VPN Guide
VPN Detected
What's happening
You're using a VPN. A website detected it and blocked you. You're not sure how.
Netflix shows a proxy error. Your bank flagged a suspicious login. A streaming service says your location can't be verified.
You switched servers. It worked for a bit. Then it was detected again.
You're not sure if the problem is your provider, your settings, or just how detection works.
What people assume
Most people assume VPN detection means the site can see their real IP. It usually doesn't. Sites detect VPNs by identifying IP addresses associated with known VPN infrastructure — data centres, shared server ranges, flagged subnets. Your real IP stays hidden. The VPN server's IP is what gets recognised.
Most people assume detection is permanent once it happens. It isn't. A flagged IP can be rotated out. A provider that actively manages its IP pool can restore access after detection. How quickly depends on how much the provider invests in that process.
Most people assume all detection works the same way. It doesn't. A streaming platform flagging a VPN IP is different from a bank flagging an unusual location, which is different from a government firewall identifying VPN protocol traffic. Each requires a different response.
What's actually going on
Detection happens at the IP level for most consumer services. The site doesn't know you're using a VPN — it knows the IP you're coming from is associated with VPN infrastructure. The fix is a different IP, not a different app.
For protocol-level detection — where the VPN traffic pattern itself is identified — the IP doesn't matter. What's being detected is the shape of the connection. That requires obfuscation, not rotation.
Where this leads
If the detection is on a streaming platform — Netflix, BBC iPlayer, a sports service — the IP was flagged as VPN infrastructure. That's the streaming detection cycle. See how streaming detection actually works
If the detection is specifically on Netflix — proxy errors, wrong region, inconsistent access — Netflix runs its own detection layer that differs from other platforms. See how Netflix detection works specifically
If the detection is causing login issues — a bank flagging suspicious location, an account triggering a security hold — that's not IP-level VPN detection. It's fraud detection responding to a location change. See how financial services respond to VPN use
If the detection is happening at the network level — a firewall or ISP identifying and blocking VPN protocol traffic — switching servers won't help. The protocol itself is being identified. See how protocol-level detection works in restricted environments
If the VPN isn't just being detected but failing to connect at all — the problem may be blocking rather than detection. See when VPN failures are connection issues vs detection
If authentication is failing repeatedly after detection — being logged out or kicked — that's a separate pattern from the detection itself. See why VPNs cause repeated logouts
No guarantees
IP-level detection can be worked around by rotating to an unblocked server. Protocol-level detection cannot be avoided by rotating IPs — it requires obfuscation.
No provider permanently avoids detection. Services that invest in IP rotation can maintain access more consistently — but no position in the detection cycle is permanent.
Being detected doesn't always mean being blocked. Some services flag VPN traffic without fully blocking it. What happens after detection depends on the service's policy.
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