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NEW QUESTION # 53
What are three key routing principles in SD-WAN? (Choose three answers)
Answer: B,D,E
Explanation:
"This slide shows the SD-WAN rule lookup process. SD-WAN rules are essentially policy routes."
"FortiGate performs a forwarding information base (FIB) lookup for the packet destination IP (dstip). If the resolved interface for the fib-best-match isn't an SD-WAN member, then FortiGate moves on to the next rule.
This behavior follows the key routing principle: SD-WAN rules are skipped if the best route to the destination isn't an SD-WAN member ."
"If the resolved interface is an SD-WAN member, then FortiGate looks for one or more acceptable members in the oif list... An acceptable member is an alive member that has a route to the destination. This behavior follows the key routing principle: SD-WAN rules are skipped if none of the configured members in the rule have a valid route to the destination ."
"Because regular policy routes have precedence over any other routes..."
"Also note that policy routes have precedence over SD-WAN rules, and over any routes in the FIB." Technical Deep Dive:
The correct answers are A, C, and E .
A is correct because an SD-WAN rule is not enough by itself. A selected member must also be alive and have a valid route to the destination. If none of the members referenced by the rule can actually reach the destination, the rule is skipped.
C is correct because a regular policy route is evaluated before SD-WAN rules. This is a classic exam trap.
FortiGate treats SD-WAN steering like policy-route logic, but standard policy routes still win if they match and are valid.
E is correct because FortiGate first checks the FIB best match . If that best route resolves to an interface that is not an SD-WAN member, FortiGate skips the SD-WAN rule and continues.
Why the others are wrong:
B is false because SD-WAN rules do not have precedence over everything; regular policy routes do.
D is false because the number of available routes is not the deciding rule. Even with only one route, SD-WAN can still steer traffic if the routing and member conditions are met.
Operationally, think of SD-WAN routing in this order: policy route check # SD-WAN rule lookup # standard FIB fallback . On FortiGate, the practical validation commands are:
get router info routing-table all
diagnose sys sdwan service
diagnose firewall proute list
That combination lets you confirm whether a packet is being captured by a policy route, whether an SD-WAN rule has acceptable members, and what the FIB currently resolves for the destination.
NEW QUESTION # 54
Refer to the exhibits.
A diagram of a FortiGate device connected to the network VIP object and firewall policy configurations are shown.
The WAN (port2) interface has the IP address
100.65.0.101/24.
The LAN (port4) interface has the IP address
10.0.11.254/24.
If the host 100.65.1.111 sends a TCP SYN packet on port 443 to 100.65.0.200. what will the source address, destination address, and destination port of the packet be at the time FortiGate forwards the packet to the destination?
Answer: C
Explanation:
From the exhibits:
A VIP named VIP-WEB-SERVER is configured on WAN (port2) with:
External IP: 100.65.0.200
Mapped (internal) IP: 10.0.11.50
Port forwarding enabled (TCP)
External service port: 443
Map to IPv4 port: 4443
The inbound firewall policy Web_Server_Access is:
From WAN (port2) to LAN (port4)
Destination: VIP-WEB-SERVER
Service: HTTPS
NAT: Disabled (meaning no source NAT is applied)
What happens to the packet
A host 100.65.1.111 sends TCP SYN dst-port 443 to 100.65.0.200.
When FortiGate matches the VIP and forwards traffic to the internal server, FortiGate performs destination NAT (DNAT) based on the VIP:
Source IP is unchanged because policy NAT is disabled:
Source remains 100.65.1.111
Destination IP is translated by the VIP:
Destination becomes 10.0.11.50
Destination port is translated by the VIP port-forward:
Destination port becomes 4443
Therefore, at the time FortiGate forwards the packet to the destination (internal server), it will be:
Source address: 100.65.1.111
Destination address: 10.0.11.50
Destination port: 4443
NEW QUESTION # 55
Refer to the exhibit.
A RADIUS server configuration is shown.
An administrator added a configuration for a new RADIUS server While configuring, the administrator enabled Include in every user group What is the impact of enabling Include in every user group in a RADIUS configuration?
Answer: B
Explanation:
Based on the FortiOS 7.6 Authentication and User Group documentation, the correct answer is A.
Meaning of "Include in every user group" (FortiOS 7.6)
When configuring a RADIUS server on FortiGate, enabling Include in every user group has a very specific and documented effect:
The configured RADIUS server object is automatically added to all FortiGate user groups.
