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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 make encrypted web payloads eligible for configured malware and data policies using ZIA SSL inspection enablement.

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 make encrypted web payloads eligible for configured malware and data policies using ZIA SSL inspection enablement.

This would be evidence for ZDX endpoint telemetry enrollment: the endpoint is listed and a recent monitored-app observation appears in ZDX. It does not demonstrate that the team can make encrypted web payloads eligible for configured malware and data policies using ZIA SSL inspection enablement.

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 Administrative audit export and the need to preserve administrative changes for external audit review using an allowed log export.

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 Administrative audit export and the need to preserve administrative changes for external audit review using an allowed log export.

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 Administrative audit export and the need to preserve administrative changes for external audit review using an allowed log export.

That check fits Cloud App Control activity rule, because check app activity type and whether the request is inspected and logged. It does not diagnose the different incident involving Cloud app isolate action and the need to allow a controlled browser session to a higher-risk web app without directly exposing the endpoint to active web content.

That check fits Cloud App Control rule, because inspect cloud-app action classification and policy activity record. It does not diagnose the different incident involving Cloud app isolate action and the need to allow a controlled browser session to a higher-risk web app without directly exposing the endpoint to active web content.

That check fits Unsanctioned cloud app block, because confirm the app classification and matching cloud app policy. It does not diagnose the different incident involving Cloud app isolate action and the need to allow a controlled browser session to a higher-risk web app without directly exposing the endpoint to active web content.

This would be evidence for ZPA User Status diagnostics: the filtered authentication record identifies an authentication failure or success. It does not demonstrate that the team can correlate an application's failed request with its diagnostic record using ZPA connection identifier.

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 correlate an application's failed request with its diagnostic record using ZPA connection identifier.

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 correlate an application's failed request with its diagnostic record using ZPA connection identifier.

That behavior describes ZIA internet security: Zscaler Internet Access applies cloud security and internet access policies to forwarded web traffic. It addresses the separate need to inspect and enforce policy for corporate users' internet and SaaS-bound traffic, rather than describing the selected ZDX digital experience service mechanism.

That behavior describes Zero Trust Exchange service: the cloud-delivered Zero Trust Exchange evaluates context rather than exposing an entire network. It addresses the separate need to replace broad network trust with policy decisions tied to users and application requests, rather than describing the selected ZDX digital experience service mechanism.

That behavior describes ZPA private application service: Zscaler Private Access brokers identity-controlled connections toward internal apps through connectors. It addresses the separate need to give an approved remote employee app-specific access without exposing private application addresses publicly, rather than describing the selected ZDX digital experience service 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 App Connector Status diagnostics mechanism.

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 App Connector 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 App Connector Status diagnostics mechanism.

That diagnostic target applies to NSS missing web events, where the team needs to find why a SIEM stopped receiving web logs even though ZIA traffic still works. Its failure dependency is NSS export depends on an active feed, compatible destination and functioning delivery path, which is different from the reported DLP policy false positive issue.

That diagnostic target applies to ZIA request-path mismatch, where the team needs to determine whether a failed request was actually forwarded to the Zscaler service. Its failure dependency is forwarding settings and observed tunnel or web logs help distinguish bypass from enforcement, which is different from the reported DLP policy false positive issue.

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 DLP policy false positive issue.

That evidence is appropriate for TLS interception trust failure: A supported browser trusts the issuer and the inspected site loads without chain errors. It would not confirm remediation of Expired SAML certificate.

That evidence is appropriate for SAML sign-in loop: A direct IdP request succeeds and the configured service-provider exchange completes. It would not confirm remediation of Expired SAML certificate.

That evidence is appropriate for Incorrect group mapping: A new session carries the intended finance group and matches the expected policy. It would not confirm remediation of Expired SAML certificate.

That check fits Identity group policy mapping, because compare IdP attributes, tenant identity and matched rule. It does not diagnose the different incident involving Client Connector app profile integration and the need to apply an approved tunnel and certificate deployment choice across managed devices.

That check fits Managed endpoint posture context, because check posture signal availability and entitlement evaluation. It does not diagnose the different incident involving Client Connector app profile integration and the need to apply an approved tunnel and certificate deployment choice across managed devices.

That check fits SAML identity federation, because check SAML trust metadata and the expected identity attributes. It does not diagnose the different incident involving Client Connector app profile integration and the need to apply an approved tunnel and certificate deployment choice across managed devices.

That behavior describes PAC file forwarding: A proxy auto-configuration file returns proxy instructions or DIRECT according to its JavaScript conditions. It addresses the separate need to steer supported browser or proxy-aware requests to an approved proxy based on destination logic, rather than describing the selected Forwarding profile mechanism.

That behavior describes Z-Tunnel forwarding: Z-Tunnel uses client forwarding transport to direct eligible traffic to ZIA enforcement. It addresses the separate need to forward supported endpoint internet traffic through Client Connector's tunnel mode, rather than describing the selected Forwarding profile mechanism.

That behavior describes IPsec tunnel: IPsec establishes an encrypted tunnel with agreed security associations to the provider edge. It addresses the separate need to protect forwarded branch traffic across an untrusted transport while connecting to the cloud service, rather than describing the selected Forwarding profile mechanism.

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 user authentication and the need to associate the signed-in endpoint user with identity-based forwarding policies.

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 user authentication and the need to associate the signed-in endpoint user with identity-based forwarding policies.

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 user authentication and the need to associate the signed-in endpoint user with identity-based forwarding policies.