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| Section | Objectives |
|---|---|
| Topic 1: Monitoring, Troubleshooting, and Optimization | - Security event analysis - Performance troubleshooting - Traffic analytics and monitoring tools |
| Topic 2: Administration and Configuration | - FortiSASE policy management - FortiGate SD-WAN configuration - User and device onboarding |
| Topic 3: FortiSD-WAN Deployment and Architecture | - SD-WAN overlay design - Routing and path selection - Application steering policies |
| Topic 4: FortiSASE Fundamentals | - SASE architecture and concepts - Secure Access Service Edge components - Cloud-delivered security services |
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NEW QUESTION # 10 
An administrator is troubleshooting SD-WAN on FortiGate. A device behind branch1_fgt generates traffic to the 10.0.0.0/8 network. The administrator expects the traffic to match SD-WAN rule ID 1 and be routed over HUB1-VPN1. However, the traffic is routed over HUB1-VPN3.
Based on the output shown in the exhibit, which two reasons, individually or together, could explain the observed behavior? (Choose two.)
Answer: A,D
Explanation:
According to the SD-WAN 7.6 Core Administrator curriculum and the diagnostic outputs shown in the exhibit, the reason traffic is steered to HUB1-VPN3 instead of the expected HUB1-VPN1 (defined in SD- WAN rule ID 1) can be explained by two core routing principles in FortiOS:
Valid Route Requirement (Option A): In the diagnose sys sdwan service 4 output (which corresponds to Rule ID 1), it shows the rule has members HUB1-VPN1, HUB1-VPN2, and HUB1-VPN3. A key principle of SD- WAN steering is that for a member to be " selectable " by a rule, it must have a valid route to the destination in the routing table (RIB/FIB). If the routing table output (the third section of the exhibit) shows a route to
10.0.0.0/8 via HUB1-VPN3 but not through HUB1-VPN1, the SD-WAN engine will skip HUB1-VPN1 entirely because it is considered a " non-reachable " path for that specific destination.
Policy Route Precedence (Option D): In the FortiOS route lookup hierarchy, Regular Policy Routes (PBR) are evaluated before SD-WAN rules. If an administrator has configured a traditional Policy Route (found under Network > Policy Routes) that matches traffic destined for 10.0.0.0/8 and specifies HUB1-VPN3 as the outgoing interface, the FortiGate will forward the packet based on that policy route and will never evaluate the SD-WAN rules for that session. This " bypass " occurs regardless of whether the SD-WAN rule would have chosen a " better " link.
Why other options are incorrect:
Option B: While member configuration priority (cfg_order) is a tie-breaker in some strategies, the SD-WAN rule logic is only applied if the routing table allows it or if a higher-priority policy route doesn ' t intercept the traffic first.
Option C: Lower route priority (which means higher preference in the RIB) affects the Implicit Rule (standard routing). However, SD-WAN rules are designed to override RIB priority for matching traffic. If HUB1-VPN1 was a valid candidate and no Policy Route existed, the SD-WAN rule would typically ignore RIB priority to enforce its own steering strategy.
NEW QUESTION # 11
Which two statements correctly describe what happens when traffic matches the implicit SD-WAN rule? (Choose two.)
Answer: A,E
Explanation:
When traffic matches the implicit SD-WAN rule, the session is flagged with may_dirty and vwl_default, indicating it was steered by the default SD-WAN behavior.
Because the implicit rule is used, no specific SD-WAN service is matched, so the session information shows no SD-WAN service ID.
NEW QUESTION # 12
Refer to the exhibit. An SD-WAN zone configuration on the FortiGate GUI is shown.
What can you conclude about the zone and member configuration on this device?
Answer: C
Explanation:
In the SD-WAN Zones view, the overlay-factories zone shows no expandable arrow or member interfaces beneath it, indicating that the zone contains no members.
NEW QUESTION # 13
What is the primary purpose of implementing a dedicated IP in security POPs?
Answer: C
Explanation:
The correct answer is D. To implement geolocation rules and source IP address anchoring. The FortiSASE Administrator Study Guide identifies traffic identification and isolation and source IP anchoring as the two principal use cases for dedicated public IP addresses at FortiSASE security POPs. Without dedicated addresses, customers can share the same public egress IP at a POP, which prevents clear isolation of customer traffic.
