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NEW QUESTION # 82
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: D
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 # 83
Refer to the exhibits. An administrator creates a new address object on the root FortiGate (HQ- NGFW-1) in the Security Fabric. After synchronization, this object is not available on the downstream FortiGate (HQ-ISFW).
What must the administrator do to synchronize the address object?
Answer: C
Explanation:
On HQ-NGFW-1 (the root FortiGate), the setting set fabric-object-unification local prevents address objects created on the root from synchronizing downstream. To propagate objects across the Security Fabric, this must be set to default. Changing the root's csf configuration to set fabric-object-unification default ensures that new address objects are synchronized to HQ-ISFW and other downstream devices.
NEW QUESTION # 84
You are encountering connectivity problems caused by intermediate devices blocking IPsec traffic. In which two ways can you effectively resolve the problem? (Choose two answers)
Answer: B,C
Explanation:
"IKE uses UDP port 500. If NAT-T is enabled in a NAT scenario, IKE uses UDP port 4500."
"IKEv2 provides a simpler operation, which is the result of using a single exchange mode and requiring less messages to bring up the tunnel." For the specific workaround asked in this question, Fortinet's official documentation states that for an IP-level VPN, SSL VPN tunnel mode is useful to avoid issues caused by intermediate devices such as "ESP packets being blocked," "UDP ports 500 or 4500 being blocked," and "fragments being dropped, causing IKE negotiation that uses large certificates to fail if the peer does not support IKE fragmentation." ( Fortinet Document Library ) Fortinet's official documentation also states: "The ip-fragmentation command controls packet fragmentation before IPsec encapsulation, which can benefit packet loss in some environments." ( Fortinet Document Library ) Technical Deep Dive:
The correct answers are A and B .
A is correct because SSL VPN tunnel mode can bypass the classic IPsec transport problems caused by intermediate devices filtering ESP or blocking UDP 500/4500 . Fortinet explicitly documents this as a practical workaround. ( Fortinet Document Library ) B is correct because enabling fragmentation helps when IKE negotiation uses large certificates and fragments are being dropped in transit. Fortinet documents this exact failure scenario and the related fragmentation control. ( Fortinet Document Library ) Why the others are not correct:
* C is not the key fix. Hub-and-spoke is a topology choice, not the actual mechanism that solves blocked ESP or UDP 500/4500.
* D is not sufficient for this problem. IKEv2 uses fewer messages, but it still relies on IPsec/IKE transport and does not itself solve intermediate devices blocking ESP or UDP 500/4500. The source PDF mentions simpler operation, not blocked-port avoidance.
So, the two effective fixes are:
* Use SSL VPN tunnel mode
* Enable fragmentation
NEW QUESTION # 85
When configuring firewall policies which of the following is true regarding the policy ID? (Choose two.)
Answer: A,D
Explanation:
According to the FortiOS 7.6 Administration Guide, the firewall policy ID is a unique numerical identifier assigned to each policy for internal database tracking and management purposes. It is important to distinguish the policy ID from the policy sequence . While the FortiGate processes traffic based on a top-down approach (the sequence), the policy ID itself does not determine the order of execution (Statement A is incorrect).
In FortiOS, once a policy is committed to the configuration, the policy ID cannot be modified (Statement B).
If an administrator needs to change a policy ID, they must either delete and recreate the policy or use the clone command in the CLI to copy the settings to a new ID.
Furthermore, the CLI provides a specific shortcut for policy creation: you can create a policy with ID 0 (Statement C). When the command edit 0 is used within the config firewall policy context, the FortiOS kernel automatically assigns the next available integer as the policy ID. This is a standard practice for efficient configuration via the command line. Statement D is incorrect because, while every policy must have an ID, the GUI automatically generates this value without requiring the user to manually provide or even see it during the initial creation process.
NEW QUESTION # 86
Refer to the exhibit. Why did the FortiGate device drop the packet?
Answer: D
Explanation:
In FortiGate, policy ID 0 is the implicit deny policy, a hidden, automatically added rule at the end of the security policy list that blocks any traffic not explicitly permitted by preceding user- configured policies.
NEW QUESTION # 87
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