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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 access policy block trend mechanism.

That behavior describes ZPA User Status diagnostics: ZPA User Status diagnostics focuses on client authentication and status records. It addresses the separate need to distinguish authentication failures from downstream private-app connection failures, rather than describing the selected ZPA access policy block trend 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 access policy block trend mechanism.

For Cloud Firewall network rule, URL filtering classification is not a direct substitute for all non-web ports. It is not the specific constraint the reviewer needs to assess for Bandwidth control class.

For DNS security policy, A DNS block does not retroactively remove an existing unrelated cached application session. It is not the specific constraint the reviewer needs to assess for Bandwidth control class.

For FQDN firewall policy, A dynamic destination name may resolve to different IPs over time. It is not the specific constraint the reviewer needs to assess for Bandwidth control class.

This would be evidence for ZPA browser access: the authorized user opens the assigned app in a browser without a network-layer VPN tunnel. It does not demonstrate that the team can investigate which identity or policy authorized a private application session using Private app access event.

This would be evidence for Client-based private app access: the application session succeeds and is recorded against the approved app segment. It does not demonstrate that the team can investigate which identity or policy authorized a private application session using Private app access event.

This would be evidence for ZPA application entitlement: the entitled group can reach the app while an unrelated group is denied. It does not demonstrate that the team can investigate which identity or policy authorized a private application session using Private app access event.

FQDN firewall policy is used to apply a network policy to an approved destination name rather than a fixed remote IP where supported. It works because FQDN-aware policy conditions can use destination hostname context for rule matching, but does not directly implement the named need for Cloud Firewall network rule.

DNS security policy is used to block requests to a confirmed malicious DNS destination before a downstream connection. It works because DNS inspection and policy can reject queries for prohibited domains, but does not directly implement the named need for Cloud Firewall network rule.

Firewall application awareness is used to distinguish recognized application behavior from just raw destination port numbers. It works because application-aware firewall conditions use classified traffic attributes under supported inspection, but does not directly implement the named need for Cloud Firewall network rule.

That check belongs to Client Connector debug mode: return logging to its managed baseline after collecting sufficient evidence. It would not directly diagnose the separate Client Connector repair failure.

That check belongs to Incorrect forwarding profile: compare detected network, selected profile and actual traffic-forwarding path. It would not directly diagnose the separate Client Connector repair failure.

That check belongs to Client Connector export logs: export logs while reproducing the behavior under normal policy. It would not directly diagnose the separate Client Connector repair failure.

That behavior describes Policy exception minimization: narrow policy criteria can restrict an exception by user, destination and schedule. It addresses the separate need to reduce access risk while preserving one justified business destination, rather than describing the selected Experience-guided optimization mechanism.

That behavior describes SAML identity federation: SAML federation allows the configured identity provider to authenticate a user for the service. It addresses the separate need to connect enterprise SSO to supported Zscaler user authentication paths, rather than describing the selected Experience-guided optimization mechanism.

That behavior describes Location-aware forwarding optimization: forwarding profiles set tunnel and bypass actions for trusted or untrusted contexts. It addresses the separate need to align Client Connector traffic paths with the network trust criteria and policy design, rather than describing the selected Experience-guided optimization mechanism.

That behavior describes ZIA sub-location: A sub-location provides a finer location-level scope under its parent. It addresses the separate need to give one part of a larger office different policy treatment while using an established parent location, rather than describing the selected ZIA location definition mechanism.

That behavior describes Policy activation: an activated policy change must reach applicable enforcement components before affecting sessions. It addresses the separate need to make a reviewed change effective for relevant traffic rather than leaving a draft configuration unapplied, rather than describing the selected ZIA location definition mechanism.

That behavior describes Location group: A location group allows policies to reference a managed set of sites. It addresses the separate need to apply a uniform access restriction to multiple branch office locations at once, rather than describing the selected ZIA location definition mechanism.

This would be evidence for ZIA SSL trust deployment: A permitted test HTTPS connection completes without certificate trust warnings and is logged as inspected. It does not demonstrate that the team can begin observing an eligible managed endpoint's digital experience signals using ZDX endpoint telemetry enrollment.

This would be evidence for ZIA SSL inspection enablement: A controlled test session is classified as inspected and can be checked against an inline security rule. It does not demonstrate that the team can begin observing an eligible managed endpoint's digital experience signals using ZDX endpoint telemetry enrollment.

This would be evidence for ZIA SSL inspection bypass: the exempt session shows no decrypt action while other eligible sessions remain inspected. It does not demonstrate that the team can begin observing an eligible managed endpoint's digital experience signals using ZDX endpoint telemetry enrollment.

ZDX cloud-path probe is used to inspect path latency and packet-loss indicators between an endpoint and a service. It works because ZDX cloud-path probes provide network-path measurements such as latency, loss and hops, but does not directly implement the named need for ZDX web-probe metric.

ZDX application score is used to identify which monitored application has the poorest measured end-user experience. It works because the ZDX Score summarizes application experience using observed probe or monitoring metrics, but does not directly implement the named need for ZDX web-probe metric.

ZDX impacted location is used to determine whether degraded experience is concentrated among users in one branch. It works because ZDX application and location views associate experience scores with affected geographic cohorts, but does not directly implement the named need for ZDX web-probe metric.

That check fits Client Connector ZPA service status, because inspect ZPA service status and the private application access decision. It does not diagnose the different incident involving Client Connector ZIA service status and the need to confirm that a laptop is applying the intended secure internet access forwarding configuration.

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 ZIA service status and the need to confirm that a laptop is applying the intended secure internet access forwarding configuration.

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 ZIA service status and the need to confirm that a laptop is applying the intended secure internet access forwarding configuration.

That behavior describes Exact Data Match: EDM uses an index derived from selected structured enterprise records to identify sensitive data. It addresses the separate need to recognize sensitive structured source records without uploading raw values for ordinary matching, rather than describing the selected Custom DLP dictionary mechanism.

That behavior describes DLP boolean condition: DLP rule conditions can combine detectors into a narrowly scoped logical match. It addresses the separate need to require combinations of multiple sensitive signals before escalating a content event, rather than describing the selected Custom DLP dictionary mechanism.

That behavior describes DLP dictionary match: data loss prevention dictionaries detect defined patterns or content conditions. It addresses the separate need to find sensitive information types such as card numbers in permitted inspected content, rather than describing the selected Custom DLP dictionary mechanism.