Instead of whitelisting apps or websites, you set your VPN app to only focus on a few apps, such as online banking apps or torrent clients. This is the exact opposite of inverse split tunneling. You can connect apps that require more bandwidth directly to the internet while keeping the remainder of the traffic encrypted. Think of it as whitelisting apps and websites that you want to connect directly to the internet. Inverse split tunneling, in simpler terms, means that you use the VPN for all apps or websites except for the ones for which you add an exception. This is the method you should ideally use. Let’s get some context on types of split tunneling as we talk about which option you should choose. While it may look like you could choose either one and move along, you’d be better off with one choice than the other. Notice how both VPNs allow you to choose apps for which you want to use VPNs and apps for which you wish to disable the VPN. Plus, it costs significantly less than ExpressVPN - something to consider if you’re on a budget. Regardless, you do have this option, unlike ExpressVPN. However, the only caveat is that website-based split tunneling is available only through NordVPN’s Chrome extension, which has CyberSec (a lightweight feature that allows split tunneling). App-based split tunneling is readily available on the VPN’s app. First, it offers split tunneling based on apps as well as websites. There are several reasons you should consider NordVPN if you want split tunneling. NordVPN: Split Tunneling Based on Apps and Websites For a VPN as expensive as ExpressVPN, the lack of a website-based split tunneling feature is a downside. You can choose the apps you want to exclude from the VPN tunnel, and that’s it. You open the Options window, and the split tunneling is right at the bottom of the General tab. ExpressVPN: Split Tunneling Based on AppsĮxpressVPN is one of the few VPNs that support in-app split tunneling. Not all VPNs come with a split tunneling feature, but here are a few of the best ones that do. It helps you find the sweet spot between security and speed since it allows you to transmit a portion of the traffic through a secured and slower tunnel and other data through an unencrypted tunnel. This is where split tunneling provides a lot of value. Since your data now needs to pass through an intermediary, it slows your connection speeds. The VPN server encrypts the data before transmitting it further. Once you connect with a VPN, your device first connects with a VPN server, which subsequently establishes a connection with the website’s server. There are no middlemen, and your connection speed is whatever your ISP provides based on your internet plan. When you connect to the internet and try to access a website, your device establishes a connection directly with the website’s server. To understand why encrypted tunnels are slower, you need to know how split tunneling works in VPNs. You can either choose the relatively slower, safer tunnel or the faster, not-so-safe tunnel. Split tunneling essentially gives you more power over how your data is transmitted. An even more relatable problem is when you need more bandwidth for a few apps but want to encrypt internet traffic for the remainder of the apps. For instance, consider a situation where you want to interact with devices on the local network while keeping your internet traffic encrypted. You can choose which tunnel your internet traffic is routed on an app-by-app or a website-by-website basis. Split Tunneling in VPNs is a feature that allows you the flexibility to route your internet traffic via separate tunnels.
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