Script schedules remain operational until deliberately managed or removed. This mechanism instead applies when a periodic maintenance script continues running after its project was retired. The current correction relies on scripts run within defined ADOM or global database contexts and selected targets.

FortiManager workspace permissions and locking also apply to script authoring workflows. This mechanism instead applies when an administrator edits a script in workspace mode without first obtaining the required creation or editing lock. The current correction relies on scripts run within defined ADOM or global database contexts and selected targets.

Script execution uses target-device command syntax and must account for product versions. This mechanism instead applies when a FortiManager script succeeds on one test firewall but fails on an older FortiOS version in another site. The current correction relies on scripts run within defined ADOM or global database contexts and selected targets.

FortiManager system resource and process diagnostics isolate management-plane performance faults. This mechanism instead applies when the FortiManager GUI becomes slow while CPU usage spikes during a large scheduled operation. The current correction relies on FortiManager process-level diagnostics separate application faults from general host reachability.

Device identity and assignment reconciliation are part of supported managed FortiGate recovery. This mechanism instead applies when a firewall replacement boots successfully, yet FortiManager continues sending tasks to the failed old serial. The current correction relies on FortiManager process-level diagnostics separate application faults from general host reachability.

FortiManager maintains separate service paths for device control and FortiGuard retrieval. This mechanism instead applies when a FortiManager cannot download updates after a proxy configuration change, while device management over FGFM remains healthy. The current correction relies on FortiManager process-level diagnostics separate application faults from general host reachability.

Sparse or outdated revisions can create false negative findings about configuration changes. That consequence is more specific to an engineer uses an old revision snapshot as evidence that no rules changed in the last week. For this case, the most direct exposure is mixing serial identities in one revision trail can confuse incident evidence and recovery.

Assuming the backup is the newest device state can erase legitimate recent changes. That consequence is more specific to a restored FortiManager database contains imported revisions but the newest branch firewall configuration was changed after the backup. For this case, the most direct exposure is mixing serial identities in one revision trail can confuse incident evidence and recovery.

Selecting revisions by date alone can restore incompatible connectivity settings. That consequence is more specific to a maintenance team finds two revisions that look similar but differ in VPN interfaces used by an HA cluster. For this case, the most direct exposure is mixing serial identities in one revision trail can confuse incident evidence and recovery.

A management session is established using the approved reachable endpoint across NAT. That observation is relevant for the separate case a FortiGate behind a branch NAT device cannot establish central management to FortiManager at headquarters. Here the decisive evidence is remote devices remain manageable under expected network conditions and a failure drill follows the documented fallback.

User traffic follows intended FortiGate paths while FortiManager handles central configuration operations. That observation is relevant for the separate case an enterprise incorrectly treats FortiManager as the live traffic gateway and routes branch user packets through its management interface. Here the decisive evidence is remote devices remain manageable under expected network conditions and a failure drill follows the documented fallback.

The central management connection remains established through the approved segmented firewall path. That observation is relevant for the separate case a security team adds a management firewall between FortiGate and FortiManager but forgets return-path rules. Here the decisive evidence is remote devices remain manageable under expected network conditions and a failure drill follows the documented fallback.

Device revision history exposes differences between observed firewall state and centrally managed state. This mechanism instead applies when a FortiGate policy changed locally but FortiManager shows an older managed configuration revision. The current correction relies on revision diffs support targeted recovery decisions rather than indiscriminate replacement.

Device revision provenance should remain linked to the hardware identity that produced it. This mechanism instead applies when a branch firewall was replaced but historical revisions still describe the retired serial number. The current correction relies on revision diffs support targeted recovery decisions rather than indiscriminate replacement.

Revision history and task logs reconstruct device configuration transitions. This mechanism instead applies when a help desk ticket claims a firewall setting vanished after a central install and asks for the responsible change. The current correction relies on revision diffs support targeted recovery decisions rather than indiscriminate replacement.

Treating a Backup ADOM as editable causes unsupported central configuration workflows. That consequence is more specific to an administrator attempts to modify a managed FortiGate through an ADOM configured in Backup mode. For this case, the most direct exposure is an uncontrolled ADOM move can orphan package references or expose a device to wrong policies.

Identity verification alone does not enforce least privilege on FortiManager resources. That consequence is more specific to a remote administrator receives broad permissions after external authentication succeeds against a corporate identity source. For this case, the most direct exposure is an uncontrolled ADOM move can orphan package references or expose a device to wrong policies.

