Free and Premium Fortinet NSE6_FSR-7.3 Dumps Questions Answers

When joining a FortiSOAR cluster as a standby node, the correct status value should be passive. Using active would imply that the node is trying to join as an active node, which could cause conflicts in the cluster setup. In FortiSOAR, standby nodes must be set as passive to ensure they are recognized correctly and to avoid conflicts with the primary node or other active nodes within the cluster. Therefore, setting the status to passive will resolve the issue and allow the node to join the cluster as intended​.

The FortiSOAR queue and shift management feature enables several key activities for managing shifts and queues. Administrators can initiate shift handovers, allowing for smooth transitions between shift leads and members. They can also designate specific roles within shifts, including shift leads and members, to define responsibilities. Additionally, queue rules can be established based on certain conditions, ensuring that incidents and tasks are assigned according to predefined criteria, which helps streamline operations and improve response times​.

Administrators can collect and review FortiSOAR logs for troubleshooting in two primary ways. First, they can download logs directly from the GUI, which provides access to various logs through an intuitive interface. Secondly, using the command-line interface, the csacta log --collect command can be used to gather all logs within a specified directory, enabling more detailed offline analysis. Both methods offer comprehensive log collection to aid in diagnosing and resolving issues​.

Upgrading a FortiSOAR HA cluster follows the same procedure regardless of whether it is configured in an active-active or active-passive setup. The process generally involves upgrading one node at a time to minimize service disruption. Best practices recommend upgrading the passive secondary node first before moving to the active primary node. This sequence helps maintain cluster stability and ensures that at least one node remains operational during the upgrade​.

In FortiSOAR, the "Application Administrator" role is a default role that holds broad privileges, including the ability to assign permissions to other teams. This role is fundamental to system administration and is recommended not to be removed as it provides crucial administrative capabilities. Removing or modifying this role could impact FortiSOAR's ability to manage user roles and permissions effectively, which could hinder system operations and user management​.

When deleting a user account in FortiSOAR, the user ID must be entered into the usersToDelete.txt file. This file is specifically used to list users that are marked for deletion. Once the user IDs are listed in this file, the system can process the deletion of these accounts as part of its user management operations. This method ensures that only specified users are deleted, as referenced in FortiSOAR's administrative controls​.

In FortiSOAR's War Room, users can perform several actions to manage incidents effectively. They can view a graphical representation of records linked to an incident in the Artifacts lab, which helps visualize connections and dependencies. Additionally, the War Room supports tagging investigation results as evidence, allowing for a structured approach to incident documentation. Users can also manage tasks via the Task Manager tab, facilitating task creation, assignment, and tracking within the incident response workflow​.

When the PostgreSQL database is externalized in FortiSOAR, certain HA-related CLI commands become inapplicable. Specifically, the csada ha firedrill command, which is used to test the integrity of the HA cluster by simulating failures, is not applicable in scenarios where the database is managed outside FortiSOAR. Externalizing the database changes how FortiSOAR manages database connections, making some internal commands like firedrill redundant​.