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This would be evidence for App Connector provisioning key: the new connector registers successfully in the intended tenant and group. It does not demonstrate that the team can associate a set of private application destinations with eligible App Connector groups using ZPA server group.

This would be evidence for App Connector group: two healthy connector instances appear in the intended group. It does not demonstrate that the team can associate a set of private application destinations with eligible App Connector groups using ZPA server group.

This would be evidence for ZPA App Connector: connector health is good and an approved private app connection reaches the expected service. It does not demonstrate that the team can associate a set of private application destinations with eligible App Connector groups using ZPA server group.

For ZDX application score, A score is not a packet-level root-cause diagnosis on its own. It is not the specific constraint the reviewer needs to assess for ZDX cloud-path probe.

For ZDX web-probe metric, A successful TCP connection does not measure the full browser page-fetch experience. It is not the specific constraint the reviewer needs to assess for ZDX cloud-path probe.

For ZDX device health detail, an endpoint CPU spike is correlation, not proof that the network is healthy. It is not the specific constraint the reviewer needs to assess for ZDX cloud-path probe.

That check fits Insights time filter, because verify browser time zone and request timestamps before forming conclusions. It does not diagnose the different incident involving Web Insights filter and the need to identify the blocked web requests for one named employee during an incident window.

That check fits Firewall Insights view, because filter firewall traffic by source location, destination and policy action. It does not diagnose the different incident involving Web Insights filter and the need to identify the blocked web requests for one named employee during an incident window.

That check fits DNS Insights view, because review DNS transaction logs rather than infer DNS requests from web hits. It does not diagnose the different incident involving Web Insights filter and the need to identify the blocked web requests for one named employee during an incident window.

This would be evidence for ZDX application score: the dashboard isolates the application and time period associated with the low score. It does not demonstrate that the team can determine whether degraded experience is concentrated among users in one branch using ZDX impacted location.

This would be evidence for ZDX web-probe metric: page-fetch-time data shows the before-and-after difference for the same application. It does not demonstrate that the team can determine whether degraded experience is concentrated among users in one branch using ZDX impacted location.

This would be evidence for ZDX device health detail: the affected endpoint shows a resource spike aligned with the experience degradation. It does not demonstrate that the team can determine whether degraded experience is concentrated among users in one branch using ZDX impacted location.

That evidence is appropriate for Client Connector repair: the repaired client resumes expected network and service operation. It would not confirm remediation of Client Connector debug mode.

That evidence is appropriate for Incorrect forwarding profile: the endpoint shows an unexpected network type or forwarding action. It would not confirm remediation of Client Connector debug mode.

That evidence is appropriate for Client Connector export logs: an exported log bundle captures the relevant connection interval and service errors. It would not confirm remediation of Client Connector debug mode.

Client-based private app access is used to let a managed client connect to a non-browser private application through policy-controlled ZPA. It works because Client Connector directs an approved application's private access through ZPA services, but does not directly implement the named need for Private app access event.

ZPA application entitlement is used to prevent a correctly authenticated employee from connecting to an unassigned internal service. It works because application access policies grant only approved users and conditions access to named private apps, but does not directly implement the named need for Private app access event.

ZPA browser access is used to give an approved user browser-based access to a supported private web application without installing the full client. It works because browser Access publishes selected supported private web app sessions through a controlled browser flow, but does not directly implement the named need for Private app access event.

This would be evidence for Managed endpoint posture context: compliant and noncompliant test endpoints produce the configured differing access. It does not demonstrate that the team can apply an approved tunnel and certificate deployment choice across managed devices using Client Connector app profile integration.

This would be evidence for SAML identity federation: A pilot employee completes SSO and appears as the expected identity in service policy context. It does not demonstrate that the team can apply an approved tunnel and certificate deployment choice across managed devices using Client Connector app profile integration.

This would be evidence for Identity group policy mapping: two group-controlled test users receive the expected differing decisions. It does not demonstrate that the team can apply an approved tunnel and certificate deployment choice across managed devices using Client Connector app profile integration.

Trusted network detection is used to apply different client forwarding decisions when the endpoint joins a recognized corporate network. It works because trusted network criteria let Client Connector identify a network environment for policy evaluation, but does not directly implement the named need for Endpoint protection posture.

Operating-system posture signal is used to use supported operating-system attributes when deciding whether an endpoint may connect. It works because Client posture information can express supported OS characteristics to access policy evaluation, but does not directly implement the named need for Endpoint protection posture.

Device posture policy is used to restrict a sensitive private application to endpoints meeting defined security checks. It works because device posture evaluates supported endpoint characteristics and contributes conditions to ZPA access decisions, but does not directly implement the named need for Endpoint protection posture.

That check belongs to Expired SAML certificate: inspect certificate validity, metadata and relevant SAML error details. It would not directly diagnose the separate TLS interception trust failure failure.

That check belongs to SAML sign-in loop: check IdP URLs, certificate metadata and forwarding exemptions. It would not directly diagnose the separate TLS interception trust failure failure.

That check belongs to Incorrect group mapping: inspect IdP claims, service-side mappings and policy evaluation. It would not directly diagnose the separate TLS interception trust failure failure.

Device-risk conditional access is used to restrict an app if available endpoint posture fails a required control. It works because access rules evaluate configured device posture conditions alongside user entitlement, but does not directly implement the named need for User-group web policy.

Private app microsegmentation is used to restrict an employee to approved applications rather than a whole internal subnet. It works because ZPA app-specific policy limits connectivity to explicitly published application segments, but does not directly implement the named need for User-group web policy.

Time-scoped web policy is used to permit a temporary vendor site only during an approved maintenance window. It works because A time condition narrows the matching period for the web access rule, but does not directly implement the named need for User-group web policy.

This would be evidence for Security rule priority: A narrow test request matches the explicit exception at the intended priority. It does not demonstrate that the team can make a vendor-access exception temporary rather than permanent using Policy exception expiry.

This would be evidence for Policy test transaction: the web or firewall log shows the new rule ID and correct disposition. It does not demonstrate that the team can make a vendor-access exception temporary rather than permanent using Policy exception expiry.

This would be evidence for Rule location condition: A request from the targeted branch matches while another site is unaffected. It does not demonstrate that the team can make a vendor-access exception temporary rather than permanent using Policy exception expiry.