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That caveat describes FGFM session certificate trust troubleshooting in a different management scenario, which addresses distinguish management-protocol trust failure from a reachable TCP socket. It is not the specific limitation of FortiManager hostname mismatch after address change requested in this design review.

That caveat describes FGFM IPv4 TCP 541 path diagnosis in a different management scenario, which addresses restore the FortiGate-initiated secure management tunnel when GUI HTTPS works but device onboarding fails. It is not the specific limitation of FortiManager hostname mismatch after address change requested in this design review.

That caveat describes FortiGate-initiated FGFM session in a different management scenario, which addresses troubleshoot a manager that cannot initiate a persistent session back to the gateway. It is not the specific limitation of FortiManager hostname mismatch after address change requested in this design review.

Global object availability for ADOM policy is suited to a different task: reuse controlled organization-wide object definitions across assigned ADOMs. It does not directly meet the specified goal to guarantee that common security controls occupy a predetermined position around local rules; selecting it would address a different management function.

Global policy versus FortiGuard configuration is suited to a different task: choose the correct management plane for security rules rather than signature service updates. It does not directly meet the specified goal to guarantee that common security controls occupy a predetermined position around local rules; selecting it would address a different management function.

Global ADOM shared policy package is suited to a different task: apply a common centrally enforced security baseline across selected administrative domains. It does not directly meet the specified goal to guarantee that common security controls occupy a predetermined position around local rules; selecting it would address a different management function.

That step belongs to TACACS+ administrator authentication, used to use TACACS+ for centrally managed privileged operator sign-ins. It is not the mechanism-specific setup for Local administrator account required to grant a named break-glass operator managed access without external identity dependency.

That step belongs to RADIUS-backed administrator, used to centralize FortiManager administrator authentication through an approved RADIUS service. It is not the mechanism-specific setup for Local administrator account required to grant a named break-glass operator managed access without external identity dependency.

That step belongs to LDAP-backed administrator, used to validate administrator credentials against the organization directory. It is not the mechanism-specific setup for Local administrator account required to grant a named break-glass operator managed access without external identity dependency.

This result would help verify Policy import after local FortiGate change and its different task to reconcile out-of-band local firewall rule changes into central management. It does not establish that the requested Policy import wizard for managed FortiGate outcome has been achieved.

This result would help verify Import wizard interface mapping review and its different task to prevent device-specific interfaces from being lost during policy import. It does not establish that the requested Policy import wizard for managed FortiGate outcome has been achieved.

This result would help verify Import summary and report and its different task to distinguish successful policy import from silent partial failure. It does not establish that the requested Policy import wizard for managed FortiGate outcome has been achieved.

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 Closed-network FDS package import requested in this design review.

That caveat describes FortiGuard antivirus and IPS package download in a different management scenario, which addresses maintain locally available AV and IPS update content for managed devices. It is not the specific limitation of Closed-network FDS package import 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 Closed-network FDS package import requested in this design review.

That check is relevant to a fault in Compare ADOM revision differences used to identify which shared object or policy changed between two central baselines. It does not directly isolate the described Moving managed device between ADOMs failure to reassign one FortiGate's management ownership to a different customer context.

That check is relevant to a fault in Create ADOM revision before change used to preserve central policy and object definitions ahead of risky edits. It does not directly isolate the described Moving managed device between ADOMs failure to reassign one FortiGate's management ownership to a different customer context.

That check is relevant to a fault in ADOM version upgrade control used to align policy syntax with new supported FortiOS capabilities. It does not directly isolate the described Moving managed device between ADOMs failure to reassign one FortiGate's management ownership to a different customer context.

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 session certificate trust troubleshooting failure to distinguish management-protocol trust failure from a reachable TCP socket.

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 session certificate trust troubleshooting failure to distinguish management-protocol trust failure from a reachable TCP socket.

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 session certificate trust troubleshooting failure to distinguish management-protocol trust failure from a reachable TCP socket.

That check is relevant to a fault in Address group membership used to maintain several trusted network ranges as one reusable logical set. It does not directly isolate the described Firewall address object in ADOM failure to reuse a named approved network across several policies.

That check is relevant to a fault in Service object port definition used to centralize a custom application TCP or UDP port match. It does not directly isolate the described Firewall address object in ADOM failure to reuse a named approved network across several policies.

That check is relevant to a fault in Object reference tracking used to identify which firewall rules use a shared service object before changing it. It does not directly isolate the described Firewall address object in ADOM failure to reuse a named approved network across several policies.

Firewall policy rule creation is suited to a different task: create an explicit allow or deny rule for defined source and destination traffic. It does not directly meet the specified goal to expose a supported rule feature needed by an administrator; selecting it would address a different management function.

Firewall policy sequence order is suited to a different task: ensure a specific exception is evaluated ahead of a broader matching rule. It does not directly meet the specified goal to expose a supported rule feature needed by an administrator; selecting it would address a different management function.

Policy section grouping is suited to a different task: make a large policy list easier to maintain and review. It does not directly meet the specified goal to expose a supported rule feature needed by an administrator; selecting it would address a different management function.

That check is relevant to a fault in Refresh policy hit counts used to use current traffic evidence before considering policy cleanup. It does not directly isolate the described Find unused objects tool failure to locate objects that are no longer referenced by managed policies.

That check is relevant to a fault in Policy check before installation used to detect basic policy consistency issues prior to deploying a package. It does not directly isolate the described Find unused objects tool failure to locate objects that are no longer referenced by managed policies.

That check is relevant to a fault in Find unused policies tool used to identify rules with no observed hits in the available hit-count data. It does not directly isolate the described Find unused objects tool failure to locate objects that are no longer referenced by managed policies.

This result would help verify Automatic device revision collection and its different task to retain device configuration history around central management operations. It does not establish that the requested FortiGate revision history view outcome has been achieved.

This result would help verify Revert to an earlier saved device revision and its different task to undo a known faulty device configuration using recorded good settings. It does not establish that the requested FortiGate revision history view outcome has been achieved.

This result would help verify Revision Diff between device snapshots and its different task to isolate a configuration line introduced during an incident. It does not establish that the requested FortiGate revision history view outcome has been achieved.