Free FCP-FMG-AD-7-6 sample questions
Real questions from the Fortinet FCP - FortiManager 7.6 Administrator practice bank, with the correct answer and an explanation for each one. No junk, no filler.
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True or False: In a FortiManager HA cluster operating in active-passive mode, the secondary unit actively synchronizes its configuration from the primary unit but does not manage any FortiGate devices directly unless a failover occurs.
A financial services company uses FortiManager 7.6 to manage 50 branch office FortiGates. A junior administrator was tasked with updating the corporate SSL VPN portal banner for all devices. The administrator created a CLI script to upload the new banner text and ran it against the "Branch-Offices" device group. Immediately after, users reported being unable to connect to the SSL VPN. A senior engineer begins to investigate and observes that the installation log for the script shows "success" for all devices. However, when checking the device settings in FortiManager, the configuration status for all branch FortiGates is "Modified." A `diagnose dvm device list` command on the FortiManager CLI shows the `conf` status as `out-of-sync`. The engineer suspects the script caused an unintended configuration change that is preventing FortiManager from properly managing the devices. The script used by the junior admin contained the following commands: ``` config vpn ssl web portal edit "full-access" set heading "Welcome to Secure Access v2.0" end ``` The engineer needs to rapidly restore SSL VPN connectivity for all users across all 50 branches with minimal disruption and ensure the configuration is consistent with the FortiManager database.
An administrator is working in an ADOM where Workspace Mode is enabled. They have locked a policy package to make changes. While the package is locked, another administrator needs to urgently add a new firewall address object that will be used in a different, unlocked policy package.
A company is deploying FortiGates to remote sites where the devices are behind a carrier-grade NAT (CGNAT), meaning they have private, non-routable WAN IP addresses. The administrator needs to manage these FortiGates using FortiManager.
An administrator has imported a policy package from a newly managed FortiGate. They notice that several address objects that were used in the imported policies on the FortiGate now have a warning icon in FortiManager and are listed as conflicts in the import wizard.
A system administrator needs to back up the entire FortiManager configuration, including all ADOMs, device configurations, and global settings. They want a single file that can be used to restore the system to a new FortiManager VM in a disaster recovery scenario.
An organization is using the Global ADOM to manage a set of corporate security policies. They have a global policy package with a "Header Policy" section that denies traffic to known malicious sites. A junior administrator in a regional ADOM is trying to create a policy to allow access to a specific site for a business partner, but the traffic is still being blocked.
An administrator is preparing to deploy a standardized configuration to a new group of FortiGate 100F devices using a model device template in FortiManager. The template needs to configure several settings that are unique to each physical device. The diagram below shows the desired variable substitution. Which TWO of the following methods can be used in FortiManager to correctly populate device-specific values like hostname and management IP during the template deployment? (Select TWO) graph TD subgraph FortiManager T[Model Device Template] M1[Meta Field: Hostname] M2[Meta Field: Mgmt_IP] end subgraph Deployment T -- Deploys to --> FGT1[New FGT-100F #1] T -- Deploys to --> FGT2[New FGT-100F #2] end subgraph Result FGT1 -- Configured with --> C1["hostname: Branch1-FW mgmt_ip: 10.10.1.1"] FGT2 -- Configured with --> C2["hostname: Branch2-FW mgmt_ip: 10.10.2.1"] end M1 & M2 -- Used by --> T
Global Corp is migrating its firewall management to FortiManager 7.6. They have 200 FortiGates globally, managed by regional teams in AMER, EMEA, and APAC. The CISO has mandated a strict change control process. All policy changes must be reviewed and approved by a senior security architect before being deployed. The regional teams are responsible for creating the change requests, but they must not be able to push changes directly to the FortiGates. The current FortiManager setup uses three ADOMs: AMER, EMEA, and APAC. The Lead Architect needs to configure the system to enforce the CISO's mandate. The desired workflow is as follows: A regional administrator drafts a policy change, the change is then submitted for approval, the senior architect receives a notification, reviews the diff, and either approves or rejects the change. Only upon approval can the change be installed by a separate deployment team. The Lead Architect is evaluating the configuration options within the ADOM settings to implement this process. The solution must prevent accidental or unauthorized deployments while providing a clear audit trail of all changes and approvals.
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