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That check fits ZDX endpoint telemetry enrollment, because check ZDX entitlement, client telemetry state and monitoring assignment. It does not diagnose the different incident involving ZIA SSL inspection enablement and the need to make encrypted web payloads eligible for configured malware and data policies.

That check fits ZIA SSL trust deployment, because verify endpoint trust store and the actual issuing certificate chain. It does not diagnose the different incident involving ZIA SSL inspection enablement and the need to make encrypted web payloads eligible for configured malware and data policies.

That check fits ZIA SSL inspection bypass, because inspect the exact exemption condition and test an included and excluded destination. It does not diagnose the different incident involving ZIA SSL inspection enablement and the need to make encrypted web payloads eligible for configured malware and data policies.

For TLS policy user targeting, an unauthenticated request may not match a rule requiring established user identity. It is not the specific constraint the reviewer needs to assess for HTTPS response malware scan.

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 HTTPS response malware scan.

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 HTTPS response malware scan.

That check fits Client Connector app profile integration, because validate enrollment, platform, assigned policy and forwarding profile. It does not diagnose the different incident involving SAML identity federation and the need to connect enterprise SSO to supported Zscaler user authentication paths.

That check fits SCIM directory synchronization, because verify provisioner status, group changes and deprovisioned users. It does not diagnose the different incident involving SAML identity federation and the need to connect enterprise SSO to supported Zscaler user authentication paths.

That check fits Identity group policy mapping, because compare IdP attributes, tenant identity and matched rule. It does not diagnose the different incident involving SAML identity federation and the need to connect enterprise SSO to supported Zscaler user authentication paths.

For Custom DLP dictionary, an excessively broad expression can cause false positives across normal content. It is not the specific constraint the reviewer needs to assess for DLP dictionary match.

For Exact Data Match, generic regex matching does not ensure a match to an actual enterprise source record. It is not the specific constraint the reviewer needs to assess for DLP dictionary match.

For DLP boolean condition, replacing an AND requirement with OR may dramatically increase false positives. It is not the specific constraint the reviewer needs to assess for DLP dictionary match.

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 SAML sign-in loop.

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 SAML sign-in loop.

That evidence is appropriate for Expired SAML certificate: new assertions validate after the administrator refreshes the expected certificate metadata. It would not confirm remediation of SAML sign-in loop.

For ZIA SSL trust deployment, trusting the inspection CA does not justify decrypting excluded financial or pinned applications. It is not the specific constraint the reviewer needs to assess for ZDX endpoint telemetry enrollment.

For ZIA SSL inspection enablement, encryption visibility does not automatically mean a specific DLP rule blocks the content. It is not the specific constraint the reviewer needs to assess for ZDX endpoint telemetry enrollment.

For ZIA SSL inspection bypass, A blanket bypass of all destinations creates an avoidable inspection gap. It is not the specific constraint the reviewer needs to assess for ZDX endpoint telemetry enrollment.

For App Connector group, adding a second connector does not fix an application server with the wrong listening port. It is not the specific constraint the reviewer needs to assess for Application segment group.

For App Connector provisioning key, A provisioning key is a sensitive enrollment credential and not general end-user authorization. It is not the specific constraint the reviewer needs to assess for Application segment group.

For ZPA server group, A correct policy decision cannot repair a server group pointing to the wrong environment. It is not the specific constraint the reviewer needs to assess for Application segment group.

Endpoint protection posture is used to require an endpoint protection condition before permitting access to a protected resource. It works because A supported posture check examines the configured security control condition on the client, but does not directly implement the named need for Operating-system posture signal.

Trusted network detection is used to apply different client forwarding decisions when the endpoint joins a recognized corporate network. It works because trusted network criteria let Client Connector identify a network environment for policy evaluation, but does not directly implement the named need for Operating-system posture signal.

Device posture policy is used to restrict a sensitive private application to endpoints meeting defined security checks. It works because device posture evaluates supported endpoint characteristics and contributes conditions to ZPA access decisions, but does not directly implement the named need for Operating-system posture signal.

This would be evidence for Malware protection rule: the test artifact is blocked and recorded with an appropriate malware verdict. It does not demonstrate that the team can block a supported known exploit pattern in observable network traffic using Intrusion prevention signature.

This would be evidence for Advanced Threat Protection: A malicious C2 indicator generates a matching ATP action in the log. It does not demonstrate that the team can block a supported known exploit pattern in observable network traffic using Intrusion prevention signature.

This would be evidence for Cloud Sandbox analysis: the submitted sample receives an analysis verdict that informs policy. It does not demonstrate that the team can block a supported known exploit pattern in observable network traffic using Intrusion prevention signature.

That check fits TLS policy user targeting, because verify identity context and matched SSL policy for both users. It does not diagnose the different incident involving Inspection CA trust and the need to resolve endpoint trust failures after enterprise TLS interception is approved.

That check fits SSL inspection exclusion, because compare excluded host rule and inspected comparison transaction. It does not diagnose the different incident involving Inspection CA trust and the need to resolve endpoint trust failures after enterprise TLS interception is approved.

That check fits TLS inspection rule, because check SSL rule match, client trust and inspection transaction metadata. It does not diagnose the different incident involving Inspection CA trust and the need to resolve endpoint trust failures after enterprise TLS interception is approved.

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 DLP policy block action mechanism.

That behavior describes Custom DLP dictionary: custom dictionaries define organization-specific expressions or matching logic. It addresses the separate need to detect a proprietary customer identifier format absent from default dictionaries, rather than describing the selected DLP policy block action 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 DLP policy block action mechanism.