Split tunneling is a computer networking concept which allows a user to access dissimilar security domains like a public network (e.g., the Internet) and a local LAN or WAN at the same time, using the same or different network connections. This connection state is usually facilitated through the simultaneous use of a Local Area Network (LAN) Network Interface Card (NIC), radio NIC, Wireless Local Area Network (WLAN) NIC, and VPN client software application without the benefit of access control. The VPN split tunnel strategy Traditional corporate networks are often designed to work securely for a pre-cloud world where most important data, services, applications are hosted on premises and are directly connected to the internal corporate network, as are the majority of users. VPN split tunneling lets you route some of your device or app traffic through the encrypted VPN tunnel while other devices or apps access the internet directly. Use split tunneling to protect the traffic you choose, without losing access to local network devices. Available on ExpressVPN for Windows, Mac, Android, and routers. Jun 19, 2020 · A key facet with using a VPN for remote access involves what and how much data to send down the tunnel. When creating a VPN, network engineers have an option to enable “split-tunneling” which sets a determination of when data traverses the VPN.

VPN split tunneling lets you route some of your device or app traffic through the encrypted VPN tunnel while other devices or apps access the internet directly. Use split tunneling to protect the traffic you choose, without losing access to local network devices. Available on ExpressVPN for Windows, Mac, Android, and routers.

The VPN split tunnel strategy Traditional corporate networks are often designed to work securely for a pre-cloud world where most important data, services, applications are hosted on premises and are directly connected to the internal corporate network, as are the majority of users.

The VPN split tunnel strategy Traditional corporate networks are often designed to work securely for a pre-cloud world where most important data, services, applications are hosted on premises and are directly connected to the internal corporate network, as are the majority of users.