A VPN is designed to route all your internet traffic through an encrypted tunnel. While this provides strong privacy and security, there are times when encrypting everything isn’t always the most practical option.
This is where split tunneling comes in.
Split tunneling allows you to choose which apps, websites, or services use the VPN—and which connect directly to the internet. Used correctly, it can improve speed, compatibility, and usability. Used incorrectly, it can quietly expose your data.
In this guide, you’ll learn what split tunneling is, how it works, when to use it, when to avoid it, and how to configure it safely without sacrificing privacy.
What Is Split Tunneling?
Split tunneling is a VPN feature that lets you divide your internet traffic into two paths:
- Traffic that goes through the VPN’s encrypted tunnel
- Traffic that goes directly through your regular internet connection
Instead of forcing all data through the VPN, split tunneling gives you granular control.
How Split Tunneling Works (In Simple Terms)
Normally:
- All apps → VPN → Internet
With split tunneling:
- Selected apps → VPN → Internet
- Other apps → ISP → Internet
This selective routing is managed by your VPN app and operating system.
Types of Split Tunneling
Not all split tunneling works the same way.
App-Based Split Tunneling
- Choose specific apps to use or bypass the VPN
- Common on mobile and desktop VPN apps
- Easy to manage
URL or Website-Based Split Tunneling
- Certain websites bypass the VPN
- Less common
- Useful for local services
Inverse Split Tunneling
- Only selected apps use the VPN
- Everything else bypasses it
- Higher risk if misconfigured
Why VPNs Offer Split Tunneling
Split tunneling exists to solve real-world problems, such as:
- VPN-blocked websites
- Slow connection speeds
- Local network access issues
- Streaming and gaming latency
- Work and personal traffic separation
When used intentionally, it improves usability.
When You SHOULD Use Split Tunneling
1. Accessing Local or Trusted Services
Some services work better without a VPN, such as:
- Online banking
- Local government websites
- Printer and file-sharing services
- Smart home devices
Routing these outside the VPN can prevent errors and connection blocks.
2. Improving Speed for Non-Sensitive Apps
VPN encryption can slightly reduce speed.
You may choose to bypass the VPN for:
- Music streaming apps
- Software updates
- Gaming clients
- Video calls
This reduces VPN load without compromising sensitive activity.
3. Using a VPN Only for Specific Apps
If your main concern is protecting a single app:
- Torrent clients
- Browsers
- Work tools
Inverse split tunneling lets only those apps use the VPN, while everything else stays normal.
4. Avoiding Geo-Blocking or VPN Restrictions
Some websites block VPN traffic entirely.
Split tunneling allows:
- Normal browsing for blocked sites
- VPN protection for everything else
This reduces friction without disabling your VPN completely.
When You Should NOT Use Split Tunneling
1. On Public or Untrusted Wi-Fi
Public Wi-Fi is inherently unsafe.
If split tunneling is active:
- Some traffic remains unencrypted
- Data can be intercepted
- IP addresses can leak
On public networks, full VPN protection is safer.
2. When Privacy Is Your Top Priority
If your goal is:
- Maximum anonymity
- Avoiding tracking
- Hiding IP address completely
Split tunneling introduces risk and should be avoided.
3. If You Don’t Understand What’s Being Excluded
Accidental exclusions can expose:
- Browsers
- Background apps
- System services
If you’re unsure, don’t use split tunneling.
Split Tunneling vs Kill Switch: What You Must Know
Split tunneling can bypass the VPN entirely, while a kill switch blocks traffic if the VPN drops.
Important:
- Traffic excluded via split tunneling is not protected
- Kill switches do not protect bypassed apps
- Misuse can cause IP and DNS leaks
These two features must be configured carefully together.