You are asked to implement a single FortiGate 5000 chassis using Session-aware Load Balance Cluster (SLBC) with Active - Passive FortinControllers. Both FortiControllers have the configuration shown below, with the rest of the configuration set to the default values:
config system ha
set mode dual
set password fortinetnse8
set group-id 5
set chassis-id 1
set minimize-chassis-failover enable
set hbdev "b1"
end
Both FortiControllers show Master status. What is the problem in this scenario?

• A. The chassis ID settings on FotiControllers on slot 2 should be set to 2.
• B. The b1 interface the two FortiConrollers do not see each other.
• C. The priority should be set higher for ForControllers on slot-1.
• D. The management interface of both FotiControllers was connected on the some network.

An organization has one central site and three remote sites. A FortiSIEM has been installed on the central site and now all devices across the remote sites must be centrally monitored by the FortiSIEM at the central site.
Which action will reduce the WAN usage by the monitoring system?

• A. Install local Collectors on each remote site.
• B. Enable SD-WAN FEC (Forward Error Correction) on the FortiGate at the remote site.
• C. Disable real-time log upload on the remote sites.
• D. Install both Supervisor and Collector on each remote site.

Refer to the exhibit.

The exhibit shows a full-mesh topology between FortiGate and FortiSwitch devices. To deploy this configuration, two requirements must be met:
* 20 Gbps full duplex connectivity is available between each FortiGate and the FortiSwitch devices
* The FortiGate HA must be in AP mode
Referring to the exhibit, what are two actions that will fulfill the requirements? (Choose two.)

• A. Configure both FortiSwitch devices as peers with ISL over cable E, create one MCLAG on ports connected to cables A and C, and create another MCLAG on ports connected to cables B and D.
• B. Configure the master FortiGate with one LAG and FortiLink split interface disabled on ports connected to cables A and C and make sure the same ports are used for cables B and D on the slave.
• C. Configure the master FortiGate with one LAG and FortiLink split interface enabled on ports connected to cables A and C and make sure the same ports are used for cables B and D on the slave.
• D. Configure both FortiSwitch devices as peers with ICL over cable E, create one MCLAG on ports connected to cables A and C, and create another MCLAG on ports connected to cables B and D.

Refer to the exhibit.

You log into FortiManager, access the Device Manager window and notice that one of the managed devices is not in normal status.
Referring to the exhibit, which two statements correctly describe the status and result of the affected device? (Choose two.)

• A. The changed configuration on the FortiGate will be overwritten in favor of what is on the FortiManager the next time that the device configuration is pushed.
• B. The device configuration was changed on both the local FortiGate side and the FortiManager side; autoupdate is disabled.
• C. The device configuration was changed on the local FortiGate side only; auto-update is disabled.
• D. The changed configuration on the FortiGate will remain the next time that the device configuration is
  pushed from FortiManager.