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That check fits Client Connector enrollment, because inspect the installed client's enrollment and service status. It does not diagnose the different incident involving Client Connector refresh cycle and the need to apply newly changed profile or policy settings to a previously enrolled client.

That check fits Client Connector user authentication, because inspect the client authentication tab and IdP sign-in result. It does not diagnose the different incident involving Client Connector refresh cycle and the need to apply newly changed profile or policy settings to a previously enrolled client.

That check fits Client Connector ZIA service status, because inspect the ZIA service state, forwarding profile and observed traffic path. It does not diagnose the different incident involving Client Connector refresh cycle and the need to apply newly changed profile or policy settings to a previously enrolled client.

That check fits ZIA Cloud NSS HTTPS collector, because check feed status, format, and SIEM response codes. It does not diagnose the different incident involving Incident correlation by identity and the need to join permitted security events across ZIA and ZPA in an enterprise analytics workflow.

That check fits ZPA LSS receiver integration, because verify log receiver delivery, log type and retention policy. It does not diagnose the different incident involving Incident correlation by identity and the need to join permitted security events across ZIA and ZPA in an enterprise analytics workflow.

That check fits ZIA VM NSS on-prem SIEM, because validate NSS relay health and the SIEM input mapping. It does not diagnose the different incident involving Incident correlation by identity and the need to join permitted security events across ZIA and ZPA in an enterprise analytics workflow.

That evidence is appropriate for App Connector backend reachability: the connector can resolve and reach the intended application address and port. It would not confirm remediation of ZPA app segment mismatch.

That evidence is appropriate for ZPA entitlement mismatch: A policy-block log identifies the denying rule for the affected user. It would not confirm remediation of ZPA app segment mismatch.

That evidence is appropriate for App Connector cloud disconnect: the connector reconnects after its identified network or registration fault is resolved. It would not confirm remediation of ZPA app segment mismatch.

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 export logs.

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 export logs.

That evidence is appropriate for Client Connector debug mode: reproduction yields a richer diagnostic record of the failing operation. It would not confirm remediation of Client Connector export logs.

This would be evidence for ZPA App Connector Status diagnostics: the relevant connector shows its status and errors in the selected interval. It does not demonstrate that the team can distinguish authentication failures from downstream private-app connection failures using ZPA User Status diagnostics.

This would be evidence for ZPA User Activity diagnostics: A filtered session shows the application segment, user identity and reported failure. It does not demonstrate that the team can distinguish authentication failures from downstream private-app connection failures using ZPA User Status diagnostics.

This would be evidence for ZPA access policy block trend: the block trend rises for the targeted application after the change. It does not demonstrate that the team can distinguish authentication failures from downstream private-app connection failures using ZPA User Status diagnostics.

Tenant restriction policy is used to stop users from accessing personal instances of supported SaaS services while keeping sanctioned organizational tenants available. It works because tenant restriction controls apply supported tenant-aware conditions to cloud service access, but does not directly implement the named need for Cloud App Control rule.

Unsanctioned cloud app block is used to stop access to a cloud service designated as unacceptable in the tenant. It works because cloud App Control can enforce deny decisions against classified cloud services, but does not directly implement the named need for Cloud App Control rule.

Cloud App Control activity rule is used to differentiate a sensitive action such as posting or uploading from passive browsing on a supported service. It works because activity-level rules evaluate recognized cloud application actions under the enforcement policy, but does not directly implement the named need for Cloud App Control rule.

Threat Insights drilldown is used to find whether a suspicious destination was detected by a ZIA threat control. It works because threat Insights associates observable security events with threat classifications and enforcement, but does not directly implement the named need for Firewall Insights view.

DNS Insights view is used to investigate whether a suspected domain was queried and what security action followed. It works because DNS Insights exposes observed DNS traffic and associated classifications or enforcement where recorded, but does not directly implement the named need for Firewall Insights view.

Web Insights filter is used to identify the blocked web requests for one named employee during an incident window. It works because ZIA Web Insights supports transaction analysis with user, action, destination, and time filters, but does not directly implement the named need for Firewall Insights view.

That behavior describes ZPA User Activity diagnostics: ZPA User Activity diagnostics records application, user, policy and connection outcomes. It addresses the separate need to determine which private application sessions failed for a single user, rather than describing the selected ZPA User Status diagnostics mechanism.

That behavior describes ZPA App Connector Status diagnostics: App Connector Status diagnostics captures connector request health and recent error indicators. It addresses the separate need to inspect whether connectors serving a private application are currently unhealthy, rather than describing the selected ZPA User Status diagnostics mechanism.

That behavior describes ZPA access policy block trend: user Activity diagnostics provides an access-policy block view over a chosen time interval. It addresses the separate need to check whether an access-rule change increased denials to a private application, rather than describing the selected ZPA User Status diagnostics mechanism.

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 Firewall Insights view and the need to separate permitted and denied firewall flows for an affected branch location.

That check fits Web Insights filter, because set the incident time range and correlate the user, action and applied policy. It does not diagnose the different incident involving Firewall Insights view and the need to separate permitted and denied firewall flows for an affected branch location.

That check fits Threat Insights drilldown, because compare threat event category, policy and request timestamp. It does not diagnose the different incident involving Firewall Insights view and the need to separate permitted and denied firewall flows for an affected branch location.

That diagnostic target applies to SAML sign-in loop, where the team needs to investigate a browser authentication redirect that never completes. Its failure dependency is SAML IdP reachability, metadata and correct traffic bypasses are prerequisites for selected flows, which is different from the reported Policy precedence conflict issue.

That diagnostic target applies to Expired SAML certificate, where the team needs to explain why valid users suddenly fail identity federation after certificate rollover. Its failure dependency is SAML assertion validation depends on a trusted current signing certificate and issuer configuration, which is different from the reported Policy precedence conflict issue.

That diagnostic target applies to Incorrect group mapping, where the team needs to troubleshoot why a finance user is denied a group-restricted web rule despite logging in. Its failure dependency is identity group attributes must be present and mapped to match an identity-based rule, which is different from the reported Policy precedence conflict issue.

Endpoint protection posture is used to require an endpoint protection condition before permitting access to a protected resource. It works because A supported posture check examines the configured security control condition on the client, but does not directly implement the named need for Trusted network detection.

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 Trusted network detection.

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 Trusted network detection.