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Question 321. Which mobile device management platforms are supported by the FortiClient EMS 7.4 MDM Integration page?

1. Cisco ISE, Aruba ClearPass, and FortiNAC
2. MobileIron only
3. VMware Workspace ONE, Microsoft Intune, and Jamf
4. Microsoft SCCM only

Correct Answer: 3. VMware Workspace ONE, Microsoft Intune, and Jamf

Explanation:

FortiClient EMS supports integration with multiple mobile device management platforms. In the EMS MDM Integration configuration, Fortinet documents support for VMware Workspace ONE, Microsoft Intune, and Jamf. Administrators enable MDM integration, choose the appropriate vendor, configure the vendor-specific connection settings, and test communication between EMS and the MDM service. MDM integration is useful for deploying FortiClient, onboarding mobile or desktop devices, and provisioning information such as ZTNA certificates. SCCM and Group Policy can also deploy FortiClient, but they are not configured as vendors through the EMS MDM Integration page.

Question 322. Where does an administrator configure Microsoft Intune integration in FortiClient EMS?

1. System Settings > MDM Integration
2. Endpoint Profiles > Web Filter
3. Administration > Admin Roles
4. Security Posture Tag Monitor

Correct Answer: 1. System Settings > MDM Integration

Explanation:

Microsoft Intune integration is configured from System Settings > MDM Integration in EMS. The administrator enables MDM Integration, selects Microsoft Intune as the vendor, and supplies the tenant and application authentication information required for communication. Depending on the chosen authorization method, EMS can authenticate by using a client secret or a certificate. After configuration, administrators can test and save the connection. This integration supports workflows such as enrolling FortiClient mobile endpoints into EMS and provisioning ZTNA certificates through Intune.

Question 323. Which authorization methods can EMS use when integrating with Microsoft Intune?

1. PAP or CHAP
2. LDAP or RADIUS
3. Kerberos only
4. Client Secret or Certificate**

Correct Answer: 4. Client Secret or Certificate

Explanation:

When configuring Microsoft Intune integration, EMS supports Client Secret or Certificate as the authorization type. With Client Secret, the administrator supplies the Intune application Client ID and client secret. With Certificate, the administrator supplies the Client ID and uploads the certificate prepared for the Intune application. These credentials allow EMS to authenticate to Microsoft Intune for supported MDM workflows. The choice should match how the application was configured in Microsoft Entra/Intune. LDAP, RADIUS, and PAP are not the documented authorization mechanisms for this EMS-to-Intune connection.

Question 324. What information must an EMS administrator provide when configuring Microsoft Intune integration regardless of whether Client Secret or Certificate authorization is used?

1. FortiGate serial number
2. Intune Tenant ID and Client ID
3. Endpoint antivirus serial number
4. FortiAnalyzer administrator password

Correct Answer: 2. Intune Tenant ID and Client ID

Explanation:

Both supported Intune authorization methods require EMS to know the Tenant ID and Client ID of the relevant Microsoft application. If Client Secret authorization is selected, EMS additionally needs the secret. If Certificate authentication is selected, the administrator uploads the appropriate certificate instead. Tenant and client identifiers tell EMS which Microsoft tenant and application registration it should use when authenticating. This information is obtained from the Microsoft application configuration rather than from FortiGate, FortiAnalyzer, or individual FortiClient endpoints.

Question 325. Which deployment methods does Fortinet document for initially installing FortiClient before the endpoint has an EMS Telemetry relationship?

1. Only direct EMS push to all Active Directory devices
2. FortiAnalyzer and FortiSandbox
3. DNS and DHCP
4. Methods such as SCCM/GPO, supported MDM platforms, or sending an EMS installer link to users**

Correct Answer: 4. Methods such as SCCM/GPO, supported MDM platforms, or sending an EMS installer link to users

Explanation:

Initial FortiClient deployment can be performed using enterprise software-distribution systems such as Microsoft SCCM or Group Policy, supported MDM platforms, or EMS invitations containing an installer link for end users. These methods are needed before the new endpoint has established normal FortiClient Telemetry with EMS. Once FortiClient is installed and registered, EMS can manage the endpoint and later push supported FortiClient upgrades through the established management relationship. Administrators should select an initial deployment method appropriate to endpoint ownership, operating system, network location, and local administrative privileges.

