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Fortinet NSE6_SDW_AD-7.6 Exam Syllabus Topics:

TopicDetails
Topic 1
  • SD-WAN setup: This domain covers how to deploy an enterprise SD-WAN environment by designing SD-WAN members and zones and configuring them for efficient traffic management. It also focuses on implementing Performance SLAs to monitor link quality and ensure applications use the best available path.
Topic 2
  • Centralized management: This domain focuses on deploying and managing SD-WAN using FortiManager for centralized control. It includes implementing branch configuration deployment and using SD-WAN Manager with overlay orchestration to simplify large-scale network management.
Topic 3
  • Rules and routing: This section explains how to design and apply SD-WAN rules to control traffic steering across multiple WAN links. It also includes configuring SD-WAN routing to ensure proper path selection and connectivity between networks.
Topic 4
  • SD-WAN troubleshooting: This domain explains how to diagnose and resolve issues related to SD-WAN operation. It includes troubleshooting SD-WAN rules, session behavior, routing problems, and ADVPN connectivity to maintain reliable network performance.
Topic 5
  • Advanced IPsec: This section covers the deployment of advanced IPsec configurations within SD-WAN environments. It includes implementing hub-and-spoke IPsec topologies, configuring ADVPN, and supporting multihub, multiregion, and large-scale secure SD-WAN deployments.

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Fortinet NSE 6 - SD-WAN 7.6 Enterprise Administrator Sample Questions (Q79-Q84):

NEW QUESTION # 79
SD-WAN interacts with many other FortiGate features. Some of them are required to allow SD- WAN to steer the traffic.
Which three configuration elements that you must configure before FortiGate can steer traffic according to SD-WAN rules? (Choose three.)

Answer: A,C,E

Explanation:
Interfaces must be defined and added as SD-WAN members to participate in traffic steering.
Routing is required so FortiGate knows how to reach destinations through SD-WAN paths.
Firewall policies are needed to permit traffic and allow SD-WAN rules to take effect.


NEW QUESTION # 80
(You plan a large SD-WAN deployment for a global company. You want to divide the network architecture into five geographical regions and install two hubs in each region for increased redundancy. You expect a significant amount of traffic within each region and limited traffic flow between spokes in different regions.
You plan to connect the small branch sites to only the closest hub in their regions and the large branch sites to the two hubs in the regions.
Which statement about your plan is true? Choose one answer.)

Answer: D

Explanation:
The described design is a multi-region SD-WAN architecture, where:
* Each region has its own dual-hub ADVPN domain
* Most traffic is intra-region
* Inter-region traffic is limited and controlled
* Spokes can be single-hub or dual-hub, depending on size and redundancy requirements According to Fortinet's SD-WAN Architecture for Enterprise guidance, when deploying multiple ADVPN regions, eBGP is the recommended routing protocol between regions. Each region operates as an independent routing domain (typically iBGP within the region), while eBGP is used to exchange routes between regional hubs. This approach:
* Prevents excessive route reflection and scaling issues
* Provides clear administrative boundaries between regions
* Improves stability and scalability in large global deployments
* Matches the exact traffic pattern described (high intra-region, low inter-region traffic) This is explicitly documented in Fortinet guidance for "Using eBGP between regions with intra-region ADVPN", which confirms that the architecture described in the question is valid and recommended when eBGP is used between regions.
Why the other options are incorrect:
* Option B is incorrect because FortiOS does not impose a hard "four-hub" architectural limit in the described regional model. Each region has its own hubs, not a single flat multihub domain.
* Option C is incomplete. While FortiManager Overlay Orchestrator can help operationally, it is not the key architectural requirement that makes this design valid. The question asks what makes the plan correct from a design standpoint, not a tooling standpoint.
* Option D is incorrect because FortiOS fully supports mixed spoke connectivity within the same region (some spokes single-hub, others dual-hub), which is a common enterprise SD-WAN design.
Therefore, the correct and documented conclusion is that the plan is possible and eBGP should be used as the routing protocol between regions, which corresponds to Answer A.


NEW QUESTION # 81
Refer to the exhibit. You configure SD-WAN on a standalone FortiGate device. You want to create an SD-WAN rule that steers Facebook and Linkedin traffic through the less costly internet link. The FortiGate GUI page appears as shown in the exhibit.
What should you do to set Facebook and LinkedIn as destinations?

Answer: D

Explanation:
In an SD-WAN rule, you can steer application traffic by using Internet Service Database (ISDB) entries. Facebook and LinkedIn are predefined ISDB objects in FortiGate, so the correct way is to select them in the Internet service field under Destination. This ensures that all traffic to these applications is matched and routed through the chosen (less costly) link.


NEW QUESTION # 82
You have configured the performance SLA with the probe mode as Prefer Passive.
What are two observable impacts of this configuration? (Choose two.)

Answer: A,C

Explanation:
In FortiOS 7.6, when a Performance SLA probe mode is set to Prefer Passive, FortiGate attempts to measure link performance using passive monitoring first, based on real user traffic. Only when passive monitoring is not possible does FortiGate temporarily fall back to active probing.
With Prefer Passive, FortiGate passively monitors TCP traffic flowing through the SD-WAN member to calculate SLA metrics such as latency, jitter, and packet loss. This behavior directly matches option A.
During passive monitoring, FortiGate relies on observed traffic to infer link health. Because no synthetic probes are sent, a completely dead link (with no traffic passing) cannot be detected by the SLA during passive mode. As a result, dead members may not be immediately detected, which makes option D correct.
Option B is incorrect because there is no fixed 3-minute timer defined in FortiOS 7.6 that forces a return from active probing back to passive monitoring.
Option C is incorrect because passive SLA monitoring is based on TCP traffic, not ICMP traffic. ICMP is used for active probing, not passive monitoring.
Option E is incorrect because traffic subject to passive SLA monitoring cannot be offloaded to hardware.
Passive SLA measurement requires software inspection of packets, which prevents NPU offloading.
Therefore, the two correct observable impacts of configuring the probe mode as Prefer Passive are A and D.


NEW QUESTION # 83
What is true about SD-WAN multiregion topologies?

Answer: A


NEW QUESTION # 84
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