SkillTestPro | CCNP Security 300-715 SISE Practice Test 26

CCNP Security 300-715 SISE Practice Test 26 (Hard) - Posture Conditions, Policies, and Client Provisioning

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1 / 10

Which Cisco ISE posture policy component defines the specific compliance requirement being checked, such as whether a particular antivirus product is installed and its definitions are current?

A guest type, which defines guest account attributes rather than compliance requirements

A network device group, which categorizes devices rather than defining compliance requirements

A certificate authentication profile, which maps certificate fields rather than defining compliance requirements

A sponsor group, which defines sponsor privileges rather than compliance requirements

A TACACS+ command set, which defines authorization commands rather than compliance requirements

A posture condition (such as an antivirus condition)

2 / 10

Which ISE feature delivers the appropriate posture agent package (or instructions) to an endpoint based on factors such as its operating system, before the posture check can be performed?

The profiler feed service, which updates profiling rules rather than delivering posture agents

The guest type configuration, which defines guest account attributes rather than posture agent delivery

Client provisioning policy

The TACACS+ command set editor, which manages device administration commands rather than posture agents

The certificate revocation list distribution point, which distributes CRLs rather than posture agents

The sponsor portal, which manages guest accounts rather than delivering posture agent packages

3 / 10

Which posture policy structure allows an administrator to combine multiple individual conditions (such as antivirus status and OS patch level) into a single overall compliance requirement for a group of endpoints?

A TACACS+ command set hierarchy, which organizes authorization commands rather than posture requirements, in accordance with common design practices

A network device group hierarchy, which organizes devices by location rather than posture requirements

A posture requirement that references one or more conditions, applied through a posture policy scoped to specific endpoint or user criteria

A flat list of unrelated guest types with no relationship to posture conditions at all

A sponsor group hierarchy, which organizes sponsor privileges rather than posture requirements

A certificate template hierarchy, which organizes certificate issuance rather than posture requirements

4 / 10

Which remediation approach would be appropriate for a posture policy that detects an endpoint's antivirus definitions are out of date, allowing the user to become compliant without contacting the helpdesk?

An automatic or user-initiated remediation action that updates the antivirus definitions directly from the posture agent, then re-evaluates compliance

Requiring the user to purchase an entirely new device instead of updating antivirus definitions

Automatically converting the endpoint into a guest device requiring sponsor approval

Requiring the user to physically bring the device to IT for manual definition updates as the only option, which does not align with best practices, which is rarely the correct choice

Ignoring the outdated definitions and granting full access regardless of the compliance gap

Immediately and permanently disconnecting the endpoint with no remediation path offered at all

5 / 10

Which client provisioning design practice helps ensure that endpoints running different operating systems each receive an appropriate, compatible posture agent package?

Disabling client provisioning entirely and requiring manual agent installation via a physical visit for every device

Assuming all operating systems support identical agent packages with no platform-specific consideration needed

Delivering agent packages exclusively through the sponsor portal regardless of operating system

Requiring every endpoint to run the same operating system before any posture assessment can occur

Defining client provisioning policy rules that match on operating system (and other relevant attributes) to deliver the correct agent package for each platform

Delivering the exact same single agent package to every endpoint regardless of operating system

6 / 10

Which outcome would likely result from a posture policy with conditions that are too strict or based on outdated compliance criteria (such as requiring a discontinued antivirus product)?

The posture policy would automatically be rejected and deleted by ISE at creation time

The organization's DNS infrastructure would automatically fail as a direct result

All network devices would automatically lose RADIUS connectivity as a direct result

The profiler feed service would automatically disable itself in response

ISE would automatically update the outdated condition on its own with no administrator involvement, though this is not generally recommended, regardless of the platform version in use

Legitimate, otherwise healthy endpoints could be incorrectly and persistently classified as non-compliant, causing unnecessary access restriction

7 / 10

Which practice would help validate that a newly created posture policy and its associated conditions work as intended before relying on it across the full production network?

Testing the policy exclusively by reading its configuration screen with no actual endpoint evaluation involved, under typical configuration conditions, which does not align with best practices

Assuming the policy works correctly simply because it was created, with no verification of any kind

Deploying the policy directly to the entire production network with no testing at all

Testing the policy against representative endpoints in a controlled or limited scope and reviewing the resulting compliance and authorization outcomes

Waiting for a user complaint before ever validating the policy's behavior

Copying an unrelated organization's posture policy verbatim and assuming it will work without adaptation

8 / 10

Which combination of posture condition and policy design practices would provide accurate, low-friction compliance enforcement for an organization with a mix of operating systems and antivirus vendors?

A single condition set assumed to apply identically and correctly to every operating system and antivirus vendor, in accordance with common design practices, which is not the standard approach

Never reviewing posture policy accuracy after initial deployment regardless of endpoint population changes

No client provisioning differentiation at all, delivering one agent package regardless of platform

Platform-appropriate client provisioning, conditions based on currently supported and relevant compliance criteria, clear remediation paths, and periodic review of policy accuracy against the actual endpoint population

Conditions based on a discontinued antivirus product with no periodic review or update

No remediation path at all, requiring permanent disconnection for any non-compliant endpoint

9 / 10

Which factor would most influence how frequently an organization re-evaluates and updates its posture conditions over time?

The color scheme configured for the ISE administrative GUI

Changes in the organization's security requirements, supported antivirus/patch vendors, and the evolving threat landscape

The font used in the organization's internal newsletter

The specific brand of coffee served in the network operations center

The average outdoor temperature at the organization's headquarters

The number of parking spaces available in the visitor lot

10 / 10

Which statement accurately describes the relationship between client provisioning and posture conditions in the overall posture assessment workflow?

Posture conditions must always be delivered before client provisioning can occur, reversing the typical sequence

Posture conditions are only relevant to guest devices and never apply to client-provisioned corporate endpoints

Client provisioning is performed exclusively by the profiler feed service with no separate client provisioning policy involved

Client provisioning and posture conditions are simply two different names for the exact same single process with no distinction, under normal operating conditions, in accordance with common design practices

Client provisioning replaces the need for any posture conditions once an agent is installed

Client provisioning delivers the agent capable of evaluating the endpoint, while posture conditions define the specific compliance criteria that agent then checks against the endpoint

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