![]() VNS3 lets you choose between the public IP address or private IP address, while the IP addresses remain hidden from each other and from the external users. When you use an IPsec VPN, you can choose to hide the internal IP addresses of the connecting devices. If a topology requires both NAT-T and Native IPsec, you can peer 2 VNS3 Controllers together where one is NAT-T enabled, and the other is Native IPsec enabled. ![]() VNS3 has a device-wide button to toggle between NAT-T or Native IPsec settings. VNS3 users can pick NAT-T if their connecting parties use NAT-T, so that VNS3 can detect if both ends and the tunnel support NAT-T. You can use either NAT-Traversal encapsulation (over port UDP 4500) or Native IPsec for remote site-to-site VPN connection. Check out our post on connecting 2 or more VNS3 controllers over IPsec (coming soon!) Choose your own encapsulation If you’re a cloud-native type, you can also use VNS3 devices to create a site-to-site IPsec VPN in the cloud. So if you’ve got a Cisco ASA, Juniper, Fortinet, or similar device VNS3 can connect it to the cloud. So many options, so many connections! Choose your own IPsec connection Rather than pile on services and cloud fees, VNS3 is one billable service - plus you can add in things like SSL termination, a proxy server, load balancing or content caching. VNS3 offers IPsec and NAT capabilities in one virtual instance/ AWS AMI. ![]() Obviously we’re boasted but VNS3 offers IPsec VPN connectivity, plus acts as a firewall and enables more networking functions. Source: AWS Partner training Build a site-to-site IPsec VPN with VNS3
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