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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.

For ZIA VM NSS on-prem SIEM, the collector protocol and feed filtering must match the receiving parser. It is not the specific constraint the reviewer needs to assess for Administrative audit export.

For ZPA LSS receiver integration, ZPA LSS is not the same feature or log feed as ZIA NSS. It is not the specific constraint the reviewer needs to assess for Administrative audit export.

For ZIA Cloud NSS HTTPS collector, A 400 parsing response may cause the batch to be dropped rather than retried indefinitely. It is not the specific constraint the reviewer needs to assess for Administrative audit export.

That behavior describes Incident correlation by identity: shared user and time fields can support correlation between web and private-app activity. It addresses the separate need to join permitted security events across ZIA and ZPA in an enterprise analytics workflow, rather than describing the selected ZPA LSS receiver integration mechanism.

That behavior describes ZIA VM NSS on-prem SIEM: VM-based NSS receives cloud Nanolog data and forwards filtered output to the SIEM. It addresses the separate need to send web events through a customer-hosted streaming relay to a private collector, rather than describing the selected ZPA LSS receiver integration mechanism.

That behavior describes ZIA Cloud NSS HTTPS collector: cloud NSS can deliver selected supported log types over HTTPS to a compatible collector. It addresses the separate need to send selected ZIA security logs to a cloud SIEM ingestion endpoint, rather than describing the selected ZPA LSS receiver integration mechanism.

For ZPA application segment, creating a segment does not grant every employee access by itself. It is not the specific constraint the reviewer needs to assess for ZPA browser access rule.

For ZPA server-group association, good user authentication cannot repair an unreachable backend server. It is not the specific constraint the reviewer needs to assess for ZPA browser access rule.

For ZPA device posture condition, valid SAML login cannot replace an independently required posture check. It is not the specific constraint the reviewer needs to assess for ZPA browser access rule.

For Client Connector enrollment, installing the package does not prove successful user authentication or service enrollment. It is not the specific constraint the reviewer needs to assess for Client Connector ZPA service status.

For Client Connector user authentication, enrollment of a device does not always imply that the current user has authenticated. It is not the specific constraint the reviewer needs to assess for Client Connector ZPA service status.

For Client Connector ZIA service status, an active ZPA service does not necessarily mean ZIA internet traffic is forwarded. It is not the specific constraint the reviewer needs to assess for Client Connector ZPA service status.

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 require combinations of multiple sensitive signals before escalating a content event using DLP boolean condition.

This would be evidence for DLP policy block action: A protected-file upload is blocked and a matching DLP incident is recorded. It does not demonstrate that the team can require combinations of multiple sensitive signals before escalating a content event using DLP boolean condition.

This would be evidence for DLP dictionary match: A controlled sample containing the targeted data generates a DLP incident match. It does not demonstrate that the team can require combinations of multiple sensitive signals before escalating a content event using DLP boolean condition.

IdP signing-certificate rollover is used to restore federated login after an identity provider rotates its SAML signing certificate. It works because Zscaler SAML assertion validation relies on a trusted current IdP signing certificate and configuration, but does not directly implement the named need for SAML identity provider.

SAML assertion attributes is used to make department or group claims from a completed sign-in available as policy context. It works because the identity provider sends mapped claims in the SAML assertion for authorized policy use, but does not directly implement the named need for SAML identity provider.

SCIM group membership is used to keep membership changes synchronized for policies based on enterprise groups. It works because SCIM group operations propagate intended membership changes to the Zscaler tenant, but does not directly implement the named need for SAML identity provider.

This would be evidence for Trusted network detection: the client identifies the intended network as trusted and selects the corresponding profile. It does not demonstrate that the team can require an endpoint protection condition before permitting access to a protected resource using Endpoint protection posture.

This would be evidence for Device posture policy: A compliant test device gains access while the intentionally noncompliant device does not. It does not demonstrate that the team can require an endpoint protection condition before permitting access to a protected resource using Endpoint protection posture.

This would be evidence for Operating-system posture signal: the evaluated device reports the OS attribute that the policy expects. It does not demonstrate that the team can require an endpoint protection condition before permitting access to a protected resource using Endpoint protection posture.

That evidence is appropriate for ZPA app segment mismatch: after the segment includes the approved service port, that specific flow succeeds. It would not confirm remediation of ZIA request-path mismatch.

That evidence is appropriate for NSS missing web events: new test web transactions arrive in the collector with the expected log type. It would not confirm remediation of ZIA request-path mismatch.

That evidence is appropriate for DLP policy false positive: A controlled positive and negative test isolate the overbroad detector condition. It would not confirm remediation of ZIA request-path mismatch.

ZPA private application service is used to give an approved remote employee app-specific access without exposing private application addresses publicly. It works because Zscaler Private Access brokers identity-controlled connections toward internal apps through connectors, but does not directly implement the named need for ZDX digital experience service.

ZIA internet security is used to inspect and enforce policy for corporate users' internet and SaaS-bound traffic. It works because Zscaler Internet Access applies cloud security and internet access policies to forwarded web traffic, but does not directly implement the named need for ZDX digital experience service.

Zero Trust Exchange service is used to replace broad network trust with policy decisions tied to users and application requests. It works because the cloud-delivered Zero Trust Exchange evaluates context rather than exposing an entire network, but does not directly implement the named need for ZDX digital experience service.

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 DNS 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 DNS Insights view.

Firewall Insights view is used to separate permitted and denied firewall flows for an affected branch location. It works because firewall Insights analyzes ZIA firewall traffic with location, action, destination and protocol context, but does not directly implement the named need for DNS Insights view.