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Based on the Security Fabric automation settings shown in the exhibit:

The automation stitch is configured with a trigger for a "Compromised Host."

The action specified for this trigger is "Quarantine FortiClient via EMS."

This indicates that when an endpoint is detected as compromised, FortiClient EMS will quarantine the endpoint as part of the automation process.

Therefore, the action taken on compromised endpoints will be to quarantine them through EMS.

References

FortiGate Security 7.2 Study Guide, Automation Stitches and Actions Section

Fortinet Documentation on Configuring Automation Stitches and Quarantine Actions

Based on the Zero Trust Tagging Rule Set configuration shown in the exhibit:

The rule set includes two conditions:

AV Software is installed and running

OS Version is Windows Server 2012 R2 or Windows 10

The Rule Logic is specified as "(1 and 3) or 2," meaning:

The endpoint must have antivirus software installed and running and must be running Windows 10.

Alternatively, the endpoint must be running Windows Server 2012 R2.

Therefore, the endpoint must satisfy either:

Antivirus is installed and running and Windows 10 is running.

Windows Server 2012 R2 is running.

References

FortiClient EMS 7.2 Study Guide, Zero Trust Tagging Rule Set Configuration Section

Fortinet Documentation on Configuring Zero Trust Tagging Rules and Logic

FortiClient EMS is the component that shares ZTNA tag information through Security Fabric integration. ZTNA tags are synchronized from FortiClient EMS as inputs for the FortiGate application gateway. They can be used in ZTNA policies as security posture checks to ensure certain security criteria are met. FortiClient EMS can share ZTNA tags across multiple devices in the Fabric, such as FortiGate, FortiManager, and FortiAnalyzer. FortiClient EMS can also share ZTNA tags across multiple VDOMs on thesame FortiGate device. FortiClient EMS can be configured to control the ZTNA tag sharing behavior in the Fabric Devices settings1.

FortiGate is the device that enforces ZTNA policies using ZTNA tags. FortiGate can receive ZTNA tags from FortiClient EMS via Fabric Connector. FortiGate can also publish ZTNA services through the ZTNA portal, which allows users to access applications without installing FortiClient. FortiGate can also provide ZTNA inline CASB for SaaS application access control2.

FortiGate Access Proxy is a feature that enables FortiGate to act as a proxy for ZTNA traffic. FortiGate Access Proxy can be deployed in front of the application servers to provide ZTNA protection. FortiGate Access Proxy can also be deployed behind the application servers to provide ZTNA visibility. FortiGate Access Proxy can use ZTNA tags to identify and authenticate users and devices2.

FortiClient is the endpoint software that connects to ZTNA services. FortiClient can register ZTNA tags with FortiClient EMS based on the endpoint security posture. FortiClient can also use ZTNA tags to access ZTNA services published by FortiGate. FortiClient can also use ZTNA tags to access SaaS applications with ZTNA inline CASB2.

References :=

Technical Tip: Behavior of ZTNA Tags shared across multiple vdoms or multiple FortiGate firewalls in the Security Fabric connected to the same FortiClient EMS Server

Synchronizing FortiClient ZTNA tags

Zero Trust Network Access (ZTNA) to Control Application Access

FortiClient offers several types of antivirus scans to ensure comprehensive protection:

Full scan:Scans the entire system for malware, including all files and directories.

Custom scan:Allows the user to specify particular files, directories, or drives to be scanned.

Quick scan:Scans the most commonly infected areas of the system, providing a faster scanning option.

These three types of scans provide flexibility and thoroughness in detecting and managing malware threats.

References

FortiClient EMS 7.2 Study Guide, Antivirus Scanning Options Section

Fortinet Documentation on Types of Antivirus Scans in FortiClient

Understanding Multi-Tenancy Mode:

Multi-tenancy mode allows multiple independent sites or tenants to be managed from a single FortiClient EMS instance.

Evaluating Benefits:

Licenses can be shared among sites, making it cost-effective (B).

It provides granular access and segmentation, allowing for detailed control and separation between tenants (D).

Eliminating Incorrect Options:

Separate host servers managing each site (A) is not a feature of multi-tenancy mode.

The fabric connector's use of an IP address (C) is unrelated to multi-tenancy benefits.

References:

FortiClient EMS multi-tenancy configuration and benefits documentation from the study guides.