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| Section | Objectives |
|---|---|
| Topic 1: Routing and SD-WAN | - SD-WAN configuration
|
| Topic 2: FortiGate Deployment and System Configuration | - Initial setup and configuration
|
| Topic 3: VPN and Secure Connectivity | - IPsec VPN
|
| Topic 4: Monitoring and Troubleshooting | - Diagnostics tools
|
| Topic 5: Firewall Policies and Authentication | - Policy creation and management
|
| Topic 6: Security Profiles and Content Inspection | - Web filtering and application control
|
| Topic 7: Network Security Concepts and Architecture | - Fortinet Security Fabric Overview
|
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57. Frage
Refer to the exhibits.
The exhibits show a diagram of a FortiGate device connected to the network, as well as the IP pool configuration and firewall policy objects.
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.
Which IP address will be used to source NAT (SNAT) the traffic, if the user on HQ-PC-1 (10.0.11.50) pings the IP address of BR-FGT (100.65.1.111)?
Antwort: B
Begründung:
From the exhibits, there are three relevant firewall policies from LAN (port4) to WAN (port2), each using a different IP pool for source NAT:
TCP traffic
Service: ALL_TCP
Destination: BR1-FGT
IP Pool: SNAT-Pool → 100.65.0.49
PING traffic
Service: PING
Destination: all
IP Pool: SNAT-Remote1 → 100.65.0.99
IGMP traffic
Service: IGMP
Destination: all
IP Pool: SNAT-Remote → 100.65.0.149
The user on HQ-PC-1 (10.0.11.50) is pinging BR1-FGT (100.65.1.111). In FortiOS, policy matching is based on (among other fields) source, destination, and service, and the first matching policy in top-down order is applied.
Because the traffic is ICMP echo (ping), it matches the policy named PING traffic (service PING, destination all). That policy explicitly uses Use Dynamic IP Pool with SNAT-Remote1, which is configured with external IP 100.65.0.99.
Therefore, the source NAT IP used for this ping is 100.65.0.99.
58. Frage
Refer to the exhibits.
The exhibits show a diagram of a FortiGate device connected to the network, as well as the IP pool configuration and firewall policy objects.
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.
Which IP address will be used to source NAT (SNAT) the traffic, if the user on HQ-PC-1 (10.0.11.50) pings the IP address of BR-FGT (100.65.1.111)?
Antwort: B
Begründung:
From the exhibits, there are three relevant firewall policies from LAN (port4) to WAN (port2), each using a different IP pool for source NAT:
TCP traffic
Service: ALL_TCP
Destination: BR1-FGT
IP Pool: SNAT-Pool # 100.65.0.49
PING traffic
Service: PING
Destination: all
IP Pool: SNAT-Remote1 # 100.65.0.99
IGMP traffic
Service: IGMP
Destination: all
IP Pool: SNAT-Remote # 100.65.0.149
The user on HQ-PC-1 (10.0.11.50) is pinging BR1-FGT (100.65.1.111). In FortiOS, policy matching is based on (among other fields) source, destination, and service, and the first matching policy in top-down order is applied.
Because the traffic is ICMP echo (ping), it matches the policy named PING traffic (service PING, destination all). That policy explicitly uses Use Dynamic IP Pool with SNAT-Remote1, which is configured with external IP 100.65.0.99.
Therefore, the source NAT IP used for this ping is 100.65.0.99.
59. Frage
What are three key routing principles in SD-WAN? (Choose three answers)
Antwort: A,B,C
Begründung:
"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.
60. Frage
Refer to the exhibit.
What can you conclude from the log shown in the exhibit?
Antwort: B
Begründung:
"You can configure the fail-open setting under config ips global to control how the IPS engine behaves when the IPS socket buffer is full ."
"If the IPS engine does not have enough memory to build more sessions , the fail-open setting determines whether the FortiGate should drop the sessions or bypass the sessions without inspection ."
"It is important to understand that the IPS fail-open setting is not just for conserve mode-it kicks in whenever IPS fails. Most failures are due to a high CPU issue or a high memory (conserve mode) issue." Technical Deep Dive:
The correct answer is A .
The log text says:
* logdesc= " IPS session scan paused "
* action= " drop "
* msg= " IPS session scan, enter fail open mode "
That combination indicates an IPS failure condition , specifically the condition described in the guide where the IPS socket buffer is full and the IPS engine lacks enough memory/resources to build additional sessions.
In that state, FortiGate applies the configured IPS fail-open behavior . Since the log shows action= " drop " , the device is not bypassing those new sessions; it is dropping them.
Why the other choices are wrong:
* B is wrong because the guide ties fail-open to socket buffer/resource exhaustion , not packet decode failure.
* C is wrong because this is not evidence of a manual diagnostic pause.
* D is wrong because the study guide does not associate this log with dirty-flag packet reevaluation.
Operationally, this usually points to high memory , high CPU , or conserve-mode pressure affecting the IPS engine. Useful checks are:
get system performance status
diagnose hardware sysinfo conserve
diagnose sys top
Those help confirm whether the IPS issue is being driven by memory pressure or CPU exhaustion.
61. Frage
Refer to the exhibits.
You have implemented the application sensor and the corresponding firewall policy as shown in the exhibits.
Which two factors can you observe from these configurations? (Choose two.)
Antwort: A,D
Begründung:
From the exhibits:
The Application Control sensor has these key settings:
Application and Filter Overrides
Priority 1: Excessive-Bandwidth (Type: Filter) with Action Block
Priority 2: Google (Type: Filter) with Action Monitor
Category actions shown include Social Media set to Block (this category includes Facebook).
The firewall policy is using:
Flow-based inspection
Application control enabled (profile: default)
Deep inspection enabled (helps identify applications inside HTTPS)
Logging enabled
FortiOS applies Application Control as follows (top-down within the Application Control profile):
Overrides are evaluated by priority (highest priority first).
The first matching override determines the action (block/monitor/allow) for that traffic.
Category-based actions apply to applications that fall into those categories unless an override matches first.
Why A is correct
A). YouTube access is blocked based on Excessive-Bandwidth Application and Filter override settings.
The profile explicitly blocks the Excessive-Bandwidth behavior filter at the highest override priority.
When YouTube traffic is detected as matching the Excessive-Bandwidth behavior, FortiGate will apply the Block action due to the override.
Because this is a priority override, it is enforced before lower-priority entries.
Why B is correct
B). Facebook access is blocked based on the category filter settings.
The Application Sensor shows Social Media configured with a Block action.
Facebook is categorized under Social Media, so it will be blocked when matched by Application Control.
Why C is not correct
C). Facebook access is allowed but you cannot play Facebook videos...
Since the Social Media category is set to Block, Facebook would be blocked at the category level (not merely video playback).
Why D is not correct
D). YouTube search is allowed based on the Google override...
The Google override action is Monitor, not Allow.
"Monitor" logs/detects but does not override a block condition to "allow" traffic.
Also, YouTube traffic is not guaranteed to be treated as "Google" in a way that would permit it, and any matching block condition (such as Excessive-Bandwidth) would still take precedence.
62. Frage
......
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