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Question 121. What does the “Allow Personal VPN” option in a FortiClient EMS Remote Access profile permit?

1. It automatically creates a VPN tunnel for every Active Directory user
2. It allows endpoint users to create, modify, and use their own personal VPN configurations
3. It allows FortiAnalyzer to establish VPN tunnels
4. It converts all corporate VPN tunnels into unmanaged tunnels

Correct Answer: 2. It allows endpoint users to create, modify, and use their own personal VPN configurations

Explanation:

The Allow Personal VPN option controls whether users can create, modify, and use locally configured VPN connections in FortiClient. Centrally provisioned tunnels from EMS are shown as corporate VPN configurations, while locally created connections are treated as personal VPNs. An organization that wants strict centralized control can disable this capability so users work only with administrator-provisioned tunnels. Allowing personal VPNs can be useful where users legitimately connect to multiple environments, but it also gives users more control over remote-access configuration. The setting therefore should match the organization’s security and support requirements.

Question 122. What is the purpose of “Show VPN before Logon” in a FortiClient EMS Remote Access profile?

1. To launch FortiAnalyzer before Windows starts
2. To require an EMS administrator to approve each Windows login
3. To start the VPN only after the desktop loads
4. To allow users to establish a VPN connection before logging into Windows**

Correct Answer: 4. To allow users to establish a VPN connection before logging into Windows

Explanation:

Show VPN before Logon makes VPN connectivity available from the Windows logon experience. This is useful when the endpoint must reach Active Directory or other corporate resources before the user signs in, such as when domain authentication depends on network connectivity. FortiClient can establish the VPN first and then proceed with Windows or domain authentication. The feature is configured through an EMS Remote Access profile and may be combined with certificate authentication or Windows credentials depending on the deployment design. It is particularly relevant for remote domain-joined computers that cannot reach a domain controller directly.

Question 123. Which setting must be enabled before “Use Windows Credentials” can be used for a VPN-before-logon connection?

1. Show VPN before Logon
2. Allow Personal VPN
3. Suppress VPN Notifications
4. Minimize FortiClient Console on Connect

Correct Answer: 1. Show VPN before Logon

Explanation:

The Use Windows Credentials option is associated with VPN before logon and therefore requires Show VPN before Logon to be enabled. When configured, FortiClient can use the user’s current Windows username and password as part of the pre-logon VPN process. This can streamline authentication in Active Directory environments where the user needs VPN connectivity before domain authentication completes. Fortinet’s XML reference also documents this dependency explicitly. Administrators should confirm both settings when users see the VPN-before-logon interface but cannot use their expected Windows credentials for the connection.

Question 124. Which SAML authentication frameworks are recommended for modern after-logon FortiClient VPN authentication because they align with current web standards and enhanced security?

1. Telnet and SSH
2. Internet Explorer only
3. Microsoft Edge WebView2 or Electron
4. FTP and TFTP

Correct Answer: 3. Microsoft Edge WebView2 or Electron

Explanation:

FortiClient supports several embedded-browser frameworks for SAML authentication after logon. Fortinet recommends Microsoft Edge WebView2 or Electron, because these engines align better with modern web standards and security expectations than older Internet Explorer-based components. The exact authentication experience can also depend on the configured identity provider, such as Microsoft Entra ID, Okta, or FortiAuthenticator. SAML authentication frequently requires browser-based redirects, modern JavaScript support, cookies, and identity-provider interaction, so selecting an appropriate browser framework can directly affect VPN authentication reliability and compatibility.

Question 125. What happens during a typical FortiClient SSL VPN connection that uses SAML authentication?

1. EMS authenticates the user without contacting FortiGate
2. FortiAnalyzer acts as the SAML service provider
3. FortiClient sends the user’s password directly to the EMS database
4. FortiGate redirects FortiClient to the SAML identity provider, FortiClient displays the authentication page, and the tunnel is established after successful login**

Correct Answer: 4. FortiGate redirects FortiClient to the SAML identity provider, FortiClient displays the authentication page, and the tunnel is established after successful login

Explanation:

In a SAML-based SSL VPN flow, FortiClient first connects to FortiGate. FortiGate acts as the service provider and returns a redirect to the configured SAML identity provider. FortiClient displays the identity provider’s authorization page through the configured browser framework, where the user authenticates. After successful SAML authentication, FortiClient establishes the SSL VPN tunnel to FortiGate. EMS is used to provision the Remote Access configuration but is not the component that directly authenticates the user’s SAML session. Understanding these roles helps isolate identity-provider, FortiGate, and FortiClient issues during troubleshooting.

