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Advanced Threat Protection is used to detect and prevent selected high-risk web threats and command-and-control indicators. It works because ATP services evaluate relevant suspicious destinations or traffic patterns under security policy, but does not directly implement the named need for Newly registered domain control.

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 Newly registered domain control.

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 Newly registered domain control.

That behavior describes Client Connector enrollment: Client Connector enrollment associates the endpoint and user with tenant policies and service profiles. It addresses the separate need to prepare a managed laptop to use assigned Zscaler services through the client, rather than describing the selected Client Connector ZIA service status mechanism.

That behavior describes Client Connector user authentication: Client Connector completes its configured sign-in flow and obtains user context for service access. It addresses the separate need to associate the signed-in endpoint user with identity-based forwarding policies, rather than describing the selected Client Connector ZIA service status mechanism.

That behavior describes Client Connector ZPA service status: the ZPA service provides app-specific private access using identity and policy. It addresses the separate need to enable authorized access to private apps from a remote managed endpoint, rather than describing the selected Client Connector ZIA service status mechanism.

This explanation belongs to App Connector backend reachability: A healthy connector cloud registration does not guarantee network reachability to the app server. It would guide a different diagnosis, not the described ZPA entitlement mismatch 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 ZPA entitlement mismatch investigation.

This explanation belongs to ZPA posture rejection: A configured posture requirement supplements identity and entitlement checks. It would guide a different diagnosis, not the described ZPA entitlement mismatch investigation.

That check fits PAC file forwarding, because check PAC retrieval, FindProxyForURL output and effective client proxy settings. It does not diagnose the different incident involving Z-Tunnel forwarding and the need to forward supported endpoint internet traffic through Client Connector's tunnel mode.

That check fits Forwarding profile, because inspect profile assignment, network detection and active forwarding action. It does not diagnose the different incident involving Z-Tunnel forwarding and the need to forward supported endpoint internet traffic through Client Connector's tunnel mode.

That check fits GRE tunnel, because check tunnel reachability, outer routing and matching ZIA traffic logs. It does not diagnose the different incident involving Z-Tunnel forwarding and the need to forward supported endpoint internet traffic through Client Connector's tunnel mode.

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 Incident correlation by identity.

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 Incident correlation by identity.

ZIA VM NSS on-prem SIEM is used to send web events through a customer-hosted streaming relay to a private collector. It works because VM-based NSS receives cloud Nanolog data and forwards filtered output to the SIEM, but does not directly implement the named need for Incident correlation by identity.

This would be evidence for ZIA VM NSS on-prem SIEM: the private collector receives a matching event through the configured NSS feed. It does not demonstrate that the team can preserve administrative changes for external audit review using an allowed log export using Administrative audit export.

This would be evidence for ZIA Cloud NSS HTTPS collector: the test collector receives the expected JSON event and returns an accepted HTTP response. It does not demonstrate that the team can preserve administrative changes for external audit review using an allowed log export using Administrative audit export.

This would be evidence for ZPA LSS receiver integration: the receiving SIEM shows an app session and connector event with consistent timestamps. It does not demonstrate that the team can preserve administrative changes for external audit review using an allowed log export using Administrative audit export.

That check fits Firewall application awareness, because inspect detected application and the firewall rule's condition. It does not diagnose the different incident involving Cloud Firewall network rule and the need to deny an unwanted outbound TCP service for selected locations at cloud enforcement.

That check fits DNS security policy, because inspect DNS query path, domain reputation and policy verdict. It does not diagnose the different incident involving Cloud Firewall network rule and the need to deny an unwanted outbound TCP service for selected locations at cloud enforcement.

That check fits FQDN firewall policy, because inspect DNS resolution and effective destination matching. It does not diagnose the different incident involving Cloud Firewall network rule and the need to deny an unwanted outbound TCP service for selected locations at cloud enforcement.

This warning belongs to SAML sign-in loop: repeating sign-in without validating reachability or assertion details can mask the defect. It is not the specific caution required for DLP policy false positive.

This warning belongs to NSS missing web events: A healthy browsing session does not prove downstream log streaming is operational. It is not the specific caution required for DLP policy false positive.

This warning belongs to ZIA request-path mismatch: A site browser error without a corresponding Zscaler event is not proof of a ZIA policy block. It is not the specific caution required for DLP policy false positive.

For SSL inspection exclusion, A wide exception for every HTTPS destination defeats inline security visibility. It is not the specific constraint the reviewer needs to assess for TLS policy user targeting.

For TLS inspection rule, TLS policy cannot decrypt unsupported sessions merely because destination DNS resolves. It is not the specific constraint the reviewer needs to assess for TLS policy user targeting.

For HTTPS response malware scan, TLS inspection by itself does not guarantee a malware signature or file verdict exists. It is not the specific constraint the reviewer needs to assess for TLS policy user targeting.

For Time-scoped web policy, A time condition does not independently identify which user or destination qualifies. It is not the specific constraint the reviewer needs to assess for Private app microsegmentation.

For Device-risk conditional access, endpoint posture signal availability depends on the supported client and platform. It is not the specific constraint the reviewer needs to assess for Private app microsegmentation.

For Managed-device cloud restriction, an arbitrary user-agent string alone is not trusted device-compliance evidence. It is not the specific constraint the reviewer needs to assess for Private app microsegmentation.

That behavior describes Client-based private app access: Client Connector directs an approved application's private access through ZPA services. It addresses the separate need to let a managed client connect to a non-browser private application through policy-controlled ZPA, rather than describing the selected ZPA browser access mechanism.

That behavior describes Private app segment mapping: an application segment names the destination and service ports governed by ZPA policy. It addresses the separate need to identify a specific internal app by approved host or IP and port combinations for per-app access, rather than describing the selected ZPA browser access mechanism.

That behavior describes Private app access event: ZPA access records link user context to evaluated policy and target private application. It addresses the separate need to investigate which identity or policy authorized a private application session, rather than describing the selected ZPA browser access mechanism.