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If a tunnel goes down, we set the corresponding ingress KNI to be operationally down. To verify that the services are running properly on the 128T router: The one for this plugin is named 128t-ipsec. To check the status of the IPsec client service on the router, you can run show system services which will show all 128T related services running on the specified node. Successfully retrieved the conductor UI, the command can be accessed as shown in the screenshot below. To check the status of the IPsec tunnels for a given ingress KNI, extra IPsec tunnel related output will be found in the show device-interface command as well as the show plugin state command.Įxample output for a healthy restart ipsec remote router router-1 node node-1 remote-1Ġ02 "ipsec-client-tunnel-primary-remote-1": terminating SAs using this connectionĠ02 "ipsec-client-tunnel-primary-remote-1" #8261: deleting state (STATE_PARENT_I1)Ġ02 "ipsec-client-tunnel-primary-remote-1" #8262: initiating v2 parent SAġ33 "ipsec-client-tunnel-primary-remote-1" #8262: STATE_PARENT_I1: initiate Salt status can be found on the conductor by utilizing the PCLI’s show assets and show assets commands.
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The /var/log/128technology/automatedProvisioner.log file at trace level will hold whether the pillar generation was run as well as output and return code.Ĭonfiguration and pillar generation logs can be found on the conductor under /var/log/128technology/plugins/ipsec-client-config-generation.log and /var/log/128technology/plugins/ipsec-client-pillar-generation.log respectively. The /var/log/128technology/persistentDataManager.log file at trace level will hold whether the configuration generation was run as well as output and return code. If the data model doesn’t appear in the PCLI or GUI, make sure that you have restarted the 128T service. On the return path, the encrypted traffic is processed, decrypted, and send back to the client that originated the session. The SSR routes the packets through the appropriate IPSec tunnels and manages the failover as per the policy.
#Older versions of ipsecuritas how to
All available SSR routing techniques including using vectors, service-policy, etc., can be leveraged to define how the untrusted traffic is sent over the tunnels, and how to route the traffic. The service-route > next-hop > interface must point to the corresponding ipsec-client > remote > name-intf to route the traffic through the tunnel. Service-route guest-internet-rte-secondary The following example shows a configuration for capturing the tunnel traffic and allows the ipsec tenant as defined in router > ipsec-client > tenant config above. In addition, the user must also define the necessary service and service-routes to route the tunnel traffic over the desired WAN interface. The user can define up to four ipsec-client > remote endpoints per node. By default, the subnet 10.128.128.0/28 is used.Ĭonfiguring services for tunnel traffic The corresponding ingress KNI's fourth octet is used. Number of consecutive missed ICMP ping responses from the destination within the interval before deciding that the tunnel is unhealthy.ĭuration (in seconds) of how often to perform an ICMP probe test to the probe-address. Each attempt will be made in this duration / max-retries interval. This address must be reachable after traversing the tunnel.ĭuration (in seconds) within which to reach the destination. The IP or hostname where traffic is sent. Tunnel-monitor-nat-network 10.128.128.0/28Īllows you to switch tunnel monitoring on and off for a remote. Must be preceded with an symbol to prevent resolution as shown in the example How to identify the router for authentication. Whether Perfect Forward Secrecy of keys is required on the connectionĭelay between DPP keepalives on the connectionĪfter the period has elapsed with no traffic including DPD traffic, the connection will be declared deadĪction taken once the enabled peer is detected as dead Lifetime of the keying channel for a connection Hash algorithm used for phase 2 encryption The type of SA to be produced for authentication Please tune the settings to match the settings recommended by your provider. The above configuration example represents a typical profile used for a IPSec provider such as Zscaler.