NSE7_PBC-6.4 PDF Dumps Mar 11, 2023 Recently Updated Questions [Q18-Q32]

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NSE7_PBC-6.4 PDF Dumps | Mar 11, 2023 Recently Updated Questions

NSE7_PBC-6.4 Exam Questions – Valid NSE7_PBC-6.4 Dumps Pdf

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Q18. You need to deploy FortiGate VM devices in a highly available topology in the Microsoft Azure cloud. The following are the requirements of your deployment:
* Two FortiGate devices must be deployed; each in a different availability zone.
* Each FortiGate requires two virtual network interfaces: one will connect to a public subnet and the other will connect to a private subnet.
* An external Microsoft Azure load balancer will distribute ingress traffic to both FortiGate devices in an active- active topology.
* An internal Microsoft Azure load balancer will distribute egress traffic from protected virtual machines to both FortiGate devices in an active-active topology.
* Traffic should be accepted or denied by a firewall policy in the same way by either FortiGate device in this topology.
Which FortiOS CLI configuration can help reduce the administrative effort required to maintain the FortiGate devices, by synchronizing firewall policy and object configuration between the FortiGate devices?

config system sdn-connector

config system ha

config system auto-scale

config system session-sync

Q19.

Refer to the exhibit. Which two conditions will enable you to segregate and secure the traffic between the hub and the spokes in Microsoft Azure? (Choose two.)

Implement the FortiGate-VM network virtual appliance (NVA) in the hub and use user-defined routes (UDRs) in the spokes.

Use ExpressRoute to interconnect the hub VNets and spoke VNets.

Configure VNet peering between the spokes only.

Configure VNet peering between the hub and spokes.

Q20. Which two Amazon Web Services (AWS) topologies support east-west traffic inspection within the AWS cloud by the FortiGate VM? (Choose two.)

A single VPC deployment with multiple subnets and a NAT gateway

A single VPC deployment with multiple subnets

A multiple VPC deployment utilizing a transit VPC topology

A multiple VPC deployment utilizing a transit gateway

Explanation/Reference: https://www.fortinet.com/content/dam/fortinet/assets/white-papers/wp-aws-reference- architecture.pdf

Q21. Refer to the exhibit.

You are configuring an active-passive FortiGate clustering protocol (FGCP) HA configuration in a single availability zone in Amazon Web Services (AWS), using a cloud formation template.
After deploying the template, you notice that the AWS console has IP information listed in the FortiGate VM firewalls in the HA configuration. However, within the configuration of FortiOS, you notice that port1 is using an IP of 10.0.0.13, and port2 is using an IP of 10.0.1.13.
What should you do to correct this issue?

Configure FortiOS to use static IP addresses with the IP addresses reflected in the ENI primary IP address configuration (as per the exhibit).

Delete the deployment and start again. You have in put the wrong parameters during the cloud formation template deployment.

Configure FortiOS to use DHCP so that it will get the correct IP addresses on the ports.

Nothing, in AWS cloud, it is normal for a FortiGate ENI primary IP address to be different than the FortiOS IP address configuration.

Q22.

Refer to the exhibit. Consider an active-passive HA deployment in Microsoft Azure. The exhibit shows an excerpt from the passive FortiGate-VM node.
If the active FortiGate-VM fails, what are the results of the API calls made by the FortiGate named SSTENTAZFGT-0302? (Choose two.)

SSTENTAZFGT-03-FloatingPIP is assigned to the IP configuration with the name SSTENTAZFGT-
0302-Nic-01, under the network interface SSTENTAZFGT-0302-Nic-01

172.29.32.71is set as a next hop IP for all routes under FortigateUDR-01

The network interface of the active unit moves to itself

SSTENTAZFGT-03-FloatingPIP public IP is assigned to NIC SSTENTAZFGT-0302-Nic-01

Q23. What is the bandwidth limitation of an Amazon Web Services (AWS) transit gateway VPC attachment?

Up to 1.25 Gbps per attachment

Up to 50 Gbps per attachment

Up to 10 Gbps per attachment

Up to 1 Gbps per attachment

Q24. You have been asked to develop an Azure Resource Manager infrastructure as a code template for the FortiGate-VM, that can be reused for multiple deployments. The deployment fails, and errors point to the storageAccount name.
Which two are restrictions for a storageAccount name in an Azure Resource Manager template? (Choose two.)

The uniqueString() function must be used.

The storageAccount name must use special characters.

