Practice Free NSE7_SSE_AR-26 Exam Online Questions
(Multiple Choice – BGP State Troubleshooting)
An administrator is troubleshooting a newly configured SPA IPsec tunnel. The IPsec Phase 1 and Phase 2 negotiations are successful and stable. However, when checking the BGP routing summary on the enterprise FortiGate Hub, the neighbor state for the FortiSASE POP is stuck in the "Active" state.
Which TWO network issues typically cause BGP to remain in this specific state? (Choose two)
- A . The enterprise FortiGate Hub does not have a valid IP route to reach the BGP peer IP address assigned to the FortiSASE side of the tunnel.
- B . The FortiSASE BGP configuration is utilizing a completely different Autonomous System (AS) number than what the Hub expects for an EBGP peering.
- C . The BGP TCP port 179 packets originating from the Hub are being dropped by a local-in policy or firewall rule on the FortiSASE gateway.
- D . The IPsec tunnel is currently experiencing a severe MTU mismatch, causing large BGP update packets to be fragmented and subsequently dropped.
(Multiple Choice – BGP State Troubleshooting)
An administrator is troubleshooting a newly configured SPA IPsec tunnel. The IPsec Phase 1 and Phase 2 negotiations are successful and stable. However, when checking the BGP routing summary on the enterprise FortiGate Hub, the neighbor state for the FortiSASE POP is stuck in the "Active" state.
Which TWO network issues typically cause BGP to remain in this specific state? (Choose two)
- A . The enterprise FortiGate Hub does not have a valid IP route to reach the BGP peer IP address assigned to the FortiSASE side of the tunnel.
- B . The FortiSASE BGP configuration is utilizing a completely different Autonomous System (AS) number than what the Hub expects for an EBGP peering.
- C . The BGP TCP port 179 packets originating from the Hub are being dropped by a local-in policy or firewall rule on the FortiSASE gateway.
- D . The IPsec tunnel is currently experiencing a severe MTU mismatch, causing large BGP update packets to be fragmented and subsequently dropped.
(Multiple Choice – SAML SSO Troubleshooting)
You are configuring SAML SSO integration between FortiSASE and Azure AD (IdP). After completing the configuration, users experience an "infinite loop" of redirects upon logging in and cannot access the system.
Which TWO misconfigurations would cause this specific issue? (Choose two)
- A . The IdP Entity ID configured on the FortiSASE service provider portal does not perfectly match the Entity ID string provided by Azure AD.
- B . The Assertion Consumer Service (ACS) URL configured on the Azure AD portal contains a typographical error or a protocol port mismatch.
- C . The Azure AD enterprise application configuration is currently missing the mandatory User Principal Name (UPN) SAML claim mapping.
- D . The designated user groups within the FortiSASE authentication settings have not been properly bound to the local user credentials database.
(Single Choice – Identity Provisioning vs Authentication)
When integrating FortiSASE with Microsoft Entra ID (formerly Azure AD), the administrator configures both SAML SSO and SCIM (System for Cross-domain Identity Management).
What is the exact operational distinction between these two identity protocols within the FortiSASE architecture?
- A . SAML dynamically provisions new user accounts into the FortiSASE local database, while SCIM handles the cryptographic verification of the user’s password.
- B . SCIM is strictly utilized to authenticate administrative access to the FortiSASE portal, while SAML is exclusively used for end-user VPN connections.
- C . SAML securely authenticates the user’s identity during the login process, while SCIM continuously synchronizes user accounts and group memberships in the background.
- D . SCIM encrypts the secure payloads traversing the SPA tunnel, while SAML provides the foundational identity context required for ZTNA posture evaluation.
(Multiple Choice – Secure Internet Access SWG Limitations)
An enterprise is migrating from a traditional hardware proxy to FortiSASE Secure Internet Access (SIA) utilizing the Agentless Explicit Proxy (PAC file) deployment methodology.
Which TWO advanced security functions will the enterprise definitively lose by choosing this Agentless approach instead of deploying the FortiClient Agent? (Choose two)
- A . The ability to intercept and enforce DLP policies on outbound non-HTTP traffic, such as native FTP or direct SSH sessions.
- B . The ability to enforce granular web filtering policies based on the user’s specific Azure AD group memberships.
- C . The ability to execute Zero Trust Network Access (ZTNA) posture checks to verify the operational status of the local antivirus software.
- D . The ability to perform SSL Deep Inspection on HTTPS websites to identify obfuscated malware downloads.
(Single Choice – SIA Mode Feature Comparison)
An enterprise is struggling to decide between deploying FortiSASE Agent-based mode versus Agentless (SWG) mode for their global workforce.
Which specific security capability is exclusively available in the Agent-based deployment and impossible to achieve with the Agentless mode?
- A . The ability to perform deep SSL inspection on encrypted traffic to identify and block zero-day malware variants.
- B . The ability to integrate with third-party Identity Providers (IdP) like Azure AD or Okta for seamless user authentication.
- C . The ability to enforce off-network protection, ensuring security policies are applied even when the user is disconnected from the corporate VPN.
- D . The ability to continuously evaluate endpoint operating system vulnerabilities and restrict access based on real-time device health.
(Drag and Drop /Ordering – SAML Authentication Troubleshooting)
A remote user is failing to authenticate to FortiSASE via Azure AD SAML SSO. Arrange the following diagnostic steps in the most logical and efficient sequence to isolate the root cause of this authentication failure.
Steps:
- A . Utilize a browser-based SAML tracer extension to capture and analyze the raw XML assertions passed between the Azure AD IdP and the FortiSASE SP.
- B . Verify that the user’s primary endpoint has basic internet connectivity and can successfully resolve the FortiSASE cloud gateway domain names.
- C . Check the FortiSASE administration portal logs to determine if the SAML response is being actively rejected due to a missing or mismatched group attribute claim.
- D . Confirm within the Azure AD enterprise application portal that the user account has been explicitly assigned the necessary permissions for the FortiSASE application.
(Multiple Choice – Deep Inspection Prerequisites)
To effectively protect remote users against advanced malware hidden within HTTPS traffic, the administrator must enable SSL Deep Inspection on the FortiSASE Secure Internet Access (SIA) policies.
Which TWO actions are absolutely critical to ensure this feature operates correctly without causing widespread user connectivity errors? (Choose two)
- A . The administrator must mandate that all remote users manually disable TLS 1.3 support within their respective web browser advanced settings.
- B . The FortiSASE default Deep Inspection CA certificate must be successfully deployed to the trusted root certificate store of all user endpoints.
- C . The administrator must configure SSL inspection exemptions (bypasses) for applications that utilize strict certificate pinning mechanisms.
- D . The FortiSASE portal must be configured to utilize an external hardware security module (HSM) to generate the dynamic session keys.
TCP Connect
Characteristics:
- A . Verifies complete transport-layer connectivity to a specific application port without requiring application-level payload decoding.
- B . Validates both network connectivity and the operational status of a web server by expecting a specific status code response.
- C . The most lightweight and universally accepted method to measure basic network latency, jitter, and packet loss to a routing gateway.
- D . Confirms the functional status of domain name resolution services, crucial for initial application connectivity and POP selection.
TCP Connect
Characteristics:
- A . Verifies complete transport-layer connectivity to a specific application port without requiring application-level payload decoding.
- B . Validates both network connectivity and the operational status of a web server by expecting a specific status code response.
- C . The most lightweight and universally accepted method to measure basic network latency, jitter, and packet loss to a routing gateway.
- D . Confirms the functional status of domain name resolution services, crucial for initial application connectivity and POP selection.