Question 126. What prerequisite normally applies before an EMS-provisioned Auto Connect VPN tunnel automatically connects when the user logs in?

1. The endpoint must first be quarantined
2. The user must have manually established the VPN connection at least once from FortiClient**
3. FortiAnalyzer must approve the connection
4. The EMS database must be restarted

Correct Answer: 2. The user must have manually established the VPN connection at least once from FortiClient

Explanation:

Fortinet documents that the user must normally establish the VPN connection manually at least once from the FortiClient GUI before the tunnel selected for Auto Connect automatically connects at future user logins. This initial successful connection ensures that the required VPN configuration and authentication context are available. Administrators should remember this behavior when troubleshooting a newly provisioned tunnel that appears correctly configured but does not immediately auto-connect. Automatic connection can also fail in specific startup circumstances, such as endpoints configured with automatic Windows logon, so both endpoint and VPN settings should be reviewed.

Question 127. What does “Auto Connect Only When Off-Fabric” do?

1. It disables VPN whenever the endpoint leaves the corporate network
2. It connects the VPN only when FortiAnalyzer is unavailable
3. It automatically connects the configured VPN tunnel only when EMS considers the endpoint off-fabric**
4. It forces VPN connectivity while the endpoint is on-fabric

Correct Answer: 3. It automatically connects the configured VPN tunnel only when EMS considers the endpoint off-fabric

Explanation:

Auto Connect Only When Off-Fabric combines Remote Access behavior with EMS on-fabric detection. When enabled, FortiClient automatically establishes the selected VPN only when EMS determines that the endpoint is outside the trusted network environment. This avoids creating unnecessary VPN tunnels while users are physically or logically on the corporate network. Once the endpoint becomes off-fabric, the remote-access profile can automatically activate the appropriate tunnel. Correct on-fabric detection is therefore important: an incorrect detection result can cause VPN to connect unexpectedly or fail to connect when remote access is actually required.

Question 128. What does setting “Always Up Max Tries” to 0 mean?

1. FortiClient retries the lost VPN connection indefinitely
2. FortiClient never retries the VPN
3. FortiClient retries exactly once
4. The VPN is permanently disabled after a disconnect

Correct Answer: 1. FortiClient retries the lost VPN connection indefinitely

Explanation:

The Always Up Max Tries setting defines how many times FortiClient attempts to restore a VPN connection that was lost because of network problems. A value of 0 means FortiClient continues retrying indefinitely. This can be useful when the organization’s security model requires the VPN to remain persistently connected whenever network connectivity is available. Administrators should balance persistent reconnection with user experience and authentication design, particularly where multifactor authentication or unavailable credentials may cause prompts. If credentials are available, Always Up can reconnect more seamlessly after temporary network interruptions.

Question 129. What happens when “Save Password” is disabled for a VPN configuration using FortiClient’s standard Auto Connect and Always Up behavior?

1. FortiClient enables certificate authentication automatically
2. Auto Connect and Always Up are deselected**
3. FortiClient deletes the VPN tunnel
4. The endpoint is quarantined

Correct Answer: 2. Auto Connect and Always Up are deselected

Explanation:

Fortinet documents a dependency among Save Password, Auto Connect, and Always Up. Disabling Save Password deselects Auto Connect and Always Up because those features often require FortiClient to reconnect without requiring the user to manually re-enter credentials every time. Conversely, enabling Auto Connect or Always Up enables Save Password in the standard configuration. Authentication designs using certificates, SAML, or multifactor authentication may introduce additional considerations, but administrators should understand these basic feature dependencies when creating EMS Remote Access profiles and troubleshooting why certain VPN options are automatically enabled or disabled.

Question 130. What does “Enable Secure Remote Access” allow EMS to do with a VPN tunnel?

1. Replace FortiGate with EMS as the VPN gateway
2. Encrypt the EMS database using the VPN certificate
3. Create a new Active Directory forest
4. Allow or deny VPN access according to endpoint security posture tags**

Correct Answer: 4. Allow or deny VPN access according to endpoint security posture tags

Explanation:

Enable Secure Remote Access links endpoint posture with VPN authorization. EMS security posture tags can be referenced in the VPN tunnel configuration as allowed or prohibited tags. If the endpoint has a prohibited tag—for example, indicating outdated antivirus signatures—FortiClient can deny the VPN connection. If it has an allowed tag, the tunnel can be permitted according to the configured logic. This extends zero-trust principles into traditional remote-access VPN by making device posture part of the access decision instead of relying only on username and password authentication.

