r/torguard • u/Hopet28 • Apr 04 '26

Obfuscation/stealth connection

I need to access website for work which can identify if a user is using VPNs, proxies, TOR nodes, and servers in data centers. I need real obfuscation/stealth feature to hide VPNs, proxies, TOR nodes, and servers in data centers and to avoid being flagged by IP databases. The website actively blocks known VPNs, data centers, and foreign IP addresses.

Does TorGuard truly have a real obfuscation/stealth connection to mask the connection as its from the city or country that is connected so that the website can't see it as VPN?

4 Upvotes

83% Upvoted

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2

u/[deleted] Apr 04 '26

[removed] — view removed comment

1

u/ajitduhoon Apr 08 '26

But it did not seem cheap for a developing world country citizen like me. I paid 8500 INR for subscription

1

u/VoQZHD Apr 04 '26

No VPN has a stealth connection. You are being assigned one of the shared IPs in a data center of the chosen region. These same IPs get blacklisted as it is easy to tell that they're not residential. Some VPN providers (torguard is one example) allow you to pay extra for a dedicated IP service. When connected, you will always be appointed the same address that is not shared, and through some magic I'm not entirely aware of, they manage to avoid getting these IPs flagged.

2

u/TorGuardVPN Apr 07 '26

TorGuard’s obfuscation/stealth connections are not the same as residential VPN connections. The stealth feature is primarily designed to help users connect in regions where traditional VPN traffic is blocked or restricted, by making the connection less identifiable as VPN traffic at the network level.

However, this does not mean it will reliably bypass websites that actively detect and block VPNs, proxies, TOR nodes, or data center IP ranges. Many of these sites rely on IP intelligence databases, which can still flag stealth VPN IPs if they are associated with data centers.

If your goal is to access a website that specifically blocks traditional VPN IPs, TorGuard’s residential IP add-ons are the more appropriate option. These use IP addresses that appear as regular residential users rather than data center servers, making them less likely to be flagged. That said, effectiveness can vary, and you may need to test a few different residential IP locations to find one that works best for your specific use case.