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Fortinet NSE6_SDW_AD-7.6 Exam Syllabus Topics:

Topic
Details

Topic 1

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 2

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.

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

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 5

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.

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Fortinet NSE 6 - SD-WAN 7.6 Enterprise Administrator Sample Questions (Q93-Q98):

NEW QUESTION # 93
(As an IT manager, you want to delegate the installation and management of your SD-WAN deployment to a managed security service provider (MSSP). Each site must maintain direct internet access and be secure. You expect significant traffic flow between the sites and want to delegate as much of the network administration and management as possible to the MSSP.
Which two MSSP deployment blueprints address your requirements? Choose two answers.)

A. Use a shared hub on the MSSP premises and a dedicated hub on the customer premises, and install the spokes on the customer premises.
B. Install the hub and spokes on the customer premises, and enable the MSSP to manage the SD-WAN deployment using FortiManager with a dedicated ADOM.
C. Install a dedicated hub on the MSSP premises for the customer, and install the spokes on the customer premises.
D. Use a shared hub on the MSSP premises with a dedicated VDOM for the customer, and install the spokes on the customer premises.

Answer: C,D

Explanation:
Your requirements map to two key MSSP goals described in the FCSS SD-WAN 7.6 blueprint patterns:
* Delegate as much administration and management as possible to the MSSPThis is best achieved when the hub security and SD-WAN control point is located on the MSSP premises, because the MSSP can centrally operate the core enforcement and overlay control. Both option B (dedicated hub at MSSP) and option D (shared hub at MSSP with customer isolation) meet this requirement.
* Each site must maintain direct internet access (DIA) and be secure, with significant site-to-site trafficIn Fortinet SD-WAN MSSP designs, spokes can still use local breakout for DIA while also building secure overlays for inter-site traffic. Placing the hub at the MSSP enables centralized security services and scalable inter-site connectivity management while preserving DIA where required. Options B and D support this operating model.
Why the other options do not best match:
* A includes a dedicated hub on the customer premises, which reduces how much the MSSP can centralize and operate from its own environment, so it does not maximize delegation.
* C places both hub and spokes on the customer premises. While the MSSP can manage using a dedicated ADOM, this blueprint does not align as strongly with "delegate installation and management" to the MSSP as the designs where the hub is hosted and operated from the MSSP premises.
Therefore, the two MSSP deployment blueprints that address your requirements are B and D.

NEW QUESTION # 94
Refer to the exhibits.

To prepare to onboard FortiGate devices to your company ' s stores, you configure the device blueprint and CLI scripts shown in the exhibit. Then, a technician prepares a FortiGate 90G with a basic configuration and connects it to the network. The basic configuration contains the port1 configuration and the minimal configuration required to allow the device to connect to FortiManager.
After the device initially connects to FortiManager, FortiManager updates the device configuration.
Based on what is shown in the exhibits, which statement about the actions taken by FortiManager is true?

A. FortiManager does not update the port1 configuration because FortiManager does not change the configuration of interfaces with FortiGate-FortiManager communication protocol (FGFM) access
B. FortiManager updates access rights only for port1. FortiManager cannot update the IP address because it was already set manually
C. FortiManager updates the device configuration according to the selected templates and it applies the corp_st template first
D. FortiManager updates the configuration of port1, port2, and port5. The three ports might get new IP addresses

Answer: D

Explanation:
When a FortiGate device is onboarded using a Device Blueprint in FortiManager, the system automates the provisioning process by applying the linked templates and scripts as soon as the device is authorized and connects. In this scenario, the Device Blueprint includes a CLI Template named " LAN-interface " and Provisioning Templates (corp_st and LAN-interface).
According to Fortinet documentation regarding Zero-Touch Provisioning (ZTP) and Blueprint workflows, FortiManager processes the CLI script configuration as part of the initial onboarding sync. The provided CLI script explicitly contains instructions for port1, port2, and port5 . Specifically, it sets port1 and port2 to mode dhcp. Even though port1 already has a manual IP address ($15.1.0.154$) used for the initial FGFM connection, the FortiManager will push the configuration defined in the template.
When FortiManager pushes a configuration change to the interface used for the FGFM tunnel (port1), it does so by updating the configuration database. Since the template specifies set mode dhcp for port1 and port2, and a specific IP range for port5 using a metadata variable (10.0.$(branch_id).254), all three ports will be updated.
Consequently, they may receive new IP addresses based on DHCP assignments or variable substitution.
FortiManager is capable of updating the management interface as long as the new configuration does not permanently sever the FGFM connection.