Question 131. An endpoint is prohibited from connecting to SSL VPN because it has a posture tag indicating outdated antivirus signatures. What can the EMS administrator configure to help the user understand the denial?

1. A custom host-check failure warning message**
2. A FortiAnalyzer database trigger
3. A DHCP option
4. An OSPF route map

Correct Answer: 1. A custom host-check failure warning message

Explanation:

FortiClient EMS allows administrators to configure a Customize Host Check Fail Warning message for VPN connections blocked because of security posture tags. For example, if an endpoint is tagged because its antivirus signatures are outdated, the message can tell the user to update antivirus definitions before reconnecting. This makes posture-based access control easier to understand and can reduce help-desk calls. Without a meaningful message, users may know only that their VPN connection failed. The notification therefore complements zero-trust enforcement by explaining what security condition caused the denial and what remediation may restore access.

Question 132. Which SSL VPN setting causes FortiClient to stop the requested connection when the VPN gateway presents an invalid server certificate?

1. Show Connection Progress
2. Do Not Accept Invalid Server Certificate
3. Allow Personal VPN
4. Auto Connect Only When Off-Fabric

Correct Answer: 3. Do Not Accept Invalid Server Certificate

Explanation:

The SSL VPN configuration includes a Do Not Accept Invalid Server Certificate setting. When enabled, FortiClient does not complete the VPN connection if the gateway presents an invalid server certificate. A separate setting, Enable Invalid Server Certificate Warning, can instead display a warning to the user. Administrators should distinguish between warning behavior and outright rejection. Certificate validation protects users from connecting to an unexpected or impersonated gateway, so production deployments should use properly issued and trusted certificates rather than depend on users accepting invalid-certificate warnings.

Question 133. In Fortinet ZTNA, what role does FortiClient perform when accessing a protected application through a configured ZTNA destination?

1. It acts as a local proxy gateway and creates a secure HTTPS connection through FortiGate**
2. It replaces FortiGate as the application server
3. It sends the protected application directly to FortiAnalyzer
4. It uses only an IPsec site-to-site tunnel

Correct Answer: 1. It acts as a local proxy gateway and creates a secure HTTPS connection through FortiGate

Explanation:

For ZTNA destinations, FortiClient acts as a local proxy gateway on the endpoint. It works with the FortiGate application proxy to establish a secure HTTPS connection to the protected application. EMS provides a certificate containing the FortiClient UID, which FortiGate can use to identify the endpoint and correlate it with device, identity, and posture information from EMS. FortiGate then makes the final access decision. This architecture enables application-specific zero-trust access without requiring a conventional full network VPN for each protected application.

Question 134. Why must an administrator define ZTNA destinations in EMS for TCP forwarding to non-web-based protected applications?

1. FortiClient needs destination definitions so it knows which non-web application traffic should be forwarded through the ZTNA proxy path**
2. FortiAnalyzer cannot store TCP logs without them
3. EMS cannot license FortiClient without a ZTNA destination
4. FortiGate routing stops working otherwise

Correct Answer: 1. FortiClient needs destination definitions so it knows which non-web application traffic should be forwarded through the ZTNA proxy path

Explanation:

Web-based applications can naturally be handled through HTTP or HTTPS application proxying, but non-web applications require explicit destination definitions so FortiClient knows which TCP traffic should use the ZTNA forwarding path. EMS provides ZTNA Destinations profiles that administrators deploy through endpoint policies. FortiClient then acts as the local proxy and forwards matching traffic securely through the configured FortiGate ZTNA gateway. This allows non-web applications to receive application-level zero-trust access without granting broad network-level VPN connectivity.

Question 135. Under what condition can EMS automatically retrieve non-web ZTNA applications from FortiOS into the ZTNA Applications Catalog?

1. FortiClient must be unmanaged
2. FortiAnalyzer must be configured as the ZTNA proxy
3. A Security Fabric connection must exist between FortiOS 7.4.4 or later and EMS, and the ZTNA server must be configured in FortiOS
4. Every endpoint must use SSL VPN

Correct Answer: 4. A Security Fabric connection must exist between FortiOS 7.4.4 or later and EMS, and the ZTNA server must be configured in FortiOS

Explanation:

EMS can automatically populate its ZTNA Applications Catalog with non-web TCP-forwarding applications from FortiOS when a compatible Security Fabric connection exists. Fortinet specifies FortiOS 7.4.4 or later for this workflow and requires the ZTNA server configuration to exist on FortiOS. The catalog can display applications by application or gateway and can also contain manually created private or SaaS applications. Automatic catalog synchronization reduces duplicated configuration and gives EMS visibility into protected applications already defined on connected FortiGate devices.

