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

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 FGFM IPv4 TCP 541 path diagnosis failure to restore the FortiGate-initiated secure management tunnel when GUI HTTPS works but device onboarding fails.

That check is relevant to a fault in NAT port forwarding to FortiManager used to register a FortiGate outside a private manager network when the manager sits behind NAT. It does not directly isolate the described FGFM IPv4 TCP 541 path diagnosis failure to restore the FortiGate-initiated secure management tunnel when GUI HTTPS works but device onboarding fails.

That caveat describes Global object availability for ADOM policy in a different management scenario, which addresses reuse controlled organization-wide object definitions across assigned ADOMs. It is not the specific limitation of Global ADOM shared policy package requested in this design review.

That caveat describes Global package change impact review in a different management scenario, which addresses prevent one shared policy edit from silently affecting unrelated managed sites. It is not the specific limitation of Global ADOM shared policy package requested in this design review.

That caveat describes Global policy versus FortiGuard configuration in a different management scenario, which addresses choose the correct management plane for security rules rather than signature service updates. It is not the specific limitation of Global ADOM shared policy package requested in this design review.

That check is relevant to a fault in Per-policy installation target used to deploy a special rule only to a chosen subset within a shared policy package. It does not directly isolate the described Policy package installation target failure to restrict a change to FortiGates for which it was reviewed.

That check is relevant to a fault in Policy package status before rollout used to determine whether edits have been installed to the assigned FortiGates. It does not directly isolate the described Policy package installation target failure to restrict a change to FortiGates for which it was reviewed.

That check is relevant to a fault in ADOM policy package for shared rules used to centrally manage a common firewall rule base for several FortiGates. It does not directly isolate the described Policy package installation target failure to restrict a change to FortiGates for which it was reviewed.

Per-device interface mapping is suited to a different task: install common rules across sites whose WAN links use different physical ports. It does not directly meet the specified goal to abstract a common security zone across FortiGates using different interface membership; selecting it would address a different management function.

Normalized interface missing-map alert is suited to a different task: identify an install failure caused by an unmapped policy interface. It does not directly meet the specified goal to abstract a common security zone across FortiGates using different interface membership; selecting it would address a different management function.

Interface-mapping changes and revision control is suited to a different task: preserve a tested site's port mapping through a centralized policy update. It does not directly meet the specified goal to abstract a common security zone across FortiGates using different interface membership; selecting it would address a different management function.

Find unused objects tool is suited to a different task: locate objects that are no longer referenced by managed policies. It does not directly meet the specified goal to identify rules with no observed hits in the available hit-count data; selecting it would address a different management function.

Refresh policy hit counts is suited to a different task: use current traffic evidence before considering policy cleanup. It does not directly meet the specified goal to identify rules with no observed hits in the available hit-count data; selecting it would address a different management function.

Policy check before installation is suited to a different task: detect basic policy consistency issues prior to deploying a package. It does not directly meet the specified goal to identify rules with no observed hits in the available hit-count data; selecting it would address a different management function.

That check is relevant to a fault in Out-of-sync after firmware or ADOM upgrade used to distinguish a version-conversion issue from a lost FGFM tunnel after a firmware change. It does not directly isolate the described Revision rollback selection after incident failure to avoid reversing legitimate newer changes while attempting to recover a known good device configuration.

That check is relevant to a fault in Device database out-of-sync status used to investigate a managed FortiGate whose actual configuration diverged from its FortiManager device database. It does not directly isolate the described Revision rollback selection after incident failure to avoid reversing legitimate newer changes while attempting to recover a known good device configuration.

That check is relevant to a fault in Device database versus ADOM policy database used to find why device configuration reports current while an ADOM firewall rule is absent. It does not directly isolate the described Revision rollback selection after incident failure to avoid reversing legitimate newer changes while attempting to recover a known good device configuration.

Policy change comment field is suited to a different task: preserve a human-readable reason for a security rule alteration. It does not directly meet the specified goal to identify who is accountable for a centrally managed firewall object; selecting it would address a different management function.

ADOM-level metadata variable is suited to a different task: store a reusable site-specific metadata field for several managed policy objects. It does not directly meet the specified goal to identify who is accountable for a centrally managed firewall object; selecting it would address a different management function.

Feature visibility at administrator scope is suited to a different task: limit optional policy controls shown to an authorized operator. It does not directly meet the specified goal to identify who is accountable for a centrally managed firewall object; selecting it would address a different management function.

This result would help verify FGFM keepalive failure to registered FortiGate and its different task to diagnose a device marked disconnected after previously successful secure registration. It does not establish that the requested FortiGate HA role swap versus FortiManager device inventory outcome has been achieved.

This result would help verify HA pending module data after policy edit and its different task to investigate a secondary FortiManager that displays old central policy after a primary-side update. It does not establish that the requested FortiGate HA role swap versus FortiManager device inventory outcome has been achieved.

This result would help verify Manager failover changes registered endpoint and its different task to repair managed FortiGates that continue contacting a failed manager after manual HA takeover. It does not establish that the requested FortiGate HA role swap versus FortiManager device inventory outcome has been achieved.

That step belongs to Device group for staged rollout, used to target an approved subset of managed FortiGates for operational work. It is not the mechanism-specific setup for Device inventory firmware metadata required to determine which managed FortiGates run a vulnerable firmware build.

That step belongs to FortiGate VDOM representation, used to manage multiple virtual domains on a supported FortiGate from FortiManager. It is not the mechanism-specific setup for Device inventory firmware metadata required to determine which managed FortiGates run a vulnerable firmware build.

That step belongs to Device connection status dashboard, used to prioritize devices that are disconnected from central management. It is not the mechanism-specific setup for Device inventory firmware metadata required to determine which managed FortiGates run a vulnerable firmware build.

That step belongs to ADOM upgrade for new feature syntax, used to adopt policy-object capabilities of a newer supported ADOM version. It is not the mechanism-specific setup for Enabling ADOM partitioning required to isolate independently managed groups of devices and policy objects.

That step belongs to ADOM move for a managed device, used to transfer a FortiGate to a different management tenant with scoped policies. It is not the mechanism-specific setup for Enabling ADOM partitioning required to isolate independently managed groups of devices and policy objects.

That step belongs to Creating a tenant ADOM, used to allocate a dedicated policy and device-management context to a new organization. It is not the mechanism-specific setup for Enabling ADOM partitioning required to isolate independently managed groups of devices and policy objects.

Interface-mapping changes and revision control is suited to a different task: preserve a tested site's port mapping through a centralized policy update. It does not directly meet the specified goal to use one logical interface name across FortiGates with different physical port names; selecting it would address a different management function.

Zone mapping for managed firewalls is suited to a different task: abstract a common security zone across FortiGates using different interface membership. It does not directly meet the specified goal to use one logical interface name across FortiGates with different physical port names; selecting it would address a different management function.

Normalized interface missing-map alert is suited to a different task: identify an install failure caused by an unmapped policy interface. It does not directly meet the specified goal to use one logical interface name across FortiGates with different physical port names; selecting it would address a different management function.