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in an Azure setup where all VNETs are directly peered (full-mesh) using VNET Peering
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What is Aviatrix CoPilot?
Aviatrix CoPilot provides a global operational view of your multi-cloud network. Enterprise IT teams use CoPilot's dynamic topology mapping to maintain an accurate topology of their global multi-cloud networks, FlowIQ to analyze global network traffic flows and global heat maps and time series trend charts to easily pinpoint and troubleshoot traffic anomalies. CoPilot leverages the intelligence and advanced network and security services delivered by Aviatrix's multi-cloud network platform to provide enterprise cloud network operations teams both familiar day-two operational features such as packet capture, trace route and ping and new operational capabilities specifically built for multi-cloud network environments.
Operations team has noticed that during the peak working hours, Aviatrix Gateway's throughput utilization stays around 80% of the current instance size. A decision has been made to scale up the instance size to provide more throughput. Which below statement accurately describes instance sizing of Aviatrix Gateways?
Aviatrix Gateways can scale up and down both.
What are some limitations of using Public Cloud Provider's (AWS, Azure, GCP, OCl) native VPN Gateways that network engineers must account for in their deployments? (Choose 2)
ACE Inc. had been using a standard marketplace router as an NVA (Network Virtual Appliance) in the hub Virtual Network (VNet) for spoke to spoke communication. The NVA has just been replaced by Azure Firewall.
Now the security operations team is reporting that traffic between Virtual Machines in the same VNet is working however any inter-VNet traffic is being dropped by the NSGs (Network Security Groups) at destination.
What could be a possible reason?
Azure Firewall provides automatic SNAT for all outbound traffic to public IP addresses. By default, Azure Firewall doesn't SNAT with Network rules when the destination IP address is in a private IP address range per IANA RFC 1918. Application rules are always applied using a transparent proxy regardless of the destination IP address.
This logic works well when you route traffic directly to the Internet. However, if you've enabled forced tunneling, Internet-bound traffic is SNATed to one of the firewall private IP addresses in
AzureFirewallSubnet, hiding the source from your on-premises firewall.
If your organization uses a public IP address range for private networks, Azure Firewall SNATs the traffic to one of the firewall private IP addresses in AzureFirewallSubnet. However, you can configure Azure Firewall to not SNAT your public IP address range.
To configure Azure Firewall to never SNAT regardless of the destination IP address, use 0.0.0.0/0 as your private IP address range. With this configuration, Azure Firewall can never route traffic directly to theInternet. To configure the firewall to always SNAT regardless of the destination address, use 255.255.255.255/32 as your private IP address range.