Question 136. What restriction applies to ZTNA applications and gateways that EMS automatically discovers from FortiOS?

1. They can be modified only by endpoint users
2. They are deleted whenever EMS restarts
3. They cannot be modified in EMS**
4. They can be edited only through FortiAnalyzer

Correct Answer: 3. They cannot be modified in EMS

Explanation:

ZTNA gateways and applications automatically detected from FortiOS are treated as FortiOS-managed objects in EMS. Fortinet documents that administrators cannot modify these autodetected gateways or applications in EMS. Changes should instead be made on the FortiGate where the ZTNA application is defined. Manually defined EMS gateways behave differently and can be selected when administrators create ZTNA applications directly in EMS. This ownership distinction prevents conflicting configurations between FortiOS and EMS and helps administrators identify where a ZTNA application must be changed.

Question 137. Which IKE version must be used for IPsec VPN with FortiClient 7.4.4 and later?

1. IKEv2**
2. IKEv1 only
3. PPTP
4. L2TP without IPsec

Correct Answer: 1. IKEv2

Explanation:

Fortinet documents that FortiClient 7.4.4 and later no longer support IPsec VPN IKEv1. Administrators should configure IPsec VPN tunnels using IKEv2 for these FortiClient versions. This is important when upgrading clients in environments that still rely on older IKEv1 remote-access configurations, because a previously functioning tunnel may become incompatible after the endpoint upgrade. VPN migration planning should therefore include FortiGate tunnel configuration, authentication methods, certificates or preshared keys, split tunneling, and client-version compatibility rather than upgrading endpoints without reviewing the remote-access design.

Question 138. How many VPN tunnels can an EMS administrator pin in one Remote Access profile, and what is the maximum number that FortiClient can display as pinned when the user pins one additional tunnel?

1. One administrator tunnel; maximum two
2. Two administrator tunnels; maximum three
3. Four administrator tunnels; maximum five
4. Three administrator tunnels; maximum four**

Correct Answer: 4. Three administrator tunnels; maximum four

Explanation:

Fortinet allows the EMS administrator to pin a maximum of three VPN tunnels within a Remote Access profile. A FortiClient end user may pin one additional tunnel locally, giving FortiClient a maximum of four pinned tunnels. When EMS pins a tunnel, the user cannot manually unpin that administrator-controlled tunnel from the FortiClient GUI. Pinned connections provide users with quick access to important VPN configurations while allowing administrators to ensure critical corporate tunnels remain prominently available. Administrators should avoid excessive tunnel proliferation and use pinned connections for the most important remote-access paths.

Question 139. Which FortiClient platform supports source application-based IPsec split tunneling as documented in EMS?

1. Android only
2. Windows**
3. Chromebook only
4. iOS only

Correct Answer: 2. Windows

Explanation:

Fortinet documents source application-based split tunneling for FortiClient Windows. Administrators can specify applications whose traffic should be included in or excluded from the VPN tunnel, which is useful for avoiding unnecessary tunneling of high-bandwidth applications. Application matching can use executable names, full paths, or directories. The IPsec profile can also support cloud-application and domain-based include or exclude behavior. Administrators should confirm platform support before building a split-tunnel design, because not every FortiClient operating system implements every Remote Access feature identically.

Question 140. An organization wants remote users to access corporate resources through VPN when off-fabric, use SAML authentication, and access selected non-web applications through ZTNA without a full VPN. Which design BEST fits the requirement?

1. Use only standalone personal VPN configurations and disable EMS
2. Use FortiAnalyzer as both the VPN and ZTNA gateway
3. Use an EMS Remote Access profile with off-fabric Auto Connect and SAML-capable VPN settings, plus an EMS ZTNA Destinations profile integrated with FortiGate**
4. Use only Web Filter because it can proxy all private applications

Correct Answer: 3. Use an EMS Remote Access profile with off-fabric Auto Connect and SAML-capable VPN settings, plus an EMS ZTNA Destinations profile integrated with FortiGate

Explanation:

The requirements involve two different access models. Traditional network-level remote access can be centrally provisioned through an EMS Remote Access profile, using Auto Connect Only When Off-Fabric so the VPN is created only for remote endpoints and SAML settings for identity-provider authentication. Selected non-web applications can instead use application-specific ZTNA destinations, where FortiClient acts as a local proxy and FortiGate makes zero-trust access decisions based on identity and endpoint posture. Combining these capabilities provides broad VPN access where required while allowing more granular ZTNA access for designated applications.