NEW QUESTION # 95
Refer to the exhibits.

You use FortiManager to manage the branch devices and configure the SD-WAN template. You have configured direct internet access (DIA) for the IT department users. Now. you must configure secure internet access (SIA) for all local LAN users and have set the firewall policies as shown in the second exhibit.
Then, when you use the install wizard to install the configuration and the policy package on the branch devices, FortiManager reports an error as shown in the third exhibit.
Which statement describes why FortiManager could not install the configuration on the branches?

A. You must direct SIA traffic to a VPN tunnel.
B. You cannot install firewall policies that reference an SD-WAN member.
C. You cannot install SIA and DIA rules on the same device.
D. You cannot install firewall policies that reference an SD-WAN zone.

Answer: B

Explanation:
FortiManager enforces a strict distinction:
"Firewall policies must reference SD-WAN zones, not individual SD-WAN members, when used in conjunction with SD-WAN templates. Attempting to install a policy that references a specific member (interface) will result in a deployment error, as member-level targeting is not supported in SD-WAN policy abstraction. This enforces centralized policy consistency and proper SD-WAN operation." Ensuring policies target zones allows FortiGate to dynamically select the optimal member.

NEW QUESTION # 96
(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.)

A. It is possible. You should use eBGP as the routing protocol between the regions.
B. It is possible. You should use FortiManager and the overlay orchestrator multihub topology to simplify the deployment.
C. It is not possible. In a region, all spokes must have either single-hub or dual-hub connectivity.
D. It is not possible. FortiOS 7.6 supports multihub topologies with up to four hubs.

Answer: A

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 # 97
(Refer to the exhibit.

What can you conclude from the output shown? Choose one answer.)

A. It is a spoke device. The members of SD-WAN rule 3 are grouped into two zones.
B. It is a spoke device. SD-WAN rule 4 allows three shortcut tunnels.
C. It is a spoke device. SD-WAN rule 3 is configured with nine members.
D. It is a hub device. It allowed the establishment of three auto-discovery VPN (ADVPN) shortcuts.

Answer: C

Explanation:
The command shown in the exhibit is:
diagnose sys sdwan service 4 3
This command displays the runtime state of SD-WAN rule ID 3 on the device. The output explicitly shows:
* Service(3) which confirms the SD-WAN rule being evaluated is rule number 3
* Members(9) which indicates that nine SD-WAN members are associated with this rule The listed members include multiple IPsec tunnel interfaces such as HUB1-VPN1, HUB1-VPN2, HUB1- VPN3, HUB2-VPN1, HUB2-VPN2, and HUB2-VPN3, which is characteristic of a spoke device connecting to multiple hubs in a hub-and-spoke ADVPN topology, as defined in the FCSS SD-WAN 7.6 architecture.
Option B is incorrect because, although members are listed under different interfaces, the output does not indicate SD-WAN zones. Zones are shown only in configuration output, not in this diagnostic command.
Option C is incorrect because this is not a hub device. The presence of multiple hub tunnels as SD-WAN members indicates a spoke role. Additionally, the output does not confirm the number of established ADVPN shortcuts.
Option D is incorrect because the output clearly references SD-WAN rule 3, not rule 4, and it does not state that exactly three shortcut tunnels are allowed.
Therefore, the correct conclusion is that this is a spoke device and SD-WAN rule 3 is configured with nine members, which matches option A.

NEW QUESTION # 98
......

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