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That step belongs to Object reference warning before deletion, used to prevent accidental removal of an object used by existing access rules. It is not the mechanism-specific setup for Find unused policies tool required to identify rules with no observed hits in the available hit-count data.

That step belongs to Refresh policy hit counts, used to use current traffic evidence before considering policy cleanup. It is not the mechanism-specific setup for Find unused policies tool required to identify rules with no observed hits in the available hit-count data.

That step belongs to Policy check before installation, used to detect basic policy consistency issues prior to deploying a package. It is not the mechanism-specific setup for Find unused policies tool required to identify rules with no observed hits in the available hit-count data.

That check is relevant to a fault in FortiGate-initiated FGFM session used to troubleshoot a manager that cannot initiate a persistent session back to the gateway. It does not directly isolate the described FortiManager hostname mismatch after address change failure to fix registered FortiGates still trying an obsolete manager destination.

That check is relevant to a fault in FGFM IPv4 TCP 541 path diagnosis used to restore the FortiGate-initiated secure management tunnel when GUI HTTPS works but device onboarding fails. It does not directly isolate the described FortiManager hostname mismatch after address change failure to fix registered FortiGates still trying an obsolete manager destination.

That check is relevant to a fault in FGFM session certificate trust troubleshooting used to distinguish management-protocol trust failure from a reachable TCP socket. It does not directly isolate the described FortiManager hostname mismatch after address change failure to fix registered FortiGates still trying an obsolete manager destination.

That check is relevant to a fault in ADOM-level metadata variable used to store a reusable site-specific metadata field for several managed policy objects. It does not directly isolate the described Object metadata field for asset owner failure to identify who is accountable for a centrally managed firewall object.

That check is relevant to a fault in Feature visibility at administrator scope used to limit optional policy controls shown to an authorized operator. It does not directly isolate the described Object metadata field for asset owner failure to identify who is accountable for a centrally managed firewall object.

That check is relevant to a fault in ADOM object tagging for inventory used to group shared address objects by asset or business purpose for review. It does not directly isolate the described Object metadata field for asset owner failure to identify who is accountable for a centrally managed firewall object.

That step belongs to Normalized interface missing-map alert, used to identify an install failure caused by an unmapped policy interface. It is not the mechanism-specific setup for Normalized interface for shared policy required to use one logical interface name across FortiGates with different physical port names.

That step belongs to Zone mapping for managed firewalls, used to abstract a common security zone across FortiGates using different interface membership. It is not the mechanism-specific setup for Normalized interface for shared policy required to use one logical interface name across FortiGates with different physical port names.

That step belongs to Interface-mapping changes and revision control, used to preserve a tested site's port mapping through a centralized policy update. It is not the mechanism-specific setup for Normalized interface for shared policy required to use one logical interface name across FortiGates with different physical port names.

That caveat describes FortiManager local FDS activation in a different management scenario, which addresses reduce external update network use for many managed FortiGate devices. It is not the specific limitation of FortiGuard antivirus and IPS package download requested in this design review.

That caveat describes Closed-network FDS package import in a different management scenario, which addresses keep a supported isolated FortiManager update environment functional without direct Internet FDN connectivity. It is not the specific limitation of FortiGuard antivirus and IPS package download requested in this design review.

That caveat describes Local FDS VM subscription eligibility check in a different management scenario, which addresses recognize why a trial FortiManager VM cannot function as a paid local FortiGuard distribution server. It is not the specific limitation of FortiGuard antivirus and IPS package download requested in this design review.

That step belongs to FortiGuard antivirus and IPS package download, used to maintain locally available AV and IPS update content for managed devices. It is not the mechanism-specific setup for FortiManager local FDS activation required to reduce external update network use for many managed FortiGate devices.

That step belongs to Local FDS VM subscription eligibility check, used to recognize why a trial FortiManager VM cannot function as a paid local FortiGuard distribution server. It is not the mechanism-specific setup for FortiManager local FDS activation required to reduce external update network use for many managed FortiGate devices.