Uncoordinated concurrent edits can overwrite policy changes and produce installation surprises. That consequence is more specific to two FortiManager administrators sign in concurrently and both start editing the same policy package without locking. For this case, the most direct exposure is an uncontrolled ADOM move can orphan package references or expose a device to wrong policies.

After an authorized install, the package status and target version indicate the intended synchronization. That observation is relevant for the separate case an imported firewall policy package is marked modified after central editing but the operator assumes the target is synchronized. Here the decisive evidence is installation comparison shows the broad rule replaced by the documented narrow requirement.

The relevant feature controls become available for a compatible policy or object editor. That observation is relevant for the separate case an administrator enables a product feature on a managed firewall but cannot find the corresponding policy section in FortiManager. Here the decisive evidence is installation comparison shows the broad rule replaced by the documented narrow requirement.

Validation and test traffic show the FQDN object matches only the intended authorized destination. That observation is relevant for the separate case an administrator prepares a policy package that contains an object referencing a deleted FQDN resource. Here the decisive evidence is installation comparison shows the broad rule replaced by the documented narrow requirement.

Local FDS functionality caches and distributes FortiGuard update content to downstream devices. This mechanism instead applies when a group of isolated FortiGates should retrieve signature updates through a centrally controlled management network instead of each using the internet. The current correction relies on fortiGuard distribution includes distinct update packages and query services with separate configuration.

FortiGuard service configuration can direct devices to local servers and approved public fallback endpoints. This mechanism instead applies when a managed firewall is configured to query a private FortiGuard service but the local FDS is unreachable during an outage. The current correction relies on fortiGuard distribution includes distinct update packages and query services with separate configuration.

FortiManager firmware caches and deployment workflows must respect target hardware versions. This mechanism instead applies when an administrator wants to push approved firmware to many FortiGates but did not review each model's compatibility. The current correction relies on fortiGuard distribution includes distinct update packages and query services with separate configuration.

Command output reports the expected role, cluster condition and peer status. That observation is relevant for the separate case a new administrator needs a CLI confirmation of FortiManager HA state when the graphical interface cannot load. Here the decisive evidence is HA monitoring returns the expected Up status after heartbeat connectivity is restored.

The recovered member shows a valid secondary role with required management data up to date. That observation is relevant for the separate case a FortiManager HA unit is restored from a previous incident but administrators immediately assume it is ready to become primary. Here the decisive evidence is HA monitoring returns the expected Up status after heartbeat connectivity is restored.

The promoted unit serves the expected current device and policy database records. That observation is relevant for the separate case a maintenance window requires promoting a secondary FortiManager with unconfirmed synchronized policy data. Here the decisive evidence is HA monitoring returns the expected Up status after heartbeat connectivity is restored.

FortiGuard subscription and local FDS capabilities depend on appropriate FortiManager licensing. This mechanism instead applies when a FortiManager-VM trial license is deployed as a local FortiGuard server for dozens of production devices. The current correction relies on FortiManager FortiGuard synchronization can use an authorized web proxy for external access.

FortiGuard availability is conditioned on both supported licensing and reachable update services. This mechanism instead applies when an operator sees FortiGuard license-expired warnings but continues treating signature download failures as network-only issues. The current correction relies on FortiManager FortiGuard synchronization can use an authorized web proxy for external access.

Local FDS functionality caches and distributes FortiGuard update content to downstream devices. This mechanism instead applies when a group of isolated FortiGates should retrieve signature updates through a centrally controlled management network instead of each using the internet. The current correction relies on FortiManager FortiGuard synchronization can use an authorized web proxy for external access.

Inspect ADOM revision metadata including author, timestamp and comments. This can be appropriate when a SOC team asks who created a policy baseline revision before a high-risk maintenance event. It does not directly address the present situation, where the required correction is configure a documented revision retention strategy while locking legally required checkpoints.

Create and label an ADOM revision before editing the shared policy database. This can be appropriate when a team needs to capture the ADOM policy and object state before a large firewall rule reorganization. It does not directly address the present situation, where the required correction is configure a documented revision retention strategy while locking legally required checkpoints.

Lock the required ADOM revision against automatic deletion under the supported retention settings. This can be appropriate when an ADOM revision was automatically purged even though the audit team needed to preserve it. It does not directly address the present situation, where the required correction is configure a documented revision retention strategy while locking legally required checkpoints.