ipsecuritas vpn client add secondary network

#Ipsecuritas vpn client add secondary network how to

Be sure to use the same security association for all clients. Refer to the documentation provided with the server or client. Enable persistence across services on the BIG-IP.įirst, configure your servers and clients for IPSEC tunnel mode with ESP.Enable UDP on the BIG-IP to support internet key exchange (IKE) traffic.Enable address translation on the BIG-IP.You must enable Any IP mode for the virtual servers on the BIG-IP.

On clients and servers, IPSEC must be configured in tunnel mode with ESP.

Traffic from Client1, a separate VPN connection, would be load balanced to a different destination VPN.įor this configuration to work, IPSEC requires certain special settings on the clients and servers, and on the BIG-IP: The VPN to which it is load balanced then becomes the established gateway, or tunnel, for packets from VPN4. The BIG-IP then load balances the packet to one of three destination gateways: VPN1, VPN2, or VPN3. A packet originating from Client4 with Client6 as its destination is encapsulated by the VPN gateway ( VPN4) serving the client and traverses the Internet in this secure form. The hop shown by the blue arrow represents the IPSEC part of the transmission. In this configuration, address translation is on, and IPSEC is in tunnel mode with ESP (Encapsulation Security Payload) specified. Figure 8.1 shows inbound IPSEC traffic being load balanced to one of three destination VPN gateways.įigure 8.1 VPN load balancing between VPN gateways

The IPSEC protocol (Internet Protocol Security) enables you to load balance between gateways as well.

#Ipsecuritas vpn client add secondary network how to

The previous chapter shows how to load balance across three VPN gateways. Configuring load balancing IPSEC traffic across VPN gatewaysĬonfiguring load balancing IPSEC traffic across VPN gateways.