Question 326. In FortiClient EMS 7.4.5, how should an administrator initially deploy FortiClient to Active Directory domain-joined devices?

1. Use a supported external deployment method such as SCCM, GPO, MDM, or an installer workflow rather than relying on EMS to perform the initial installation
2. EMS can always directly install FortiClient on every AD device
3. FortiAnalyzer must install FortiClient
4. Convert all devices to workgroup membership first

Correct Answer: 1. Use a supported external deployment method such as SCCM, GPO, MDM, or an installer workflow rather than relying on EMS to perform the initial installation

Explanation:

Fortinet’s EMS 7.4.5 documentation states that EMS cannot perform the initial FortiClient deployment to Active Directory domain-joined devices. Administrators must instead use one of the supported initial deployment methods, such as SCCM, Group Policy, an MDM solution, or user-assisted installer distribution. After FortiClient has been installed and establishes Telemetry with EMS, ongoing management and supported upgrade operations can be performed centrally. This distinction prevents administrators from confusing endpoint discovery in Active Directory with an ability to install FortiClient directly on all discovered domain computers.

Question 327. After FortiClient and EMS establish a Telemetry connection, what deployment capability becomes available?

1. EMS can replace the endpoint operating system
2. EMS can push supported FortiClient updates to managed endpoints
3. FortiAnalyzer takes over endpoint deployment
4. The endpoint no longer needs FortiClient

Correct Answer: 2. EMS can push supported FortiClient updates to managed endpoints

Explanation:

The initial software deployment process is different from ongoing management. Once FortiClient is installed and establishes a valid Telemetry connection with EMS, EMS can manage the endpoint and push supported FortiClient updates through its deployment framework. This is why external methods such as GPO, SCCM, MDM, or invitation links are mainly necessary to bootstrap new devices. After registration, EMS becomes the central management platform for policies, profiles, software updates, security posture, and remote endpoint operations.

Question 328. Which MDM integration does Fortinet document for provisioning ZTNA certificates to both FortiClient Android and iOS endpoints?

1. Microsoft Intune
2. Jamf School
3. SCCM
4. Group Policy

Correct Answer: 3. Microsoft Intune

Explanation:

Fortinet documents Microsoft Intune as an MDM platform capable of provisioning ZTNA certificates to both FortiClient Android and iOS mobile endpoints. The workflow involves configuring an application for EMS in Intune, configuring the corresponding Intune integration in EMS, enrolling the mobile endpoints, and then validating endpoint information and certificate deployment. MDM-based certificate distribution is important because mobile platforms have different certificate-management models from traditional Windows or macOS desktops. Jamf and Workspace ONE also support certain mobile ZTNA certificate workflows, but their platform coverage differs.

Question 329. Which limitation applies to ZTNA on FortiClient Android and iOS endpoints?

1. Mobile FortiClient does not support ZTNA for TCP forwarding
2. ZTNA supports only TCP forwarding on mobile
3. Mobile ZTNA requires FortiAnalyzer as the gateway
4. Android and iOS do not support ZTNA at all

Correct Answer: 1. Mobile FortiClient does not support ZTNA for TCP forwarding

Explanation:

FortiClient Android and iOS support ZTNA for secure HTTPS-based application access, but Fortinet documents an important limitation: mobile FortiClient does not support ZTNA TCP forwarding. TCP-forwarding destinations are used for certain non-web applications on supported desktop platforms. Mobile deployments therefore require administrators to design protected application access around the capabilities available on Android and iOS rather than assuming all desktop ZTNA features are identical on mobile. This limitation is especially important when planning access to legacy or non-HTTP applications.

Question 330. Which FortiClient mobile versions introduced support for MDM-provisioned ZTNA certificates according to Fortinet documentation?

