review, the following is observed: A newly automated ISE node receives a valid network configuration but is missing trusted DNS and NTP inputs; distributed registration later fails certificate and time checks. Which readback demonstrates that the actual problem was solved?

  1. The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.
  2. Each staged appliance receives its distinct approved identity and no shared plaintext credentials remain in the delivery workflow.
  3. The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.
  4. The deployed node passes Cisco-supported installation validation and starts the intended services on approved virtual infrastructure.

Explanation

Correct Answer

A:

The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN. The required remediation is: Include correct DNS, time source, and system identity prerequisites in the supported initial provisioning definition. It works because distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.

Incorrect Answers

B:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The actual fault is governed by a different mechanism: Add DNS and NTP acceptance tests to the automated provisioning pipeline. The needed response is: The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.

C:

Separate initial-node bootstrap rights from production policy-administration privileges. The actual fault is governed by a different mechanism: Add DNS and NTP acceptance tests to the automated provisioning pipeline. The needed response is: The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.

D:

Review supported hypervisors and appliance sizing every time an ISE major release is adopted. The actual fault is governed by a different mechanism: Add DNS and NTP acceptance tests to the automated provisioning pipeline. The needed response is: The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.

Question 66

A security policy owner must resolve this specific case: A newly automated ISE node receives a valid network configuration but is missing trusted DNS and NTP inputs; distributed registration later fails certificate and time checks. What validation should be repeated before subsequent rollouts?

  1. Separate initial-node bootstrap rights from production policy-administration privileges.
  2. Add DNS and NTP acceptance tests to the automated provisioning pipeline.
  3. Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding.
  4. Review supported hypervisors and appliance sizing every time an ISE major release is adopted.

Explanation

Correct Answer

B:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. This control addresses recurrence of the observed failure. The governing behavior is: Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap. The ongoing acceptance check remains: The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.

Incorrect Answers

A:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. The offered choice instead concerns a different principle: Separate initial-node bootstrap rights from production policy-administration privileges. Those technical conditions are not interchangeable.

C:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. The offered choice instead concerns a different principle: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. Those technical conditions are not interchangeable.

D:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. The offered choice instead concerns a different principle: Review supported hypervisors and appliance sizing every time an ISE major release is adopted. Those technical conditions are not interchangeable.

Question 67

An identity and device-administration engineer evaluates: A technician wants to use zero-touch provisioning to modify every already-running ISE node's authorization policies, bypassing PAN change control. What should the team change before declaring this work complete?

  1. Use per-device approved bootstrap data and protect sensitive configuration material throughout zero-touch provisioning.
  2. Configure the supported zero-touch provisioning prerequisites including identity, DNS, network reachability, and trusted bootstrap data.
  3. Separate central Policy Administration Node responsibilities from appropriate Policy Service Nodes, and distribute RADIUS requests to healthy PSNs.
  4. Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow.

Explanation

Correct Answer

D:

Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow. This is appropriate because provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks. It should be verified by this evidence: The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.

Incorrect Answers

A:

Validate bootstrap DNS, access, and device identity against a clean installation before rollout. In the case being tested, Add DNS and NTP acceptance tests to the automated provisioning pipeline. The necessary acceptance evidence is: Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow.

B:

Review supported hypervisors and appliance sizing every time an ISE major release is adopted. In the case being tested, Add DNS and NTP acceptance tests to the automated provisioning pipeline. The necessary acceptance evidence is: Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow.

C:

The PAN manages configuration while PSNs process live network-access authentication; co-locating them creates a common maintenance failure point. In the case being tested, Add DNS and NTP acceptance tests to the automated provisioning pipeline. The necessary acceptance evidence is: Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow.

Question 68

A campus and branch network operator reports: A technician wants to use zero-touch provisioning to modify every already-running ISE node's authorization policies, bypassing PAN change control. What underlying Cisco ISE dependency explains this result?

