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| Section | Objectives |
|---|---|
| Deployment and Configuration | - FortiSASE deployment
|
| Security and Troubleshooting | - Security operations
|
| Operations and Administration | - Management
|
| FortiSASE Architecture and Design | - SASE architecture concepts
|
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NEW QUESTION # 37
Refer to the exhibits. The exhibits show an SD-WAN event log, the member status, and the SD-WAN rule configuration. Which two conclusions can you draw from the information shown? (Choose two.)
Exhibit 1
Exhibit 2
Exhibit 3
Answer: A,B
Explanation:
The SD-WAN rule (config service edit 1) is configured with set mode priority. This means the rule selects the best interface based on a defined performance metric, as opposed to a simple static priority or SLA. The event log (image_41cfb5.png) shows Metric latency and Message Service prioritized by performance metric will be redirected in sequence order. This indicates that the rule is using latency to determine the preferred member.
Given that the log message is about a change, and the most logical reason for a change in a priority mode is that a different member is now the best performer, it implies that the latency on port2 has become lower than that on port1. The log message Service prioritized by performance metric will be redirected in sequence order confirms that FortiGate is changing the member being used for this service. Because the mode is priority, FortiGate dynamically selects the member that currently meets the best performance criteria, which in this case is latency. The log implies a new member has been selected as the most optimal, and with the default configuration, the members are sorted based on their performance, so the outgoing interface list is effectively updated to prefer the new best-performing member (port2).
References: https://docs.fortinet.com/document/fortigate/7.6.6/administration-guide/022371/best-quality- strategy
NEW QUESTION # 38
In a deployment of FortiSASE, a network architect is designing branch connectivity using the branch on-ramp feature to simplify secure access to cloud and Software-as-a-Service (SaaS) resources without requiring a full, traditional WAN infrastructure at each site.
What is the primary purpose of the FortiSASE branch on-ramp feature?
Answer: D
Explanation:
FortiSASE Branch On-ramp provides a cloud-integrated connectivity method for branch networks that require centralized security enforcement without building a traditional enterprise WAN infrastructure at every location.
Option B is correct because Branch On-ramp enables supported branch routers and FortiGate devices to establish secure IPsec tunnels to FortiSASE security points of presence.
After establishing the connection, branch traffic can be inspected using cloud-delivered firewall and security services. The architecture reduces the need to deploy and maintain a complete set of security inspection capabilities at each remote site.
Branch endpoints generally forward traffic through their local IPsec device, which serves as the default gateway. FortiClient installation is not required solely for branch on-ramp connectivity.
Option A is incorrect because the primary architecture forwards selected branch traffic toward FortiSASE rather than limiting connectivity to direct local internet breakout.
Option C is incorrect because Branch On-ramp does not universally replace endpoint protection software.
Endpoint security remains an independent requirement.
Option D is incorrect because application performance optimization is associated primarily with SD-WAN path selection and digital experience monitoring rather than the principal Branch On-ramp function.
The architectural objective is to simplify branch deployment while maintaining consistent security inspection and access policies across geographically distributed sites.
References: FortiSASE 25 Enterprise Administrator Study Guide, pages 25-28, Thick Edge Use Case and Branch On-Ramp Configuration; FortiSASE Architecture Guide - Site-Based Remote Users Using Branch On-Ramp.
NEW QUESTION # 39
Refer to the exhibit. How does FortiGate handle the traffic with the source IP 10.0.1.130 and the destination IP 128.66.0 125?
Exhibit 1
Answer: C
Explanation:
The matching router policy uses set action deny, which is not equivalent to a firewall security-policy deny.
Within config router policy, the deny action stops policy-route processing and returns the packet to normal forwarding-information-base route evaluation. Both source 10.0.1.130 and destination 128.66.0.125 match the configured policy-route ranges. FortiGate therefore uses the FIB to select forwarding, subject to a valid route and an accepting firewall policy. The candidate answer key incorrectly claims SD-WAN load balancing, and its explanation incorrectly claims the traffic is dropped. Both contradict FortiOS policy-route semantics.