1. FortiClient 5.6 and later
2. FortiClient 6.0 and later
3. FortiClient 7.0.0 only
4. FortiClient Android and iOS 7.2.2 and later**

Correct Answer: 3. FortiClient Android and iOS 7.2.2 and later

Explanation:

Fortinet states that FortiClient Android and iOS 7.2.2 and later support ZTNA using certificates provisioned through supported MDM platforms. Those certificates allow the mobile client to participate in HTTPS-based zero-trust application-access workflows. Intune supports certificate deployment to both Android and iOS, while other MDM platforms have different mobile-platform support. Knowing the minimum supported client version helps administrators avoid troubleshooting a ZTNA certificate workflow on mobile clients that are too old to support it.

Question 331. Which key is mandatory in the documented Microsoft Intune Android FortiClient configuration and identifies the managed Intune device?

1. fortigate_serial
2. intune_device_id
3. av_signature_id
4. faz_device_id

Correct Answer: 2. intune_device_id

Explanation:

For the documented FortiClient Android integration with Intune, the intune_device_id key is mandatory. Fortinet instructs administrators to configure it as a string and typically use the Intune/Azure device identifier expression provided by the MDM platform. This lets FortiClient and EMS associate the endpoint with the correct managed Intune device. Other configuration keys can supply EMS hostname, Telemetry port, connection key, group tag, and certificate-warning behavior, but the Intune device identifier is specifically required for the integration workflow.

Question 332. What is the default value represented by the ems_port parameter in a managed FortiClient mobile configuration?

1. 443
2. 10443
3. 8015
4. 8013**

Correct Answer: 4. 8013

Explanation:

The mobile MDM configuration can provide an ems_port value telling FortiClient which port to use for Telemetry communication with EMS. Fortinet documents the default as 8013, consistent with standard FortiClient-to-EMS endpoint-control communication. MDM can therefore preconfigure mobile endpoints with the EMS hostname or address, Telemetry port, connection key, and other onboarding information. If a nondefault port is used, EMS, FortiClient configuration, and intervening network controls must all agree on the custom value.

Question 333. What is the purpose of the group_tag setting in a managed FortiClient mobile configuration?

1. It can be used as an Installer ID so EMS can automatically assign the endpoint to a group
2. It controls the endpoint antivirus scan level
3. It stores a FortiGate administrator password
4. It replaces the device’s Intune ID

Correct Answer: 2. It can be used as an Installer ID so EMS can automatically assign the endpoint to a group

Explanation:

The group_tag value can be supplied through MDM configuration and used by EMS as an Installer ID. EMS group-assignment rules can then automatically place the newly connected endpoint into a corresponding custom group. This extends the same automated grouping logic used with desktop deployment packages to managed mobile deployments. For example, separate MDM configurations could assign Sales, Finance, or Contractor group tags so devices are organized immediately after onboarding. Group assignment can then influence policy targeting and administrative organization.

Question 334. Which statement about ManageEngine integration is correct for FortiClient EMS 7.4?

1. It supports only Windows endpoints
2. It was removed from EMS 7.4
3. It supports FortiClient iOS and Android and requires EMS 7.4.1 or later
4. It requires FortiManager instead of EMS

Correct Answer: 1. It supports FortiClient iOS and Android and requires EMS 7.4.1 or later

Explanation:

Fortinet’s ManageEngine deployment documentation states that this MDM integration supports FortiClient iOS and Android and can be configured with EMS 7.4.1 and later. ManageEngine can provide configuration values that allow the mobile FortiClient application to connect to EMS and participate in centralized management. Because the feature was introduced within the 7.4 branch rather than being available identically in every 7.4 release, administrators should verify the exact EMS version when planning ManageEngine-based deployment.

Question 335. Which Jamf product does FortiClient 7.4 support for the documented MDM deployment workflow?

1. Jamf School only
2. Jamf Now only
3. Every Jamf product
4. Jamf Pro, but not Jamf School**

Correct Answer: 4. Jamf Pro, but not Jamf School

Explanation:

Fortinet’s FortiClient 7.4 Jamf Deployment Guide states that the supported platform is Jamf Pro and specifically notes that Jamf School is not supported for the documented integration. Jamf Pro can be used to manage macOS FortiClient deployment and supported iOS-related workflows, including ZTNA certificate provisioning. Administrators should not assume that all products from the same MDM vendor expose the APIs or policy capabilities required by FortiClient EMS. Product edition matters in addition to vendor name and FortiClient version.

