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Fortinet NSE5_FSM-6.3 Exam Questions

Exam Name: Fortinet NSE 5 - FortiSIEM 6.3
Exam Code: NSE5_FSM-6.3
Related Certification(s):
  • Fortinet Certified Professional Certifications
  • Fortinet FCP Fortinet Certified Professional Security Operations Certifications
Certification Provider: Fortinet
Number of NSE5_FSM-6.3 practice questions in our database: 49 (updated: Jul. 10, 2024)
Expected NSE5_FSM-6.3 Exam Topics, as suggested by Fortinet :
  • Topic 1: Introduction: Provides an overview of the FortiSIEM platform and its role in security information and event management.
  • Topic 2: SIEM and PAM Concepts: Covers fundamental concepts of Security Information and Event Management (SIEM) and Privileged Access Management (PAM).
  • Topic 3: Discovery and FortiSIEM Agents: Explains the process of network discovery and the deployment of FortiSIEM agents for data collection.
  • Topic 4: FortiSIEM Analytics: Discusses the analytical capabilities of FortiSIEM for identifying and correlating security events.
  • Topic 5: Group By and Data Aggregation: Focuses on techniques for grouping and aggregating data to derive meaningful insights.
  • Topic 6: Rules and MITRE ATT&CK: Covers the creation and management of rules, including integration with the MITRE ATT&CK framework.
  • Topic 7: Incidents and Notification Policies: Explains incident management processes and configuration of notification policies in FortiSIEM.
  • Topic 8: Reports and Dashboards: Discusses the creation and customization of reports and dashboards for visualizing security data.
  • Topic 9: Maintaining and Tuning: Covers best practices for maintaining and fine-tuning the FortiSIEM system for optimal performance.
  • Topic 10: Troubleshooting: Provides guidance on identifying and resolving common issues in FortiSIEM deployment and operation.
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Free Fortinet NSE5_FSM-6.3 Exam Actual Questions

Note: Premium Questions for NSE5_FSM-6.3 were last updated On Jul. 10, 2024 (see below)

Question #1

In FortiSIEM enterprise licensing mode, it the link between the collector and data center FortiSlEM cluster is down, what happens?

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Correct Answer: D

Enterprise Licensing Mode: In FortiSIEM enterprise licensing mode, collectors are deployed in remote sites to gather and forward data to the central FortiSIEM cluster located in the data center.

Collector Functionality: Collectors are responsible for receiving logs, events (e.g., syslog), and performance metrics from devices.

Link Down Scenario: When the link between the collector and the FortiSIEM cluster is down, the collector needs a mechanism to ensure no data is lost during the disconnection.

Event Buffering: The collector buffers the events locally until the connection is restored, ensuring that no incoming events are lost. This buffered data is then forwarded to the FortiSIEM cluster once the link is re-established.

References: FortiSIEM 6.3 User Guide, Data Collection and Buffering section, explains the behavior of collectors during network disruptions.

Question #2

Which two FortiSIEM components work together to provide real-time event correlation?

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Correct Answer: A

FortiSIEM Architecture: The FortiSIEM architecture includes several components such as Supervisors, Workers, Collectors, and Agents, each playing a distinct role in the SIEM ecosystem.

Real-Time Event Correlation: Real-time event correlation is a critical function that involves analyzing and correlating incoming events to detect patterns indicative of security incidents or operational issues.

Role of Supervisor and Worker:

Supervisor: The Supervisor oversees the entire FortiSIEM system, coordinating the processing and analysis of events.

Worker: Workers are responsible for processing and correlating the events received from Collectors and Agents.

Collaboration for Correlation: Together, the Supervisor and Worker components perform real-time event correlation by distributing the load and ensuring efficient processing of events to identify incidents in real-time.

References: FortiSIEM 6.3 User Guide, Event Correlation and Processing section, details how the Supervisor and Worker components collaborate for real-time event correlation.

Question #3

Consider the storage of anomaly baseline date that is calculated for different parameters. Which database is used for storing this data?

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Correct Answer: B

Anomaly Baseline Data: Anomaly baseline data refers to the statistical profiles and baselines calculated for various parameters to detect deviations indicative of potential security incidents.

Profile DB: The Profile DB is specifically designed to store such baseline data in FortiSIEM.

Purpose: It maintains statistical profiles for different monitored parameters to facilitate anomaly detection.

Usage: This data is used by FortiSIEM to compare real-time metrics against the established baselines to identify anomalies.

References: FortiSIEM 6.3 User Guide, Database Architecture section, which describes the different databases used in FortiSIEM and their purposes, including the Profile DB for storing anomaly baseline data.

Question #4

Which is a requirement for implementing FortiSIEM disaster recovery?

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Correct Answer: C

Disaster Recovery (DR) Implementation: For FortiSIEM to effectively support disaster recovery, specific requirements must be met to ensure seamless failover and data integrity.

Layer 2 Connectivity: One of the critical requirements for implementing FortiSIEM DR is that the two supervisor nodes must have layer 2 connectivity.

Layer 2 Connectivity: This ensures that the supervisors can communicate directly at the data link layer, which is necessary for synchronous data replication and other DR processes.

Importance of Connectivity: Layer 2 connectivity between the supervisor nodes ensures that they can maintain consistent and up-to-date state information, which is essential for a smooth failover in the event of a disaster.

References: FortiSIEM 6.3 Administration Guide, Disaster Recovery section, which details the requirements and configurations needed for setting up disaster recovery, including the necessity for layer 2 connectivity between supervisor nodes.

Question #5

How is a subparttern for a rule defined?

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Correct Answer: D

Rule Subpattern Definition: In FortiSIEM, a subpattern within a rule is used to define specific conditions and criteria that must be met for the rule to trigger an incident or alert.

Components of a Subpattern: The subpattern includes the following elements:

Filters: Criteria to filter the events that the rule will evaluate.

Aggregation: Conditions that define how events should be aggregated or grouped for analysis.

Time Window Definitions: Specifies the time frame over which the events will be evaluated to determine if the rule conditions are met.

Reference: Together, these components allow the system to efficiently and accurately detect patterns of interest within the event data.

References: FortiSIEM 6.3 User Guide, Rules and Patterns section, which explains the structure and configuration of rule subpatterns, including the use of filters, aggregation, and time window definitions.

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