FCP_FAZ_AD-7.4 Exam Dumps - Fortinet Certified Professional Network Security Questions and Answers

FortiAnalyzer_7.0_Study_Guide-Online.pdf page 217: Threat hunting consists in proactively searching for suspicious or potentially risky network activity in your environment. The proactive approach will help administrator find any threats that might have eluded detection by the current security solutions or configurations.

FortiAnalyzer_7.0_Study_Guide-Online.pdf page 283: Note that macros are ADOM-specific and supported in FortiGate and FortiCarrier ADOMs only.

RAID 10 combines mirroring (RAID 1) and striping (RAID 0). In a RAID 10 setup with four disks, data is mirrored across two pairs of disks, and those pairs are striped for performance. This results in improved performance and fault tolerance, but the total usable storage is 50% of the total raw storage, meaning four 2 TB disks provide 4 TB of usable space.

"One possible scenario is shown on the slide:

1. Traffic flows through the FortiGate

2. FortiGate sends logs to FortiAnalyzer

3. FortiAnalyzer detects some suspicious traffic and generates an event

4. The event triggers the execution of a playbook in FortiAnalyzer, which sends a webhook call to

FortiGate so that it runs an automation stitch

5. FortiGate runs the automation stitch with the corrective or preventive actions"

FortiAnalyzer_7.0_Study_Guide-Online page 228

In order to see the actions related to the FOS connector, you must enable an automation rule using the Incoming Webhook Call trigger on the FortiGate side. FortiAnalyzer_7.0_Study Guide page no 233

RAID 1 provides fault tolerance through disk mirroring.

RAID 5 provides fault tolerance by using distributed parity across multiple disks.

RAID 6+0 combines striping with double parity, offering enhanced fault tolerance.

RAID 0 and RAID 0+0 do not provide any fault tolerance, as they focus on performance through data striping but offer no redundancy.

The miglogd process on FortiGate is responsible for handling log forwarding and caching. When FortiAnalyzer is unreachable, miglogd temporarily stores logs in a local cache until the connection is restored. This prevents log loss during temporary network interruptions or FortiAnalyzer outages.