As a result, any user who successfully authenticates against that RADIUS server becomes a valid member of every FortiGate user group, unless additional group filtering (such as RADIUS attributes) is applied.
This simplifies configuration when the same external authentication source must be accepted across multiple firewall policies that reference different user groups.
This behavior is explicitly described in the FortiOS 7.6 Administrator Guide under RADIUS authentication servers and user groups.
Why Option A is Correct
FortiGate user groups can include:
Local users
LDAP servers
RADIUS servers
Enabling Include in every user group causes FortiGate to:
Insert the RADIUS server into all existing and future FortiGate user groups Therefore, all users authenticating via this RADIUS server are implicitly allowed in every FortiGate user group.
This is exactly what option A describes.
Why the Other Options Are Incorrect
B: FortiGate does not push users or groups into the RADIUS server. Authentication is always initiated by FortiGate toward RADIUS.
C: FortiGate does not manage or modify RADIUS-side group definitions.
D: LDAP and RADIUS user groups are separate authentication mechanisms; this setting does not merge or affect LDAP groups.
NEW QUESTION # 56
Refer to the exhibits.
The system performance output and default configuration of high memory usage thresholds on a FortiGate device are shown.
Based on the system performance output, what are the two possible outcomes? (Choose two.)
Answer: A,D
Explanation:
From the exhibits:
System performance output
Memory used: 90%
Free memory: ~5%
Default memory thresholds (FortiOS 7.6)
memory-use-threshold-green 82%
memory-use-threshold-red 88%
memory-use-threshold-extreme 89%
Because memory usage (90%) exceeds the extreme threshold (89%), the FortiGate enters conserve mode.
Effects of conserve mode (FortiOS 7.6 - verified)
B . FortiGate has entered conserve mode.
Correct
When memory usage exceeds the red/extreme threshold, FortiGate automatically enters conserve mode.
This is exactly the condition shown in the system performance output.
D . Administrators can change the configuration.
Correct
Even in conserve mode:
Administrators can still log in (GUI, SSH, console)
Configuration changes are allowed
FortiGate does not lock configuration access during conserve mode.
This behavior is explicitly documented in the FortiOS 7.6 Conserve Mode section.
Why the other options are incorrect
A . Administrators can access FortiGate only through the console port.
Incorrect
Network access (GUI/SSH) is still available in conserve mode unless otherwise restricted.
Console-only access is not a conserve-mode requirement.
C . FortiGate drops new sessions.
Incorrect (as a general statement)
FortiGate may drop or bypass new inspection-required sessions depending on fail-open/fail-close settings.
It does not universally drop all new sessions, so this statement is not always true.
NEW QUESTION # 57
An administrator has configured the following settings.
config system settings
set ses-denied-traffic enable
end
config system global
set block-session-timer 30
end
What are the two results of this configuration? (Choose two.)
Answer: B,C
Explanation:
"To reduce the number of log messages generated and improve performance, you can enable a session table entry of dropped traffic. This creates the denied session in the session table and, if the session is denied, all packets for that session are also denied. This ensures that FortiGate does not have to perform a policy lookup for each new packet matching the denied session, which reduces CPU usage and log generation."
"The CLI command is ses-denied-traffic. You can also set the duration for block sessions. This determines how long a session will be kept in the session table by setting block-session-timer in the CLI. By default, it is set to 30 seconds." Technical Deep Dive:
The correct answers are A and B.
When set ses-denied-traffic enable is configured, FortiGate creates a session-table entry for denied traffic. That means once traffic is denied, subsequent packets that belong to the same denied flow do not need a full policy lookup again. FortiGate can drop them immediately based on the existing denied-session entry. That directly confirms B.
Because FortiGate no longer re-evaluates every repeated denied packet in the same way, the device generates fewer logs and uses less CPU for repeated denied traffic. That is exactly why A is also correct.
Why the other two are wrong:
C is incorrect because block-session-timer 30 means 30 seconds, not 30 minutes. The denied session entry is kept in the session table for that duration.
D is incorrect because these settings do not disable session helpers. They only control how denied traffic is tracked in the session table.
In operational terms, this feature is useful when a host repeatedly retries traffic that FortiGate is already denying. Instead of doing a fresh lookup for every retry, FortiGate caches the denied decision temporarily and drops the repeated packets faster.
NEW QUESTION # 58
......
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