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GUI entry to the assigned ADOM is suited to a different task: open the correct management tenant after authentication. It does not directly meet the specified goal to activate a newly deployed virtual manager before normal GUI administration; selecting it would address a different management function.

First administrative password change is suited to a different task: remove the factory login exposure before shared administration begins. It does not directly meet the specified goal to activate a newly deployed virtual manager before normal GUI administration; selecting it would address a different management function.

FortiManager first-login setup wizard is suited to a different task: complete a new management appliance onboarding before managing FortiGates. It does not directly meet the specified goal to activate a newly deployed virtual manager before normal GUI administration; selecting it would address a different management function.

That step belongs to Import wizard interface mapping review, used to prevent device-specific interfaces from being lost during policy import. It is not the mechanism-specific setup for Import summary and report required to distinguish successful policy import from silent partial failure.

That step belongs to Import object collision handling, used to resolve an existing ADOM object name with a different on-device definition. It is not the mechanism-specific setup for Import summary and report required to distinguish successful policy import from silent partial failure.

That step belongs to Policy import after local FortiGate change, used to reconcile out-of-band local firewall rule changes into central management. It is not the mechanism-specific setup for Import summary and report required to distinguish successful policy import from silent partial failure.

That check is relevant to a fault in Dynamic address object by installation target used to use a common server object name with different local IP addresses for each managed site. It does not directly isolate the described Dynamic subnet object for branch networks failure to represent a site's LAN with one reusable logical object in a shared package.

That check is relevant to a fault in Dynamic object mapping conflict cleanup used to remove multiple inconsistent mappings for one FortiGate target. It does not directly isolate the described Dynamic subnet object for branch networks failure to represent a site's LAN with one reusable logical object in a shared package.

That check is relevant to a fault in Device-specific object values in policy preview used to verify object resolution before a multi-device deployment. It does not directly isolate the described Dynamic subnet object for branch networks failure to represent a site's LAN with one reusable logical object in a shared package.

Workspace-mode individual policy lock is suited to a different task: prevent simultaneous edits to one sensitive rule while another rule can be edited. It does not directly meet the specified goal to let an administrator edit one package without blocking colleagues on unrelated packages; selecting it would address a different management function.

Workspace per-ADOM operation mode is suited to a different task: apply strict change locking to one tenant while another tenant uses different collaboration settings. It does not directly meet the specified goal to let an administrator edit one package without blocking colleagues on unrelated packages; selecting it would address a different management function.

Workflow session submission is suited to a different task: route a prepared policy change to a designated approval group. It does not directly meet the specified goal to let an administrator edit one package without blocking colleagues on unrelated packages; selecting it would address a different management function.

This result would help verify Dynamic object mapping conflict cleanup and its different task to remove multiple inconsistent mappings for one FortiGate target. It does not establish that the requested Device-specific object values in policy preview outcome has been achieved.

This result would help verify Dynamic subnet object for branch networks and its different task to represent a site's LAN with one reusable logical object in a shared package. It does not establish that the requested Device-specific object values in policy preview outcome has been achieved.

This result would help verify Dynamic object versus static address distinction and its different task to decide when different branch sites require different address values under one rule. It does not establish that the requested Device-specific object values in policy preview outcome has been achieved.

That check is relevant to a fault in Installation preview for device changes used to inspect the exact CLI effect of a proposed settings change before rollout. It does not directly isolate the described Device settings installation failure to deploy centrally edited interface or routing settings to a selected managed FortiGate.

That check is relevant to a fault in Install Wizard policy and device selection used to send both a policy package and associated device settings in one controlled deployment. It does not directly isolate the described Device settings installation failure to deploy centrally edited interface or routing settings to a selected managed FortiGate.

That check is relevant to a fault in Per-device installation logs used to identify which managed FortiGate failed part of a multi-target settings push. It does not directly isolate the described Device settings installation failure to deploy centrally edited interface or routing settings to a selected managed FortiGate.

Object reference tracking is suited to a different task: identify which firewall rules use a shared service object before changing it. It does not directly meet the specified goal to clean up semantically equivalent object definitions without breaking references; selecting it would address a different management function.

Address group membership is suited to a different task: maintain several trusted network ranges as one reusable logical set. It does not directly meet the specified goal to clean up semantically equivalent object definitions without breaking references; selecting it would address a different management function.

Firewall address object in ADOM is suited to a different task: reuse a named approved network across several policies. It does not directly meet the specified goal to clean up semantically equivalent object definitions without breaking references; selecting it would address a different management function.

That step belongs to Global policy header and footer ordering, used to guarantee that common security controls occupy a predetermined position around local rules. It is not the mechanism-specific setup for Global ADOM shared policy package required to apply a common centrally enforced security baseline across selected administrative domains.

That step belongs to Global package change impact review, used to prevent one shared policy edit from silently affecting unrelated managed sites. It is not the mechanism-specific setup for Global ADOM shared policy package required to apply a common centrally enforced security baseline across selected administrative domains.

That step belongs to Global policy versus FortiGuard configuration, used to choose the correct management plane for security rules rather than signature service updates. It is not the mechanism-specific setup for Global ADOM shared policy package required to apply a common centrally enforced security baseline across selected administrative domains.

That step belongs to REST API administrator key, used to authenticate a noninteractive integration without repeated session login. It is not the mechanism-specific setup for Scoped API policy-package lookup required to retrieve installation target information without editing unrelated ADOM objects.

That step belongs to API request response-code interpretation, used to distinguish failed API operations from successful FortiManager changes. It is not the mechanism-specific setup for Scoped API policy-package lookup required to retrieve installation target information without editing unrelated ADOM objects.

That step belongs to JSON API access permission, used to allow approved automation to call FortiManager administrative methods. It is not the mechanism-specific setup for Scoped API policy-package lookup required to retrieve installation target information without editing unrelated ADOM objects.

That check is relevant to a fault in High FortiManager disk utilization used to recover management tasks failing because logs, reports or databases have consumed available storage. It does not directly isolate the described Database integrity after abrupt shutdown failure to recover cleanly from a manager power loss that leaves databases inconsistent.

That check is relevant to a fault in Management daemon CPU saturation used to diagnose a slow FortiManager GUI during large policy compilation or device sync. It does not directly isolate the described Database integrity after abrupt shutdown failure to recover cleanly from a manager power loss that leaves databases inconsistent.

That check is relevant to a fault in FortiManager memory pressure used to distinguish memory exhaustion from unreachable devices when administrative sessions unexpectedly terminate. It does not directly isolate the described Database integrity after abrupt shutdown failure to recover cleanly from a manager power loss that leaves databases inconsistent.

That check is relevant to a fault in FortiAnalyzer feature enablement used to provide integrated log analysis and reporting in a permitted FortiManager deployment. It does not directly isolate the described ADOM-aware administrative delegation failure to give an MSSP operator access only to an assigned customer's devices.

That check is relevant to a fault in On-site FortiGuard distribution role used to reduce internet update traffic to many managed FortiGate devices. It does not directly isolate the described ADOM-aware administrative delegation failure to give an MSSP operator access only to an assigned customer's devices.

That check is relevant to a fault in Security Fabric topology view used to understand managed FortiGate group relationships through the central manager. It does not directly isolate the described ADOM-aware administrative delegation failure to give an MSSP operator access only to an assigned customer's devices.