Reference: FortiOS 7.6 CLI Reference - config router policy, action deny; Fortinet Technical Tip - Stop Policy Route. An operational review should distinguish the rule that matches the traffic from the interface that is ultimately selected. Valid forwarding also depends on destination route eligibility, current member state and the applicable SLA or quality-selection algorithm. A diagnostic showing configured members alone is not conclusive evidence that all those members will carry a particular flow.
References: https://docs.fortinet.com/document/fortigate/7.6.2/cli-reference/796289482/config-router-policy
NEW QUESTION # 40
Refer to the exhibit.
The administrator configured two SD-WAN rules to load balance traffic.
Which interfaces does FortiGate use to steer the SMTP traffic from 10.0.1.124 to 10.0.0.254?
Answer: A
Explanation:
FortiGate evaluates SD-WAN traffic against configured service rules, considering source and destination addresses, application identification, performance SLA status, and eligible forwarding members.
Option D is correct because SMTP traffic matches SD-WAN service rule 3, which permits load balancing across six overlay interfaces belonging to the HUB1 and HUB2 zones.
Service 2: Although the source IP address 10.0.1.124 matches its configured source range, this rule specifies Facebook, LinkedIn, and gaming applications. SMTP traffic does not satisfy these application-matching criteria.
Service 3: The rule matches the following conditions:
Source: 10.0.1.0-10.0.1.255
Destination: 10.0.0.0-10.255.255.255
Strategy: Lowest Cost (SLA), with round-robin load balancing
Members: Six VPN interfaces across HUB1 and HUB2
The diagnostic output shows that all six members are alive and selected.
Although sla(0x0) and num of pass(0) indicate that none meets the configured SLA target, FortiOS can still load balance across the tied, operational members when all fail their SLA thresholds.
Therefore, FortiGate can distribute qualifying SMTP sessions among HUB1-VPN1, HUB1-VPN2, HUB1- VPN3, HUB2-VPN1, HUB2-VPN2, and HUB2-VPN3, assuming valid destination routes.
Options A and C incorrectly restrict the eligible interfaces, while option B disregards the matching SD-WAN service rule.
NEW QUESTION # 41
Refer to the exhibit.
Two hub-and-spoke groups are connected through redundant site-to-site IPsec VPNs between Hub 1 and Hub
2.
Which two configuration settings are required for spoke A1 to establish an auto-discovery VPN (ADVPN) shortcut with spoke B2? (Choose two.)
Exhibit - Hub-and-spoke ADVPN topology
Answer: B,C
Explanation:
ADVPN enables dynamic spoke-to-spoke IPsec shortcuts that eliminate unnecessary transit through hub devices after the initial discovery and negotiation process. In this scenario, spokes A1 and B2 belong to separate hub-and-spoke groups, interconnected through redundant IPsec tunnels.
Option A is correct because spoke devices use auto-discovery-receiver on their hub-facing IPsec Phase 1 interfaces. This enables the spokes to receive ADVPN shortcut discovery information needed to establish a direct tunnel to another spoke. Fortinet ' s ADVPN configuration examples explicitly demonstrate this receiver role.
Option D is correct because the interconnected hubs must forward the relevant ADVPN discovery messages across their inter-hub IPsec tunnels. Enabling auto-discovery-forwarder allows discovery signaling to traverse the hub-to-hub connections so that spokes belonging to different regions can discover one another.
Option B reverses the standard spoke and hub discovery roles. The hub normally performs the sender role on its spoke-facing tunnels, whereas the spoke uses the receiver role.
Option C similarly assigns the receiver role to the wrong side of the hub-to-spoke relationship.
The essential distinction is between receiving shortcut discovery at the spokes and forwarding discovery information between the hubs.
References: FortiOS 7.6 Administration Guide - ADVPN and Shortcut Paths; IPsec Phase 1 Interface CLI Reference.
NEW QUESTION # 42
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