That step belongs to FortiGuard rating-service override, used to steer supported FortiGate rating lookups toward a centrally hosted local FortiManager endpoint. It is not the mechanism-specific setup for FortiManager local FDS activation required to reduce external update network use for many managed FortiGate devices.

That caveat describes FortiGuard updates fail for one branch in a different management scenario, which addresses identify a client-specific rating or signature update failure when FortiManager FDS works for other gateways. It is not the specific limitation of Workspace stale lock blocks emergency change requested in this design review.

That caveat describes Central policy install succeeded but traffic still denied in a different management scenario, which addresses distinguish successful FortiManager deployment from a FortiGate runtime match or routing problem. It is not the specific limitation of Workspace stale lock blocks emergency change requested in this design review.

That caveat describes Script job succeeds on some FortiGates only in a different management scenario, which addresses reconcile mixed CLI script outcomes during a fleet maintenance window. It is not the specific limitation of Workspace stale lock blocks emergency change requested in this design review.

That caveat describes Device database versus ADOM policy database in a different management scenario, which addresses find why device configuration reports current while an ADOM firewall rule is absent. It is not the specific limitation of Unexpected local FortiGate configuration edit requested in this design review.

That caveat describes Out-of-sync after firmware or ADOM upgrade in a different management scenario, which addresses distinguish a version-conversion issue from a lost FGFM tunnel after a firmware change. It is not the specific limitation of Unexpected local FortiGate configuration edit requested in this design review.

That caveat describes Revision rollback selection after incident in a different management scenario, which addresses avoid reversing legitimate newer changes while attempting to recover a known good device configuration. It is not the specific limitation of Unexpected local FortiGate configuration edit requested in this design review.

That step belongs to Import wizard completion versus per-object failures, used to identify why a completed import dialog still leaves missing rules in the central package. It is not the mechanism-specific setup for Device configuration retrieve versus policy import required to prevent assuming a retrieve-device-config job already updated the ADOM access-policy package.

That step belongs to Name collision between device and ADOM object, used to preserve correct match semantics when a FortiGate object name already exists centrally with different value. It is not the mechanism-specific setup for Device configuration retrieve versus policy import required to prevent assuming a retrieve-device-config job already updated the ADOM access-policy package.

That step belongs to Unsupported feature during import, used to avoid losing source-device policy behavior when the target ADOM does not support its feature. It is not the mechanism-specific setup for Device configuration retrieve versus policy import required to prevent assuming a retrieve-device-config job already updated the ADOM access-policy package.

That check is relevant to a fault in Discovery reachability without policy import used to explain a managed device shown as reachable while its central firewall policy database is still empty. It does not directly isolate the described Pending FortiGate registration authorization failure to recover a supported device whose management request is pending approval.

That check is relevant to a fault in Unsupported firmware versus ADOM version used to troubleshoot a registration or import failure caused by a mismatched FortiOS version and ADOM support. It does not directly isolate the described Pending FortiGate registration authorization failure to recover a supported device whose management request is pending approval.

That check is relevant to a fault in Wrong ADOM placement after discovery used to resolve a registered branch device that appears under the wrong tenant. It does not directly isolate the described Pending FortiGate registration authorization failure to recover a supported device whose management request is pending approval.

Device-specific object values in policy preview is suited to a different task: verify object resolution before a multi-device deployment. It does not directly meet the specified goal to remove multiple inconsistent mappings for one FortiGate target; selecting it would address a different management function.

Dynamic object versus static address distinction is suited to a different task: decide when different branch sites require different address values under one rule. It does not directly meet the specified goal to remove multiple inconsistent mappings for one FortiGate target; selecting it would address a different management function.

Dynamic address object by installation target is suited to a different task: use a common server object name with different local IP addresses for each managed site. It does not directly meet the specified goal to remove multiple inconsistent mappings for one FortiGate target; selecting it would address a different management function.