The storageAccount name must be in lowercase.

The storageAccount name must contain between 3 and 24 alphanumeric characters.

Q25. Refer to the exhibit.

Your senior administrator successfully configured a FortiGate fabric connector with the Azure resource manager, and created a dynamic address object on the FortiGate VM to connect with a windows server in Microsoft Azure. However, there is now an error on the dynamic address object, and you must resolve the issue.
How do you resolve this issue?

Run diagnose debug application azd -l on FortiGate.

In the Microsoft Azure portal, set the correct tag values for the windows server.

In the Microsoft Azure portal, access the windows server, obtain the private IP address, and assign the IP address under the FortiGate-VM AzureLab address object.

Delete the address object and recreate a new address object with the type set to FQDN.

Q26. When an organization deploys a FortiGate-VM in a high availability (HA) (active/active) architecture in Microsoft Azure, they need to determine the default timeout values of the load balancer probes.
In the event of failure, how long will Azure take to mark a FortiGate-VM as unhealthy, considering the default timeout values?

Less than 10 seconds

30 seconds

20 seconds

16 seconds

Q27. Which two statements about Microsoft Azure network security groups are true? (Choose two.)

Network security groups can be applied to subnets and virtual network interfaces.

Network security groups can be applied to subnets only.

Network security groups are stateless inbound and outbound rules used for traffic filtering.

Network security groups are a stateful inbound and outbound rules used for traffic filtering.

Q28. You have been tasked with deploying FortiGate VMs in a highly available topology on the Amazon Web Services (AWS) cloud. The requirements for your deployment are as follows:
* You must deploy two FortiGate VMs in a single virtual private cloud (VPC), with an external elastic load balancer which will distribute ingress traffic from the internet to both FortiGate VMs in an active-active topology.
* Each FortiGate VM must have two elastic network interfaces: one will connect to a public subnet and other will connect to a private subnet.
* To maintain high availability, you must deploy the FortiGate VMs in two different availability zones.
How many public and private subnets will you need to configure within the VPC?

One public subnet and two private subnets

Two public subnets and one private subnet

Two public subnets and two private subnets

One public subnet and one private subnet

Q29. Refer to the exhibit.

The exhibit shows a topology where multiple connections from clients to the same FortiGate-VM instance, regardless of the protocol being used, are required.
Which two statements are correct? (Choose two.)

The design shows an active-active FortiGate-VM architecture.

The Cloud Load Balancer Session Affinity setting should be changed to CLIENT_IP.

The design shows an active-passive FortiGate-VM architecture.

The Cloud Load Balancer Session Affinity setting should use the default value.

Q30. Refer to the exhibit.

You are deploying a FortiGate-VM in Microsoft Azure using the PAYG/On-demand licensing model. After you configure the FortiGate-VM, the validation process fails, displaying the error shown in the exhibit.
What caused the validation process to fail?

You selected the incorrect resource group.

You selected the Bring Your Own License (BYOL) licensing mode.

You selected the PAYG/On-demand licensing model, but did not select correct virtual machine size.

You selected the PAYG/On-demand licensing model, but did not associate a valid Azure subscription.

Q31. Your company deploys FortiGate VM devices in high availability (HA) (active-active) mode with Microsoft Azure load balancers using the Microsoft Azure ARM template. Your senior administrator instructs you to connect to one of the FortiGate devices and configure the necessary firewall rules. However, you are not sure now to obtain the correct public IP address of the deployed FortiGate VM and identify the access ports.
How do you obtain the public IP address of the FortiGate VM and identify the correct ports to access the device?

In the configured load balancer, access the inbound NAT rules section.

In the configured load balancer, access the backend pools section.

In the configured load balancer, access the inbound and outbound NAT rules section.

In the configured load balancer, access the health probes section.

Q32.

Refer to the exhibit. Your senior administrator successfully configured a FortiGate fabric connector with the Azure resource manager, and created a dynamic address object on the FortiGate VM to connect with a windows server in Microsoft Azure. However, there is now an error on the dynamic address object, and you must resolve the issue.
How do you resolve this issue?

Run diagnose debug application azd -lon FortiGate.

In the Microsoft Azure portal, set the correct tag values for the windows server.

In the Microsoft Azure portal, access the windows server, obtain the private IP address, and assign the IP address under the FortiGate-VM AzureLab address object.

Delete the address object and recreate a new address object with the type set to FQDN.

Explanation

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