Changes

* First, you must create an OpenVPN client instance on your router. You can do this either via command line or from the router's WebUI, '''Services → VPN → OpenVPN''' section. We will not go into further detail on this because the client's configuration will depend on the OpenVPN server that you are connecting to. You can find detailed instructions on how to create and configure an OpenVPN client instance in our '''[[OpenVPN configuration examples]]''' article, which also contains information on how to configure an OpenVPN server on a RUTxxx router, if that is what you are using for this configuration.

* First, you must create an OpenVPN client instance on your router. You can do this either via command line or from the router's WebUI, '''Services → VPN → OpenVPN''' section. We will not go into further detail on this because the client's configuration will depend on the OpenVPN server that you are connecting to. You can find detailed instructions on how to create and configure an OpenVPN client instance in our '''[[OpenVPN configuration examples]]''' article, which also contains information on how to configure an OpenVPN server on a RUTxxx router, if that is what you are using for this configuration.

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* Once you have configured your OpenVPN client, you should probably test whether the OpenVPN connection is operational. The easiest way to do so is to login to the router's WebUI and check OpenVPN status in '''Status → Network → OpenVPN''':

* Once you have configured your OpenVPN client, you should probably test whether the OpenVPN connection is operational as this will make troubleshooting easier later on. The easiest way to do so is to login to the router's WebUI and check OpenVPN status in '''Status → Network → OpenVPN''':

[[File:How to check openvpn status.png]]

[[File:How to check openvpn status.png]]

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* If the connection

* If the connection was successful, we can start the traffic split configuration. First, we'll need to add an additional routing table.