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ZPA LSS receiver integration is used to correlate private-app access and App Connector status outside the ZPA console. It works because LSS forwards supported ZPA diagnostics to an external log receiver, but does not directly implement the named need for ZIA VM NSS on-prem SIEM.

Incident correlation by identity is used to join permitted security events across ZIA and ZPA in an enterprise analytics workflow. It works because shared user and time fields can support correlation between web and private-app activity, but does not directly implement the named need for ZIA VM NSS on-prem SIEM.

ZIA Cloud NSS HTTPS collector is used to send selected ZIA security logs to a cloud SIEM ingestion endpoint. It works because cloud NSS can deliver selected supported log types over HTTPS to a compatible collector, but does not directly implement the named need for ZIA VM NSS on-prem SIEM.

SAML identity federation is used to connect enterprise SSO to supported Zscaler user authentication paths. It works because SAML federation allows the configured identity provider to authenticate a user for the service, but does not directly implement the named need for Client Connector app profile integration.

Identity group policy mapping is used to use identity provider group attributes to apply different web access controls. It works because mapped identity or group context can be referenced by the supported tenant policy engine, but does not directly implement the named need for Client Connector app profile integration.

Managed endpoint posture context is used to use enrolled device signals to constrain access to sensitive applications. It works because available Client Connector or device posture context contributes to supported conditional rules, but does not directly implement the named need for Client Connector app profile integration.

That check fits Threat Insights drilldown, because compare threat event category, policy and request timestamp. It does not diagnose the different incident involving DNS Insights view and the need to investigate whether a suspected domain was queried and what security action followed.

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 DNS Insights view and the need to investigate whether a suspected domain was queried and what security action followed.

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 DNS Insights view and the need to investigate whether a suspected domain was queried and what security action followed.

For Firewall application awareness, port 443 alone does not uniquely identify every SaaS application. It is not the specific constraint the reviewer needs to assess for DNS security policy.

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 DNS security policy.

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 DNS security policy.

That check fits ZPA User Activity diagnostics, because filter User Activity by identity, segment, outcome and time. It does not diagnose the different incident involving ZPA App Connector Status diagnostics and the need to inspect whether connectors serving a private application are currently unhealthy.

That check fits ZPA User Status diagnostics, because compare user authentication state with a separate User Activity session. It does not diagnose the different incident involving ZPA App Connector Status diagnostics and the need to inspect whether connectors serving a private application are currently unhealthy.

That check fits ZPA access policy block trend, because correlate the block timestamp, user and applied access rule. It does not diagnose the different incident involving ZPA App Connector Status diagnostics and the need to inspect whether connectors serving a private application are currently unhealthy.

This would be evidence for HTTPS response malware scan: the test download generates inspection and threat verdict records under policy. It does not demonstrate that the team can inspect traffic for managed employees but exempt a documented test population using TLS policy user targeting.

This would be evidence for TLS inspection rule: A controlled HTTPS file is inspected under the matching SSL policy. It does not demonstrate that the team can inspect traffic for managed employees but exempt a documented test population using TLS policy user targeting.

This would be evidence for SSL inspection exclusion: the portal remains uninspected while ordinary test traffic is inspected. It does not demonstrate that the team can inspect traffic for managed employees but exempt a documented test population using TLS policy user targeting.

This warning belongs to Incorrect forwarding profile: the proper profile depends on the applicable trusted-network and tunnel configuration. It is not the specific caution required for Client Connector debug mode.

This warning belongs to Client Connector export logs: disabling security services may hide the issue rather than preserve useful evidence. It is not the specific caution required for Client Connector debug mode.

This warning belongs to Client Connector repair: repair is not a remedy for an intentionally blocking tenant web policy. It is not the specific caution required for Client Connector debug mode.

This would be evidence for DLP boolean condition: the jointly matching sample is blocked while a single-signal negative test is not. It does not demonstrate that the team can find sensitive information types such as card numbers in permitted inspected content using DLP dictionary match.

This would be evidence for Custom DLP dictionary: the proprietary sample matches and an unrelated sample does not. It does not demonstrate that the team can find sensitive information types such as card numbers in permitted inspected content using DLP dictionary match.

This would be evidence for Exact Data Match: A test file containing an indexed record triggers the corresponding EDM result. It does not demonstrate that the team can find sensitive information types such as card numbers in permitted inspected content using DLP dictionary match.

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

That check belongs to Client Connector repair: compare pre- and post-repair service status and client errors. It would not directly diagnose the separate Trusted network criteria mismatch triage 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 Trusted network criteria mismatch triage failure.

Cloud Sandbox analysis is used to analyze an unknown suspicious executable through behavioral detonation where policy permits. It works because cloud sandboxing evaluates supported submitted files beyond a basic static signature check, but does not directly implement the named need for Advanced Threat Protection.

Newly registered domain control is used to apply extra scrutiny to domains first registered very recently when risk policy requires. It works because threat policy can use newly registered domain classification to mitigate short-lived malicious sites, but does not directly implement the named need for Advanced Threat Protection.

Malware protection rule is used to stop a known malicious file download before it reaches an endpoint. It works because malware inspection applies configured detection and block controls to observed file transfers, but does not directly implement the named need for Advanced Threat Protection.

This explanation belongs to App Connector cloud disconnect: connector diagnostics and local logs reveal cloud-channel health and possible registration faults. It would guide a different diagnosis, not the described App Connector backend reachability investigation.

This explanation belongs to ZPA app segment mismatch: application segment hostname and port definitions bound which private services may be reached. It would guide a different diagnosis, not the described App Connector backend reachability investigation.

This explanation belongs to ZPA entitlement mismatch: ZPA access policy evaluates identity, groups and app context before permitting connections. It would guide a different diagnosis, not the described App Connector backend reachability investigation.