FortiGate Active-Passive High Availability (H-A) Quiz
Test your knowledge of FortiGate Active-Passive High Availability (H-A) with Fabric Connector. This quiz covers topics such as deploying FortiGate VMs in an active-passive setup, configuring protected subnets, creating required subnets for FortiGate deployment, and understanding the components involved in the H-A sync process. Perfect for network administrators and security professionals looking to enhance their understanding of FortiGate H-A deployments.
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FortiGate Active-Passive High Availability (H-A) Quiz
Quiz • 30 Questions
FortiGate Active-Passive High Availability (H-A) Quiz - Podcast
Podcast
Materials
List of Questions30 questions
- Question 1
- One internal Azure standard load balancer
- Three public IPs
- One V-NET with one protected subnet
- One external Azure standard load balancer
- Question 2
- To configure S-NAT for North-South traffic
- To handle traffic failover using a health probe
- To provide communication with the internet
- To receive all internal traffic and forward it to its destination
- Question 3
- Four
- Three
- Two
- One
- Question 4
- To redirect traffic to the internal load balancer
- To synchronize configurations between FortiGate VMs
- To handle traffic failover using a health probe
- To provide communication with the internet
- Question 5
- Using the unicast FGCP H-A protocol
- Using the Azure load balancer
- Using the system auto scaling setup
- Using the FortiManager
- Question 6
- Using the unicast FGCP H-A protocol
- Configuring FGSP for session synchronization
- Configuring S-NAT for North-South traffic
- Using the Azure load balancer
- Question 7
- Azure Function App scripts
- FortiGate-native H-A features
- Cosmos DB and blob storage
- Virtual machine scale sets
- Question 8
- Primary and secondary role assignment
- License distribution
- Failover management
- All of the above
- Question 9
- Health check monitoring
- Primary device election
- State transitions
- All of the above
- Question 10
- Azure VPN Gateway on the Azure side
- FortiGate Autoscale with Azure VMSS
- Connecting Your Local Network to Your Azure Network
- FortiGate in your local network
- Question 11
- One V-NET with one protected subnet
- User-defined routes
- Three public IPs
- Two FortiGate VMs
- Question 12
- Traffic inspection
- Management access
- Access through the active FortiGate
- Failover control
- Question 13
- To manage the FortiGate VMs
- To create user-defined routes
- To facilitate failover
- To inspect traffic
- Question 14
- User-defined routes
- SDN fabric connector
- FortiGate Clustering Protocol (FGCP)
- Azure fabric
- Question 15
- Faster failover time
- Easier management
- Both faster failover time and easier management
- None of the above
- Question 16
- Update the internal user-defined routing
- Apply the Reader role to the Azure Subscription
- Create user-defined routes
- Shift the public IP-address
- Question 17
- Failover control
- Traffic inspection
- Management access
- Access through the active FortiGate
- Question 18
- Faster failover time
- Customizable traffic inspection
- Automatic creation of user-defined routes
- Easier management
- Question 19
- Longer failover time
- Unreliable SDN fabric connector
- Lack of customization options
- Complex management
- Question 20
- To inspect traffic
- To facilitate failover
- To manage the FortiGate VMs
- To customize traffic routing
- Question 21
- FortiGate VM on both ends of the connection
- FortiGate in your local network and FortiGate VM on the Azure side
- FortiGate in your local network and Azure VPN Gateway on the Azure side
- Azure VPN Gateway on both ends of the connection
- Question 22
- FortiGate VM on both ends of the connection
- FortiGate in your local network and FortiGate VM on the Azure side
- FortiGate in your local network and Azure VPN Gateway on the Azure side
- Azure VPN Gateway on both ends of the connection
- Question 23
- FortiGate VM on the Azure side
- FortiGate in your local network
- Azure VPN Gateway
- FortiGate H-A clusters
- Question 24
- Azure VPN Gateway on both ends of the connection
- FortiGate in your local network and Azure VPN Gateway on the Azure side
- FortiGate VM on both ends of the connection
- FortiGate in your local network and FortiGate VM on the Azure side
- Question 25
- FortiGate in your local network and Azure VPN Gateway on the Azure side
- Azure VPN Gateway on both ends of the connection
- FortiGate VM on both ends of the connection
- FortiGate in your local network and FortiGate VM on the Azure side
- Question 26
- To provide high availability
- To obtain similar results with either option
- To establish a site-to-site IPsec VPN with your Azure network
- To ensure the best protection and avoid the administrative burden of managing multiple VPN platforms
- Question 27
- FortiGate VM on the Azure side
- Azure VPN Gateway
- FortiGate in your local network
- FortiGate H-A clusters
- Question 28
- Azure VPN Gateway on both ends of the connection
- FortiGate VM on both ends of the connection
- FortiGate in your local network and Azure VPN Gateway on the Azure side
- FortiGate in your local network and FortiGate VM on the Azure side
- Question 29
- To establish a site-to-site IPsec VPN with your Azure network
- To ensure the best protection and avoid the administrative burden of managing multiple VPN platforms
- To obtain similar results with either option
- To provide high availability
- Question 30
- To establish a site-to-site IPsec VPN with your Azure network
- To provide high availability
- To obtain similar results with either option
- To ensure the best protection and avoid the administrative burden of managing multiple VPN platforms