In preparation for RA-VPN, when you deploy the Secure Firewall Cloud Native you should set the Elastic IP attachment mode setting to outside in your Data Plane stack parameters.Įnsure that at least one Amazon EC2 key pair exists in your AWS account in the Region where you plan to deploy the Secure Firewall Cloud Native RA-VPN solution.
Use the cluster that was deployed in the Intial Setup for the Cisco Secure Firewall Cloud Native and AWS, or deploy cluster now. If using a different registrar, see Creating a public hosted zone in the Amazon Route 53 The page displays a list of the hosted zones that are associated with the AWS account that you are currently signed in with. In the navigation pane, choose Hosted zones. Sign in to the AWS Management Console and open the Route 53 console at. You can find and copy your hosted zone ID from the AWS Console: Which include information about how you want to route traffic for a domain (such as ) and all of its subdomains.Ī hosted zone has the same name as the corresponding domain. A hosted zone is a container for records, If you registered your domain through AWS, a hosted zone will be automatically created. See the Amazon Route53 Developer Guide for guidelines on registering a new domain. Route53 DNS service is required for the remote access VPN solution using the VPN redirector service role. You can move a domain to another registrar and use another DNS service. You can make Route53 the DNS service for an existing domain. You can register a new domain using Route 53. You can use Amazon Route53 with domains you register with Route53,Īnd with domains you have registered with other DNS providers. Register a domain to serve as your VPN entry point within AWS. The following are the prerequisite for RA-VPN set up using the Secure Firewall Cloud Native:Ī provisioned Secure Firewall Cloud Native cluster Of DNS infrastructure, which is used for load balancing the front end.
VISCOSITY VPN CISCO ANYCONNECT SOFTWARE
These procedures assume familiarity with Cisco ASA software with An圜onnect VPN services as well as a basic understanding This section provides guidelines for deploying a scalable Cisco Remote Access Virtual Private Network (RA-VPN) on the AWSĬloud using the Secure Firewall Cloud Native solution. This release supports the Redis database only.
This is a database server that is used by the redirector and members for reading and writing VPN information. They store load information in an external database. The enforcer member(s) are CNFW instances that actually accept and terminate VPN sessions. It keeps track of VPN load informationīy periodically querying its enforcer members. The redirector is an CNFW instance that is responsible for load-balancing VPN sessions among all the members. The redirector does not impact existing sessions.
The redirector does not process VPN sessions, and loss of The redirector is a dedicated instance to redirect sessions only. If a container crashes, it can get its session state back from the external database and resume VPN sessions after boot-up. The external database stores VPN load information from each container. One elastic/public IP address per container. The RA VPN with session reconnect solution provides the following: This solution consists of the following three components: Session-reconnect allows existing VPN sessions to be resumed if an CNFW enforcer crashes or becomes unhealthy. Configure Route53 Ingress and DNS Load Balancing.RA VPN with Session Reconnect and SAML Support
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