There is a mailing list for VPN hosting of AMPR subnets, along with instructions using a different ISP. We need a formula for Amazon, but they are interested in hosting https://groups.io/g/net-44-vpn%CE%A9 types of services. I was introduced to the new featuer at the Northwest Summer Event (near Seattle) last September by an Amazon employee.
The group is at https://groups.io/g/net-44-vpn
Here is my DCC talk on the subject https://youtu.be/OxsmGaFZ2MM
On Mon, Jan 7, 2019 at 10:06 AM Cory (NQ1E) cory@nq1e.hm wrote:
AWS instances have private IPs that are mapped (elsewhere) to a public
IP, at no point does the public IP/Network exist on the AWS instance.
That was true for legacy EC2. Now days, instances are launched in VPCs where you can choose to use your own public or private IPs directly on the network interfaces. You can also now have multiple interfaces on an instance.
On Mon, Jan 7, 2019, 07:14 Jim Popovitch via 44Net <44net@mailman.ampr.org wrote:
On Mon, 2019-01-07 at 16:06 +0100, Toussaint OTTAVI wrote:
The right question would be : On an AWS instance, is it possible to have another public (non- AMPRNet) IP, so that we can build a tunnel to where we want, and route our AMPRNet subnet through it ?
Moreover, I never tried Amazon cloud services, but Microsoft Azure has a built-in VPN system. It's possible to established IPSec tunnels between Azure VMs and a local router. I saw Amazon has a feature called "VPC" (Virtual Private Cloud). I don't know it it's the same thing, and if it's suitable to connect AWS instances with local resources via a VPN.
I think the general problems with doing any forwarding/routing on an AWS instance is their layer 3 abstraction foo. AWS instances have private IPs that are mapped (elsewhere) to a public IP, at no point does the public IP/Network exist on the AWS instance.
-Jim P.
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