Am I Being Tracked?
A live scan of everything your browser and connection reveal right now — fingerprint, WebRTC, DNS, and ISP exposure — combined into one Tracking Exposure Score.
Your Tracking Exposure Score
This score combines four checks run directly in your browser below: fingerprint uniqueness, WebRTC leak status, DNS leak status, and ISP/VPN exposure. Estimated based on your current configuration — not measured against real-world tracker data.
The 4 Checks Behind Your Score
Each card below runs the same live test used on the dedicated tool pages. Click through for a full breakdown and fixes.
Want to see ad trackers in action? The Ad Tracker Blocking Test loads 36 real tracking pixels from Meta, Google, TikTok, and more to show exactly which ones your browser blocks.
Understanding Your Score
The table below shows what each rating means in practice, based on how the score above was calculated.
| Rating | Protection Score | What It Means |
|---|---|---|
| Well protected | 67–100% | Your real IP is hidden behind an active VPN or Tor, with no WebRTC or DNS leaks, and your fingerprint is reasonably common. Trackers have few reliable technical signals to single you out. |
| Moderate exposure | 34–66% | Some protection is missing — for example, no VPN but a common fingerprint and a lower-risk ISP, or a VPN that leaks through WebRTC or DNS. Combined with cookies, this makes tracking easier. |
| High exposure | 0–33% | Your real IP is visible to every site you visit and your ISP can see the domains you browse, often combined with a fairly unique fingerprint or a high-risk ISP. Your identity and browsing habits are easy to link together. |
What Does "Being Tracked" Actually Mean?
Online tracking isn't just cookies. Websites, advertisers, and your own ISP can identify and follow you using technical signals your browser and connection expose automatically — often without any cookie or login required. This page checks four of the most common technical signals used for tracking:
- Browser fingerprinting — combining your GPU, fonts, screen size, and other settings into a near-unique identifier
- WebRTC leaks — your real IP address leaking out from behind a VPN through a browser API
- DNS leaks — your ISP seeing every domain you visit even while a VPN is active
- ISP / data broker exposure — whether your connection type and carrier make it easy for your browsing data to be sold
In the US, there is no single federal privacy law covering all of this. The Federal Trade Commission (FTC) can act against deceptive tracking practices under Section 5 of the FTC Act, and a handful of states (California, Virginia, Colorado, Texas) have their own opt-out laws — but most of the technical exposure checked here is perfectly legal by default.
How This Test Works
All four checks run locally in your browser as soon as this page loads:
- Your fingerprint is computed from GPU, fonts, screen, and other properties, then hashed and scored the same way as on the standalone Fingerprint page
- A WebRTC connection is briefly opened to check whether it reveals an IP address different from your public IP
- Unique DNS test lookups reveal which DNS resolvers your browser really uses, so the test can tell whether your ISP can still see the sites you visit while your VPN is on
- Your IP, ISP, and VPN/Tor status are looked up via the same public APIs used on the Data Brokers page
No account, email, or personal information is required, and none of these results are stored on my server.
Why This Matters in the US
US internet users face a specific combination of risks that this test is built around:
- ISPs can sell browsing data: Since 2017, US ISPs have been allowed to sell customer browsing history without explicit consent — a WebRTC or DNS leak hands them exactly that data even if you think a VPN is protecting you
- No federal fingerprinting law: Unlike the EU's GDPR, there is no comprehensive US law restricting browser fingerprinting itself
- State-by-state patchwork: Only a handful of states (CCPA/CPRA in California, VCDPA in Virginia, TDPSA in Texas) give residents any opt-out rights, and none of them stop fingerprinting or leaks at the technical level
The Verdict: Fix the Leaks, Then Worry About the Rest
WebRTC and DNS leaks are the highest-impact fixes. If either check above failed, your VPN is not doing its job — your real IP and browsing activity are visible regardless of what you think is protecting you.
Browser fingerprinting is harder to prevent entirely. Your best defense is either blending in by using a mainstream browser with generic, default settings, or using a privacy-focused browser like Brave, which features advanced, built-in anti-fingerprinting protections out of the box.
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