For source IP anchoring, FortiSASE can ensure that traffic from a particular user, user group, or source country appears to originate from a consistent designated public IP address, independent of the endpoint ' s actual physical location. The study material further explains that source IP anchoring can be combined with geolocation rules to provide more granular assignment of public addresses. Additional dedicated public IP addresses are required for this use case.
A is unrelated because dedicated IPs are not a website acceleration mechanism. B incorrectly characterizes them primarily as logging identifiers. C describes a possible operational benefit of stable addressing but does not identify the FortiSASE feature being tested. D directly corresponds to the documented dedicated-IP
/source-IP-anchoring architecture.
Study Guide Reference: User Onboarding and Additional Features > Dedicated IP Address > Source IP Anchoring, pages 65-67.
NEW QUESTION # 14
You have configured the performance SLA with the probe mode as Prefer Passive.
What are two observable impacts of this configuration? (Choose two.)
Answer: B,C
Explanation:
In the SD-WAN 7.6 Core Administrator curriculum, the " Prefer Passive " probe mode is a hybrid monitoring strategy designed to minimize the overhead of synthetic traffic (probes) while maintaining link health visibility. According to the FortiOS 7.6 Administration Guide and the SD-WAN Study Guide, the behavior and impacts are as follows:
TCP Traffic Requirement (Option E): Passive monitoring relies on the FortiGate's ability to inspect actual user traffic to calculate health metrics such as Latency, Jitter, and Packet Loss. Specifically, it uses TCP traffic (by analyzing TCP sequence numbers and timestamps to calculate Round Trip Time - RTT). If user traffic is flowing through the member interface, the FortiGate uses those real-world sessions for SLA calculations instead of sending its own probes.
Inability to Detect Dead Members (Option C): A significant limitation of passive monitoring is that it cannot distinguish between a " dead " link and an " idle " link. If there is no traffic, the passive monitor has no data to analyze. Consequently, while in passive mode, the SD-WAN engine cannot detect a dead member. To mitigate this, " Prefer Passive " includes a fail-safe: if no traffic is detected for a specific period (typically 3 minutes), the FortiGate will automatically switch to Active mode (sending ICMP/TCP pings) to verify if the link is actually alive.
Why other options are incorrect:
Option A: Passive monitoring generally disables hardware offloading (ASIC) for the monitored traffic. This is because the CPU must inspect every packet header to calculate performance metrics; if the traffic were offloaded to the Network Processor (NP), the CPU would not see the packets, rendering passive monitoring impossible.
Option B: While active probes often use ICMP, passive monitoring is specifically designed for TCP traffic because the TCP protocol ' s ACK structure allows for accurate RTT and loss calculation without synthetic packets.
Option D: The " 3-minute " timer is actually the trigger to switch from passive to active when traffic is absent, not the fallback timer to return to passive. The fallback to passive happens as soon as valid TCP traffic is detected again.
According to the FortiSASE 7.6 Administration Guide and the FCP - FortiSASE 24/25 Administrator study materials, FortiSASE supports three primary external (remote) authentication sources to verify the identity of remote users (SIA and SPA users). These sources allow organizations to leverage their existing identity infrastructure for seamless onboarding and policy enforcement:
Security Assertion Markup Language (SAML) (Option A): This is the most common and recommended method for modern SASE deployments. FortiSASE acts as a SAML Service Provider (SP) and integrates with Identity Providers (IdP) such as Microsoft Entra ID (formerly Azure AD), Okta, or FortiAuthenticator. This enables Single Sign-On (SSO) and Multi-Factor Authentication (MFA).
Lightweight Directory Access Protocol (LDAP) (Option C): FortiSASE can connect to on-premises or cloud- based LDAP servers (such as Windows Active Directory). This allows the administrator to map existing AD groups to FortiSASE user groups for granular security policy application.
Remote Authentication Dial-in User Service (RADIUS) (Option E): RADIUS is supported for organizations that use centralized authentication servers or traditional MFA solutions (like RSA SecurID). FortiSASE can query a RADIUS server to validate user credentials before granting access to the SASE tunnel.
Why other options are incorrect:
OpenID Connect (OIDC) (Option B): While OIDC is a modern authentication protocol similar to SAML, FortiSASE ' s primary integration for external Identity Providers is currently standardized on SAML 2.0.
TACACS+ (Option D): Terminal Access Controller Access-Control System Plus is primarily used for administrative access (AAA) to network devices (like logging into a FortiGate CLI or FortiManager). It is not used for end-user VPN or SASE authentication in the Fortinet ecosystem.
NEW QUESTION # 15
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