Choose any name for your identity provider and upload your metadata document (created by the identity management software your organization uses). Create an IdP, choosing SAML in the console. Set up an IAM (Identity and Access Management) identity provider (IdP) entity: In the AWS Management Console, open the IAM Console and navigate to Identity Providers.Download the XML configuration file: After the download, you’re ready, and your application is configured.Create an application in the AWS SSO console: Although AWS VPN is an AWS product, it doesn’t have a predefined application so you will need to create a custom application within SSO.Once you’ve set up your VPN profile, you can launch via a VPN application tile in your SSO console. This process works inside the AWS SSO console and requires some custom settings in addition to downloading a VPN client. By setting up your SSO to work with AWS VPN, you can connect and create as many profiles as you need for users while also simplifying the process of configuring and managing the VPN and access. SAML support streamlines the VPN experience for users and enables you to more easily control, grant, and revoke access as needed. Initially, the only two ways to authenticate were by exchanging certificates and using active directory support. The AWS VPN offers support for several types of authentication, offering additional flexibility with controlling access. In this overview, I’ll show you how to leverage AWS VPN’s authentication features, including federated access through SAML and when you’re using the Linux desktop client. Now there’s support for SAML and an AWS VPN Linux client, which I think are both good reasons to revisit this product. However, as is the case with many AWS services, everything changed in just a few short months. The main two reasons for disappointment were a lack of SAML (Security Assertion Markup Language) authentication and that this VPN only worked on Mac and Windows (I use Linux daily, but there wasn’t Linux client support). But, at the initial launch, I have to say I was a little disappointed. So when AWS came out with a VPN solution for AWS environments, I was pretty excited and wanted to know about its features, usage, pricing and everything else. For a time, OpenVPN was the go-to solution (possibly because people thought it was the only one), but after gaining more experience with VPNs, you realize there are just a few viable options - each with distinct pros and cons. I’ve been working DevOps on cloud environments for a while now, and it’s almost always a given that you need a virtual private network (VPN) when you’re working in the cloud.
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