Fortinet NSE7_ZTA-7.2 Exam With Confidence Using Practice Dumps

 Certificate-based authentication is a method of verifying the identity of a device or user by using a digital certificate issued by a trusted authority. For ZTNA deployment, certificate-based authentication is used to ensure that only authorized devices and users can access the protected applications or resources.

B. The default action for empty certificates is block. This is true because ZTNA requires both device and user verification before granting access. If a device does not have a valid certificate issued by the ZTNA CA, it will be blocked by the ZTNA gateway. This prevents unauthorized or compromised devices from accessing the network.

D. Client certificate configuration is a mandatory component for ZTNA. This is true because ZTNA relies on client certificates to identify and authenticate devices. Client certificates are generated by the ZTNA CA and contain the device ID, ZTNA tags, and other information. Client certificates are distributed to devices by the ZTNA management server (such as EMS) and are used to establish a secure connection with the ZTNA gateway.

A. FortiGate signs the client certificate submitted by FortiClient. This is false because FortiGate does not sign the client certificates. The client certificates are signed by the ZTNA CA, which is a separate entity from FortiGate. FortiGate only verifies the client certificates and performs certificate actions based on the ZTNA tags.

C. Certificate actions can be configured only on the FortiGate CLI. This is false because certificate actions can be configured on both the FortiGate GUI and CLI. Certificate actions are the actions that FortiGate takes based on the ZTNA tags in the client certificates. For example, FortiGate can allow, block, or redirect traffic based on the ZTNA tags.

References :=

• 1: Technical Tip: ZTNA for Corporate hosts with SAML authentication and FortiAuthenticator as IDP
• 2: Zero Trust Network Access - Fortinet

For FortiNAC to perform automated incident response based on FortiGate traffic, the required configuration is:

• A. FortiNAC should be added as a participant in the Security Fabric: By integrating FortiNAC into the Fortinet Security Fabric, it can respond to incidents based on traffic analysis performed by FortiGate. This allows for coordinated and automated responses to security events.

The other options are not specifically required for automated incident response in this context:

• B. FortiNAC requires read-write SNMP access to FortiGate: While SNMP access is important for certain functions, it is not the key requirement for this

specific use case.

• C. FortiNAC should be configured as a syslog server on FortiGate: Configuring FortiNAC as a syslog server is useful for log collection but not specifically for automated incident response based on traffic.
• D. FortiNAC requires HTTPS access to FortiGate for API calls: HTTPS access for API calls is important for integration, but it is not the primary requirement for automated incident response based on FortiGate traffic analysis.

References:

• FortiNAC Integration with FortiGate for Incident Response.
• Fortinet Security Fabric Documentation.

The method used to install a passive agent on an endpoint is:

• D. Installed by user or deployment tools: Passive agents are typically installed on endpoints either manually by users or automatically through deployment tools used by the organization.

The other options do not accurately describe the installation of passive agents:

• A. Deployed by using a login/logout script: This is not the standard method for deploying passive agents.
• B. Agent is downloaded from Playstore: This is more relevant for mobile devices and does not represent the general method for passive agent installation.
• C. Agent is downloaded and run from captive portal: This method is not typically used for installing passive agents.

References:

• FortiNAC Agent Deployment Guide.
• Installation Methods for Passive Agents in FortiNAC.