If you set up the IPSec VPN connection with your mobile device or PC connected to your router at the same time, when it completes, you may connect to other devices on the LAN through IPSec VPN without the Internet access.If you connect to the router from the Internet through IPSec VPN and cannot access the server inside the LAN, disable or check the LAN server’s firewall settings.Tap Connect on the Mac network configuration screen.When it's done, click OK on the Machine Authentication window.Enter the pre-shared key on the VPN Server page ,then enter the same key in the Shared Secret field on the Machine Authentication window.On the Mac network configuration screen, click Authentication Settings.When done, click the + icon on the VPN Server page.Enter the same password on the Mac network configuration screen. From the VPN Server page on your router’s web GUI, enter the password for accessing the VPN server in the Password field.Enter the same user name on the Mac network configuration screen. From the VPN Server page on your router’s web GUI, enter the user name for accessing the VPN server in the User Name field.In the Server Address field on the network configuration screen, enter the IP address displayed in the Server IP Address field on the VPN Server page.Go to the VPN Server page on your router’s web GUI.Select Cisco IPSec for the VPN Type field.Click the + button on the left-bottom corner of the network configuration screen.With a packet capture you can see what is going on between the two VPN peers, or why your interesting traffic is not making it through the SSG.Step 1: Go to the VPN configuration page.Ī. Log into W eb GUI of your router and go to the VPN Server page.ī.On your Mac, click >. Try creating a packet capture to see what is happening to the packet. Some show commands to see what’s going on: In my case my Trust interface was bgroup0. You also have to then permit this traffic in a policy between the two zones of your tunnel interface and whatever internal interface you have. The traffic that can go over the tunnel is called the proxy-id. Set policy top from "Untrust" to "Trust" "192.168.11.0/24" "172.16.22.0/24" "ANY" Permit log countĬoming at this from my Cisco background I had to learn some new ways of looking at this. # Create 2 address book entries and create two policies to permit this traffic Set vrouter trust-vr route 192.168.11.0/24 interface tunnel.1 # Configure a route for the remote end traffic Set vpn "VPN" id 1 bind interface tunnel.1 Set vpn "VPN" gateway "VPN-GATEWAY" replay tunnel idletime 0 proposal "nopfs-esp-aes128-sha" Set ike gateway "VPN-GATEWAY" ip 11.11.11.11 outgoing-interface ethernet0/0 preshare "sekretk3y" sec-level standard # note that "sec-level standard" means the IKE policies will try to use: pre-g2-3des-sha and pre-g2-aes128-sha Set interface tunnel.1 ip unnumbered interface ethernet0/0 Nat (INSIDE) 0 access-list ACL-INSIDE-NONAT ! Point the destination network out the outside interface with a next hop as the default gateway. ! Transform set must match other side identicallyĬrypto map MAP-OUTSIDE 20 set transform-set ESP-AES128-SHAĬrypto map MAP-OUTSIDE 20 set security-association lifetime kilobytes 10000 ! ACL must be exactly the opposite of the other sides ACLĬrypto map MAP-OUTSIDE 20 match address ACL-RED-VPN ! Create a crypto map entry that defines the tunnelĬrypto map MAP-OUTSIDE 20 set peer 22.22.22.22 Tunnel-group 22.22.22.22 ipsec-attributes ! Lower policy numbers will likely be used before higher ones. ! must match with the other side in order for Phase 1 to complete.
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