Fortinet NSE8_811

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Fortinet NSE8_811 Exam Syllabus Topics:

Fortinet NSE 8 Written Exam (NSE8_811) Sample Questions:

Question #1
A FortiGate with the default configuration shown below is deployed between two IP telephones. FortiGate receives the INVITE request shown in the exhibit from Phone A (internal) to Phone B (external).
NVITE sip:[email protected] SIP/2.0
Via: SIP/2.0/UDP 10.31.101.20:5060
From: PhoneA <sip:[email protected]>
To: PhoneB <sip:[email protected]>
Call-ID: [email protected]
CSeq: 1 INVITE
Contact: sip:[email protected]
v=0
o=PhoneA 5462346 332134 IN IP4 10.31.101.20
c=IN IP4 10.31.101.20
m=audio 49170 RTP 0 3
Which two statements are correct after the FortiGate receives the packet? (Choose two.)

A. A pinhole will be opened to accept traffic sent to the FortiGate WAN IP address.
B. NAT takes place at both the network and SIP application layers.
C. NAT takes place only in the SIP application layer.
D. A pinhole is not required to accept traffic sent to the FortiGate WAN IP address.

Question #2
A customer has a SCADA environmental control device that is triggering a false-positive IPS alert whenever the Web GUI of the device is accessed. You cannot create a functional custom IPS filter to exempt this behavior, and it appears that the device is so old that it does not have HTTPS support. You need to prevent the false positive IPS alerts from occurring.
In this scenario, which two actions will accomplish this task? (Choose two.)

A. Create a very specific firewall policy for that device IP address which does not perform IPS scanning.
B. Create a URL filter with the Exempt action for that device IP address.
C. Reconfigure the FortiGate to operate in proxy-based inspection mode instead of flow-based.
D. Change the relevant firewall policies to use SSL certificate-inspection instead of SSL deep-inspection.

Question #3
A customer wants to integrate their on-premise FortiGate with their Azure infrastructure.
Which two components must be in place to configure the Azure Fabric connector? (Choose two.)

A. FortiGate-VM virtual appliance deployed on-premise.
B. An inbound policy from the Azure FortiGate-VM virtual appliance.
C. A FortiGate-VM virtual appliance deployed in Azure.
D. An outbound policy from the Azure FortiGate-VM virtual appliance.

Question #4
You are asked to implement a single FortiGate 5000 chassis using Session-aware Load Balance Cluster (SLBC) with Active - Passive FortinControllers. Both FortiControllers have the configuration shown below, with the rest of the configuration set to the default values:
config system ha
set mode dual
set password fortinetnse8
set group-id 5
set chassis-id 1
set minimize-chassis-failover enable
set hbdev "b1"
end
Both FortiControllers show Master status. What is the problem in this scenario?

A. The b1 interface the two FortiConrollers do not see each other.
B. The priority should be set higher for ForControllers on slot-1.
C. The management interface of both FotiControllers was connected on the some network.
D. The chassis ID settings on FotiControllers on slot 2 should be set to 2.

Question #5
You must create a high Availability deployment with two FortiWebs in Amazon Services (AWS): each on different Availability Zones(AZ) from the same region. At the same time, each FortiWeb should be able to deliver content from the Web server of both of the AZs. Which deployment would will this requirement?

A. Use AWS Router 53 to load balance FortiWebs in standone mode and use AWS Virtual private Cloud (VPC) peering to load balance the internal Web servers.
B. Configure the FortiWebs in Active-Active HA mode and use AWS Elastic load Balancer (ELB) for the internal Web servers.
C. Use AWS Elastic load Balancer (ELB) for both FortiWebs in standdone mode and the internal Web servers in an ELB sandwich.
D. Configure the FortiWebs Active-Active Ha mode and use AWS Router 53 load Router balance the internal Web servers.

Solutions: