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This result would help verify Scheduled CLI script execution and its different task to run a permitted maintenance command during an approved window. It does not establish that the requested Device-level script target outcome has been achieved.

This result would help verify FortiManager CLI script and its different task to automate a repeatable command change on selected managed devices. It does not establish that the requested Device-level script target outcome has been achieved.

This result would help verify Post-script revision recovery and its different task to recover after a script created an unintended device setting. It does not establish that the requested Device-level script target outcome has been achieved.

That check is relevant to a fault in FortiGate-initiated management request used to approve a firewall that connects to FortiManager seeking central management. It does not directly isolate the described Offline model device registration failure to prepare central policy and device settings for hardware not yet connected.

That check is relevant to a fault in FortiGate HA cluster device registration used to manage a FortiGate cluster with both members represented centrally. It does not directly isolate the described Offline model device registration failure to prepare central policy and device settings for hardware not yet connected.

That check is relevant to a fault in CSV-based offline device onboarding used to add several preplanned inventory entries without manually clicking every record. It does not directly isolate the described Offline model device registration failure to prepare central policy and device settings for hardware not yet connected.

That step belongs to High FortiManager disk utilization, used to recover management tasks failing because logs, reports or databases have consumed available storage. It is not the mechanism-specific setup for Database integrity after abrupt shutdown required to recover cleanly from a manager power loss that leaves databases inconsistent.

That step belongs to Management daemon CPU saturation, used to diagnose a slow FortiManager GUI during large policy compilation or device sync. It is not the mechanism-specific setup for Database integrity after abrupt shutdown required to recover cleanly from a manager power loss that leaves databases inconsistent.

That step belongs to Backup restore validation for manager outage, used to verify a FortiManager recovery copy before declaring the management system recoverable. It is not the mechanism-specific setup for Database integrity after abrupt shutdown required to recover cleanly from a manager power loss that leaves databases inconsistent.

This result would help verify Management daemon CPU saturation and its different task to diagnose a slow FortiManager GUI during large policy compilation or device sync. It does not establish that the requested Backup restore validation for manager outage outcome has been achieved.

This result would help verify Database integrity after abrupt shutdown and its different task to recover cleanly from a manager power loss that leaves databases inconsistent. It does not establish that the requested Backup restore validation for manager outage outcome has been achieved.

This result would help verify High FortiManager disk utilization and its different task to recover management tasks failing because logs, reports or databases have consumed available storage. It does not establish that the requested Backup restore validation for manager outage outcome has been achieved.

That caveat describes Dynamic address object by installation target in a different management scenario, which addresses use a common server object name with different local IP addresses for each managed site. It is not the specific limitation of Dynamic subnet object for branch networks requested in this design review.

That caveat describes Dynamic object versus static address distinction in a different management scenario, which addresses decide when different branch sites require different address values under one rule. It is not the specific limitation of Dynamic subnet object for branch networks requested in this design review.

That caveat describes Dynamic object mapping conflict cleanup in a different management scenario, which addresses remove multiple inconsistent mappings for one FortiGate target. It is not the specific limitation of Dynamic subnet object for branch networks requested in this design review.

That caveat describes Dedicated FortiGuard service binding in a different management scenario, which addresses supply update or rating access on an explicitly configured manager interface. It is not the specific limitation of Management default gateway requested in this design review.

That caveat describes NTP clock synchronization for manager logs in a different management scenario, which addresses align FortiManager audit timestamps and certificate-sensitive connections. It is not the specific limitation of Management default gateway requested in this design review.

That caveat describes Management DNS resolver settings in a different management scenario, which addresses resolve approved FortiGuard and infrastructure hostnames from the manager. It is not the specific limitation of Management default gateway requested in this design review.

This result would help verify Restore a known-good ADOM revision and its different task to reverse an unauthorized central policy edit using saved revision state. It does not establish that the requested ADOM version upgrade control outcome has been achieved.

This result would help verify Compare ADOM revision differences and its different task to identify which shared object or policy changed between two central baselines. It does not establish that the requested ADOM version upgrade control outcome has been achieved.

This result would help verify Moving managed device between ADOMs and its different task to reassign one FortiGate's management ownership to a different customer context. It does not establish that the requested ADOM version upgrade control outcome has been achieved.

That caveat describes FortiGate HA role swap versus FortiManager device inventory in a different management scenario, which addresses keep management stable when the firewall cluster elects a different active member. It is not the specific limitation of Manager failover changes registered endpoint requested in this design review.

That caveat describes FortiManager HA peer heartbeat loss in a different management scenario, which addresses isolate a manager backup marked Down even while the primary GUI is healthy. It is not the specific limitation of Manager failover changes registered endpoint requested in this design review.

That caveat describes HA pending module data after policy edit in a different management scenario, which addresses investigate a secondary FortiManager that displays old central policy after a primary-side update. It is not the specific limitation of Manager failover changes registered endpoint requested in this design review.

That step belongs to FortiManager automatic HA failover mode, used to use the supported automatic VRRP-based failover behavior rather than a manual promotion process. It is not the mechanism-specific setup for FortiManager HA synchronization counters required to prove central policy data replication before depending on a standby for recovery.

That step belongs to FortiManager manual HA takeover, used to recover manager operations after primary failure where manual failover is configured. It is not the mechanism-specific setup for FortiManager HA synchronization counters required to prove central policy data replication before depending on a standby for recovery.

That step belongs to FortiManager primary and secondary roles, used to provide a recoverable manager control plane using a primary appliance and backup units. It is not the mechanism-specific setup for FortiManager HA synchronization counters required to prove central policy data replication before depending on a standby for recovery.

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

That step belongs to ADOM-specific device inventory, used to keep devices separated by responsible management team. It is not the mechanism-specific setup for FortiGate VDOM representation required to manage multiple virtual domains on a supported FortiGate from FortiManager.

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 FortiGate VDOM representation required to manage multiple virtual domains on a supported FortiGate from FortiManager.

ADOM-compatible FortiOS version is suited to a different task: apply syntax and policy objects suitable for managed FortiGate firmware. It does not directly meet the specified goal to transfer a FortiGate to a different management tenant with scoped policies; selecting it would address a different management function.

Enabling ADOM partitioning is suited to a different task: isolate independently managed groups of devices and policy objects. It does not directly meet the specified goal to transfer a FortiGate to a different management tenant with scoped policies; selecting it would address a different management function.

Creating a tenant ADOM is suited to a different task: allocate a dedicated policy and device-management context to a new organization. It does not directly meet the specified goal to transfer a FortiGate to a different management tenant with scoped policies; selecting it would address a different management function.