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| Section | Objectives |
|---|---|
| Security Solutions Deployment | - Deploy Fortinet solutions to protect IaaS - Integrate Fortinet solutions with cloud native tools - Deploy Fortinet solutions to protect CaaS |
| Troubleshooting | - Troubleshoot Azure connectivity issues - Troubleshoot AWS connectivity issues - Troubleshoot AWS and Azure SDN connectors |
| Cloud Infrastructure Monitoring | - Monitor AWS networks - Monitor Azure networks - Use Fortinet monitoring tools for cloud workloads |
| Automation Tools | - Deploy Fortinet solutions using Azure Bicep - Deploy Fortinet solutions using AWS CloudFormation - Deploy cloud infrastructure using Terraform and Ansible |
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NEW QUESTION # 23
You are troubleshooting a FortiGate active-passive SDN connector solution in Microsoft Azure.
Which two mandatory SDN connector settings are required for a successful deployment?
(Choose two.)
Answer: A,B
Explanation:
For an Azure SDN connector to work with FortiGate in an active-passive setup, you must configure:
* Client secret (used for authentication with Azure AD).
* Directory ID (the Azure tenant identifier).
NEW QUESTION # 24
Refer to the exhibit. You are deploying two FortiGate VMs in HA active-passive mode with load balancers in Microsoft Azure.
Which two statements are true in this load balancing scenario? (Choose two.)
Answer: B,C
Explanation:
In Azure HA active-passive FortiGate deployments, the internal load balancer acts as the next- hop for outgoing traffic, ensuring failover and session continuity.
Routes must be added to the FortiGate configuration so the firewalls respond correctly to the health probes from Azure load balancers, which use specific probe IPs.
NEW QUESTION # 25
Refer to the exhibit.
In your Amazon Web Services (AWS), you must allow inbound HTTPS access to the Customer VPC FortiGate VM from the internet. However, your HTTPS connection to the FortiGate VM in the Customer VPC is not successful.
Also, you must ensure that the Customer VPC FortiGate VM sends all the outbound Internet traffic through the Security VPC.
How do you correct this issue with minimal configuration changes? (Choose three.)
Answer: A,C,D
NEW QUESTION # 26
Refer to the exhibit.
The exhibit shows a customer deployment of two Linux instances and their main routing table in Amazon Web Services (AWS). The customer also created a Transit Gateway (TGW) and two attachments. Which two steps are required to route traffic from Linux instances to the TGW? (Choose two answers)
Answer: B,D
Explanation:
Comprehensive and Detailed Explanation From FortiOS 7.6, FortiWeb 7.4 Exact Extract study guide:
Based on theFortiOS 7.6 Cloud Security Study Guideregarding AWS Transit Gateway (TGW) integration and VPC routing, the following steps are mandatory to establish connectivity between Spoke VPCs via a TGW:
* VPC Route Table Configuration (Option A):For traffic to leave a VPC and reach the Transit Gateway, the VPC's subnet route table must have a specific entry. While the exhibit shows local routes for internal VPC traffic (192.168.50.0/24 and 192.168.100.0/24), any traffic destined for "outside" the local VPC (such as the other Spoke VPC) must be directed to the TGW. Adding a default route (0.0.0.0
/0) with theTGW IDas the next hop ensures that all non-local traffic is forwarded to the Transit Gateway for processing.
* TGW Association (Option B):Within the Transit Gateway itself, connectivity is managed through AssociationsandPropagations. An "Association" links a specific VPC attachment to a TGW route table. Without associating the two attachments (for Spoke VPC A and Spoke VPC B) to a TGW route table, the TGW will not know which route table to use to make forwarding decisions for packets arriving from those VPCs.
* Why Option C is incorrect:Route propagation is used to automatically populate the TGW route table with the CIDR blocks of the attached VPCs. While propagation is a valid step for dynamic routing, Option C specifically mentions propagating a static summary range (192.168.0.0/16) which is not the standard automated mechanism; usually, you propagate the specific VPC CIDRs. Furthermore, without the Association (Option B), propagation alone does not allow the TGW to process incoming traffic from the attachment.
* Why Option D is incorrect:Directing traffic to an Internet Gateway (IGW) would send the traffic to the public internet. This would not facilitate internal routing between the two Spoke VPCs via the Transit Gateway.
NEW QUESTION # 27
You are experiencing intermittent connectivity issues in a FortiGate HA cluster deployed with Azure gateway load balancer. Traffic is being dropped when it passes through the cluster. What is the cause of the issue?
(Choose one answer)1
Answer: C
Explanation:
Comprehensive and Detailed Explanation From FortiOS 7.6, FortiWeb 7.4 Exact Extract study guide:
According to theFortiOS 7.6 Azure Administration Guideand thePublic Cloud Securitydocumentation regarding Azure Gateway Load Balancer (GWLB) integration:
* Encapsulation Overhead:Azure Gateway Load Balancer usesVXLAN(Virtual eXtensible LAN) to encapsulate the traffic before sending it to the FortiGate-VM HA cluster. This encapsulation adds a header that typically consists of 50 bytes for regular IPv4 traffic (Ethernet, IP, UDP, and VXLAN headers).
* MTU Mismatch (Option A):The default maximum transmission unit (MTU) in Azure is1500 bytes. If a protected VM sends a packet at the maximum default size (1500 bytes), and the GWLB then adds the
50-byte VXLAN header, the resulting encapsulated packet becomes1550 bytes.
* Packet Drops:If the FortiGate-VM's network interfaces are left at the default MTU of1500 bytes, they will not be able to process the 1550-byte encapsulated frames without fragmentation. Because many network paths or configurations (including Azure's fabric for certain flows) may drop packets that require fragmentation or have theDon't Fragment (DF) flagset, this results in the observed intermittent connectivity issues and dropped traffic.
* Required Resolution:To resolve this issue, administrators mustincrease the MTUon the FortiGate- VM interfaces (specifically the one receiving GWLB traffic) to at least1570 bytesto accommodate both IPv4 and IPv6 VXLAN overhead.
Why other options are incorrect:
* Option B:While an incorrect health probe port would cause the GWLB to mark the FortiGate as down, it would typically lead to a complete loss of traffic flow through that instance rather than intermittent packet drops within an active flow.
* Option C:The GWLB itself is the component adding the overhead; it is theFortiGate'sinability to receive the larger resulting frame (due to its own default MTU setting) that causes the failure.
* Option D:Packet fragmentation by the application is a secondary effect. The primary "intermittent" issue described in GWLB deployments is almost always related to thetunneling overheadexceeding the receiving interface's MTU.
NEW QUESTION # 28
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