What Is VPN Split Tunnelling?

Diagram: Traffic diverging at a fork, some flows entering the encrypted tunnel and some going direct — illustrating vpn split tunneling
Traffic diverging at a fork, some flows entering the encrypted tunnel and some going direct.

VPN split tunnelling is a feature that lets you choose which of your network traffic routes through the VPN and which goes directly through your normal internet connection - Simultaneously. Instead of an all-or-nothing tunnel, split tunnelling gives you precise control over each app or IP range.

How Split Tunnelling Works

ModeWhat Gets TunnelledWhat Goes DirectBest Use Case
App-based includeOnly selected apps (e.g., torrent client, browser)Everything elseRoute only sensitive apps through VPN while gaming or streaming locally at full speed
App-based excludeEverything except listed appsSelected apps bypass VPNKeep VPN on by default but allow local banking app to use your real IP to avoid fraud flags
IP/subnet-basedTraffic to specific IP ranges or domainsAll other trafficCorporate remote access - Only route company intranet traffic through work VPN
Inverse split tunnelEverything except whitelisted local IPsLocal network (printers, NAS)Access local devices while VPN is active

Common Use Cases for Split Tunnelling

  • Banking apps: Route your bank's app direct so your real IP is used - Banks may flag logins from VPN/datacenter IPs as suspicious.
  • Local streaming: Keep your local streaming service (Netflix, Hulu) on your real connection for correct regional content while routing everything else through the VPN.
  • Gaming: Keep your game traffic direct for lowest possible ping; route your browser through the VPN for privacy.
  • Remote work: Only route traffic to your company's servers through the work VPN; keep your personal browsing separate.
  • Large file downloads: Route your download manager direct for maximum speed while protecting your browser and messaging apps.

Risks of Split Tunnelling

  • Traffic routed outside the VPN is visible to your ISP and any network observer - Do not assume unrouted traffic is private.
  • WebRTC in your browser may leak your real IP even when the browser itself is routed through the VPN, if a non-VPN network interface is active. Test with our VPN Leak Test.
  • DNS queries for excluded apps may bypass the VPN's DNS resolver - Enable DNS leak protection or set a system-wide secure DNS resolver separately.
  • If your kill switch only blocks VPN-routed traffic, non-VPN traffic continues unaffected if the VPN drops - Which may be desirable or not depending on your use case.

Provider Support for Split Tunnelling

ProviderSplit TunnellingPlatforms SupportedType
NordVPN✓ YesWindows, AndroidApp-based exclude/include
ExpressVPN✓ YesWindows, Mac, Android, routersApp-based exclude
Surfshark✓ Yes (Bypasser)Windows, AndroidApp-based + URL-based
ProtonVPN✓ YesWindows, Android, Linux (CLI)App-based exclude
Mullvad✓ YesAll platformsSplit tunnelling via app + CLI
Private Internet Access✓ YesWindows, Mac, AndroidApp-based
CyberGhostPartialWindows, Android onlyApp-based

Frequently Asked Questions

Is split tunnelling a security risk?

It is a deliberate trade-off. Any app you exclude uses your real IP with no encryption, so excluding a browser defeats the point. It is safe when applied narrowly to things like a banking app or a local printer utility.

Why would I exclude my banking app from the VPN?

Banks frequently flag logins from VPN exit nodes as suspicious and lock the session. Excluding the app avoids that without turning the VPN off for everything else.

Does split tunnelling improve speed?

Indirectly, yes. Traffic that bypasses the tunnel avoids encryption overhead and the detour to the VPN server, which helps for large local transfers and latency-sensitive apps.

Is split tunnelling available on every platform?

No. It is common on Windows and Android, less common on macOS, and largely unavailable on iOS because of platform restrictions on how VPN apps can route traffic.

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Last updated: 2026-08-02

Sources & Further Reading

The technical claims on this page are drawn from the primary specifications and vendor documentation below.

  1. RFC 8445 — Interactive Connectivity Establishment (ICE) RFC Editor
  2. WebRTC API Reference MDN Web Docs