Question 336. How can Jamf Pro silently deploy FortiClient to supported macOS devices?

1. By using a Jamf policy to execute a deployment shell script
2. By sending the installer through FortiAnalyzer
3. By converting FortiClient into a browser extension
4. By requiring each user to manually configure EMS

Correct Answer: 3. By using a Jamf policy to execute a deployment shell script

Explanation:

Fortinet documents a Jamf Pro workflow in which administrators create appropriate configuration profiles, prepare a deployment shell script, and then use a Jamf policy to run the deployment on managed macOS computers. Jamf policies can automate software distribution and script execution according to configured triggers, frequency, and scope. The FortiClient deployment can occur without requiring interactive installation by the endpoint user, making the process appropriate for enterprise-managed Macs. This workflow is particularly useful where users do not have local administrative privileges.

Question 337. Which macOS version is listed as a minimum prerequisite in Fortinet’s Jamf Pro shell-script deployment procedure?

1. macOS 10.15 Catalina or later
2. macOS 10.8 or later
3. macOS 10.10 only
4. macOS 14 only

Correct Answer: 4. macOS 10.15 Catalina or later

Explanation:

The documented Jamf Pro shell-script deployment procedure requires managed Macs to run macOS Catalina 10.15 or later. The device must also already be managed by Jamf Pro, and the shell script must use a valid interpreter declaration such as #!/bin/sh or #!/usr/bin/env zsh. Fortinet also cautions administrators against editing the deployment shell script with Windows Notepad because changes to script formatting can prevent it from executing correctly. These prerequisites should be validated before troubleshooting a failed Jamf deployment.

Question 338. Which authentication methods are documented for EMS integration with VMware Workspace ONE?

1. LDAP only
2. Basic, certificate-based, or OAuth 2.0
3. SAML only
4. RADIUS and TACACS+ only

Correct Answer: 2. Basic, certificate-based, or OAuth 2.0

Explanation:

Fortinet documents three authentication approaches for integration between EMS and Workspace ONE: Basic authentication, certificate-based authentication, and OAuth 2.0. Administrators configure the desired method in Workspace ONE and then provide the corresponding information to EMS. With OAuth 2.0, for example, the configuration includes information such as the client ID, client secret, and assigned region. Selecting an authentication method that matches organizational security standards and the Workspace ONE deployment is essential before EMS can successfully communicate with the MDM platform.

Question 339. In an iOS Workspace ONE onboarding workflow, which EMS endpoint-summary field confirms that the device has an MDM profile installed and is recognized as enrolled?

1. Vulnerability Score
2. Installer ID
3. MDM Enrolled
4. Fabric Score

Correct Answer: 3. MDM Enrolled

Explanation:

After an iOS device has been enrolled in Workspace ONE and FortiClient has connected to EMS, the administrator can inspect its endpoint summary. Fortinet documents the MDM Enrolled field as showing Enrolled when the device is enrolled and has an MDM profile installed. If it displays Not Enrolled, the device may not be enrolled or may have been removed from MDM. The endpoint summary also provides information about ZTNA certificate status, allowing administrators to verify both MDM enrollment and zero-trust certificate provisioning.

Question 340. EMS attempts to deploy FortiClient 7.4.4 to an endpoint whose operating system is unsupported by that FortiClient release. EMS has the current EMS/FCT upgrade and compatibility matrix signature. What should happen?

1. EMS installs the package anyway
2. EMS upgrades the endpoint operating system automatically
3. EMS sends the endpoint to FortiAnalyzer
4. EMS does not deploy that FortiClient version to the unsupported endpoint**

Correct Answer: 1. EMS does not deploy that FortiClient version to the unsupported endpoint

Explanation:

EMS can download the EMS/FCT upgrade and compatibility matrix signature from FortiGuard. This signature provides operating-system compatibility information for FortiClient releases. EMS uses that information to avoid pushing a FortiClient build to an endpoint whose operating system does not support it. Fortinet gives the example of an endpoint running Windows 7 when a selected FortiClient 7.4.4 deployment does not support that OS; EMS does not perform the deployment. This protects administrators from accidentally applying incompatible FortiClient versions to managed devices.