  1. Distributed registration and secure authentication depend on correct name resolution, time alignment, and certificate identity after bootstrap.
  2. Reusing bootstrap secrets across appliances increases credential exposure and can bind a node to the wrong identity.
  3. ISE VM performance depends on reserved hypervisor capacity and supported resource specifications rather than the ISO image alone.
  4. Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.

Explanation

Correct Answer

D:

Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks. This behavior directly governs the stated requirement. The recommended action is: Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow. The acceptance result is: The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.

Incorrect Answers

A:

Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. The repeat risk here is different: Add DNS and NTP acceptance tests to the automated provisioning pipeline. A directly relevant preventive control is: Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.

B:

Validate bootstrap DNS, access, and device identity against a clean installation before rollout. The repeat risk here is different: Add DNS and NTP acceptance tests to the automated provisioning pipeline. A directly relevant preventive control is: Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.

C:

The VM meets the documented profile and representative authentication load remains within agreed latency and resource thresholds. The repeat risk here is different: Add DNS and NTP acceptance tests to the automated provisioning pipeline. A directly relevant preventive control is: Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.

Question 69

A Cisco ISE operations team investigates this site issue: A technician wants to use zero-touch provisioning to modify every already-running ISE node's authorization policies, bypassing PAN change control. Which measurable outcome proves the intended behavior?

  1. The appliance completes first boot with its intended hostname, management network, and registered system state without interactive setup.
  2. The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.
  3. The node resolves deployment FQDNs, has acceptable NTP offset, and completes approved registration to its primary PAN.
  4. The monitoring interface receives new authentication records from both PSNs while access decisions continue uninterrupted.

Explanation

Correct Answer

B:

The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations. The required remediation is: Restrict zero-touch provisioning to supported initial deployment operations and apply runtime policy changes through the authoritative PAN workflow. It works because provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks.

Incorrect Answers

A:

Validate bootstrap DNS, access, and device identity against a clean installation before rollout. The actual fault is governed by a different mechanism: Separate initial-node bootstrap rights from production policy-administration privileges. The needed response is: The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.

C:

Add DNS and NTP acceptance tests to the automated provisioning pipeline. The actual fault is governed by a different mechanism: Separate initial-node bootstrap rights from production policy-administration privileges. The needed response is: The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.

D:

The Monitoring persona collects operational and reporting data, distinct from PSNs answering live AAA requests. The actual fault is governed by a different mechanism: Separate initial-node bootstrap rights from production policy-administration privileges. The needed response is: The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.

Question 70

At a distributed Cisco ISE deployment, a security review finds: A technician wants to use zero-touch provisioning to modify every already-running ISE node's authorization policies, bypassing PAN change control. Which ongoing practice is most appropriate for this failure mode?

  1. Add DNS and NTP acceptance tests to the automated provisioning pipeline.
  2. Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding.
  3. Re-evaluate deployment mode when endpoint count, authentication load, or availability requirements grow.
  4. Separate initial-node bootstrap rights from production policy-administration privileges.

Explanation

Correct Answer

D:

Separate initial-node bootstrap rights from production policy-administration privileges. This control addresses recurrence of the observed failure. The governing behavior is: Provisioning bootstrap and steady-state distributed policy management solve different lifecycle tasks. The ongoing acceptance check remains: The new node is bootstrapped with its intended system settings while existing authorization policies change only through approved PAN operations.

Incorrect Answers

A:

Separate initial-node bootstrap rights from production policy-administration privileges. The offered choice instead concerns a different principle: Add DNS and NTP acceptance tests to the automated provisioning pipeline. Those technical conditions are not interchangeable.

B:

Separate initial-node bootstrap rights from production policy-administration privileges. The offered choice instead concerns a different principle: Protect provisioning files, rotate temporary secrets, and audit bootstrap access after onboarding. Those technical conditions are not interchangeable.

C:

Separate initial-node bootstrap rights from production policy-administration privileges. The offered choice instead concerns a different principle: one laboratory node manages policy, answers test RADIUS requests, and records corresponding live logs. Those technical conditions are not interchangeable.