NSE6_FSR-7.3 Exam Dumps - Fortinet Certification Questions and Answers

In FortiSOAR, system-level logs that can be purged include both "Audit logs" and "Executed Playbook logs." These types of logs can be configured to be purged periodically to free up storage space and ensure that unnecessary logs do not impact system performance. The application configuration allows administrators to schedule automatic purges, which can be especially useful in high-activityenvironments where log data accumulates quickly. Purging these logs helps maintain a cleaner and more efficient system​.

When importing modules into FortiSOAR using the configuration wizard and selecting "Merge with Existing" as the bulk action, the behavior for field handling is as follows: any fields that already exist in the system are overwritten with the imported values. New fields from the imported module are added to the system, while fields that are not part of the imported module remain unaffected and are retained in the system. This option ensures that existing data structures are updated with new information without losing existing, but non-imported, fields​.

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 fdn.log file in FortiSOAR contains logs related to license synchronization activities. This log file records events and errors associated with license checks and synchronization with Fortinet's licensing servers, ensuring that the FortiSOAR instance remains compliant with licensing requirements. Monitoring fdn.log can help administrators troubleshoot issues related to license synchronization and ensure the system operates within the licensed limits​.

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​.

FortiSOAR offers flexibility in deployment environments, including FortiSOAR Cloud, which is a subscription service that enables hosting on FortiCloud. This provides cloud-hosted management with scalable resources. Additionally, FortiSOAR supports deployment on VMware ESXi and Amazon Web Services (AWS), allowing organizations to choose based on their infrastructure preferences. This flexibility ensures that FortiSOAR can be integrated into various IT environments depending on business needs​.

When configuring the system proxy for FortiSOAR, it is essential to ensure connectivity to certain URLs to maintain system updates and licensing. For FortiSOAR, access to https://iepo.fortisoar.fortinet.com is required for incident enrichment and analysis, while https://globalupdate.fortinet.net is necessary for global updates to keep the system up-to-date with the latest threat information. These connections allow FortiSOAR to communicate with Fortinet's servers to fetch updated threat intelligence and system updates, which are critical for the operational effectiveness of FortiSOAR​.

In a FortiSOAR High Availability (HA) cluster setup with an externalized PostgreSQL database, it is necessary to configure the database server to allow incoming connections from all FortiSOAR nodes. This configuration involves modifying the pg_hba.conf file to set up host-based authentication and control which IP addresses can connect. The postgresql.conf file must also be adjusted to enable listening on all necessary IP addresses, which is critical for FortiSOAR nodes to connect to the database server securely and reliably. Together, these configurations ensure that all FortiSOAR nodes can access the database, facilitating effective HA functionality​.