What “total anonymity” usually means—and why it’s a strong claim

“Total anonymity” suggests that no one can reliably connect your real-world identity to your online actions. In practice, a VPN mainly changes one observable network attribute: it routes your traffic through a different IP address controlled by the VPN infrastructure. Even if your original IP is not visible to a website, other signals can still link activity to you—such as browser/device identifiers, cookies, login accounts, payment records, or behavioral patterns.

So, “total anonymity with the Bullrun Hotels VPN service” should be treated as a marketing-style promise rather than a complete guarantee. The more accurate framing is: a VPN can reduce direct linkability via IP address, while anonymity still depends on your device and online behaviors, and on how the websites and services you access identify users.

How a VPN works in everyday terms

A VPN (Virtual Private Network) typically creates an encrypted tunnel between your device and the VPN server. When you browse, your traffic is sent through that tunnel, and websites generally see the VPN server’s IP address instead of your home/work IP address.

This changes what certain systems can observe:

  • The website you visit may only be able to see the VPN’s exit IP rather than your original IP.
  • Network observers between your device and the VPN server may see encrypted traffic rather than plain content.

However, a VPN does not inherently erase everything else. If you log into an account, use the same browser profile, or accept cookies, those services may still associate your activity with you using non-IP data.

Differences and limitations that affect “anonymity”

There are several important limitations that can change what you can realistically expect.

1) IP hiding is not identity removal

A website might not know your original IP, but it can still identify you via:

  • authentication sessions (logins),
  • persistent cookies and site storage,
  • browser or device fingerprints,
  • telemetry from apps and services.

A VPN can help with IP-based visibility, but it cannot fully prevent account-based tracking if you voluntarily authenticate.

2) DNS and other networking paths may still leak

Many tracking and connectivity problems happen when DNS requests or network settings don’t go through the VPN as you expect. Even with encryption in place, the configuration and client behavior determine what the outside world can learn.

3) “Same user, same browser” reduces anonymity

If you use the same browser profile across sessions—especially with cookies enabled—your behavior can remain linkable. Even when your IP changes, the site may still recognize you.

4) What you access matters

Using services that you already trust (or that you log into) tends to reduce anonymity because you are actively creating a link between you and the service. If your goal is anonymity in the stronger sense, your actions—logins, form submissions, and account recovery behaviors—become central.

Practical checks you can do to validate what’s happening

Instead of assuming outcomes from the phrase “total anonymity,” verify behavior with a few controlled checks.

1) Confirm the visible IP from a browser

  • Open a browser (preferably in a normal session and also a separate test session).
  • Use an IP-check style webpage to compare what you see with the VPN on vs. off.
  • Expect the visible IP to change when the VPN is working.

If it doesn’t change, the VPN may not be routing your traffic as intended.

2) Look for DNS behavior inconsistencies

DNS leaks are a common concern. A practical indicator is whether name resolution seems inconsistent or whether network diagnostic tools show DNS traffic that doesn’t align with the VPN tunnel.

Because exact steps vary by device and client, focus on the principle: DNS requests should follow the same privacy path you intend for browsing.

3) Test for “which window” is really protected

Some VPN clients let you protect the whole device; others can be configured to apply to specific apps or profiles. Verify by:

  • checking that the IP visible in the same browser profile changes,
  • testing with multiple browsers or network tools if your use case includes them.

4) Reduce account-based identifiers during tests

To evaluate whether IP hiding is your main privacy win, run tests without logging into the same accounts. If privacy suddenly improves when you avoid logins/cookies, that indicates non-IP identity signals are doing the heavy lifting.

It helps to separate three ideas:

  • Privacy: limiting what others can observe about your activity.
  • Anonymity: reducing the ability to connect actions to a specific person.
  • Security: protecting data from certain threats (for example, eavesdropping) through encryption and network controls.

A VPN often contributes to privacy and can support security through encryption, but it does not automatically guarantee anonymity in the strict sense. The stronger “anonymity” claim depends on your browsing behavior, the services you use, and whether identity signals beyond IP are minimized.

Clear takeaway

A VPN can reduce direct visibility of your original IP address to the destinations you visit, which can improve privacy. But “total anonymity” is not something you can rely on as a complete, guaranteed outcome—especially when websites can still identify you via accounts, cookies, device/browser characteristics, and other non-IP data.

If you want to understand your real level of anonymity, validate that your traffic is routed as expected (IP and DNS-related behavior), then test how linkable you remain when you avoid account logins and persistent identifiers.