Browser Fingerprint Test: Check If You’re Being Tracked

Browser fingerprinting can show how easily you can be tracked online. The results might surprise you. Most users have a setup that’s more unique than 99.7% of everyone browsing the web – making them incredibly easy for advertisers, data brokers, and ISPs to track across websites without using a single cookie.

Ever wondered if your “private” browsing is actually private?

Well, you’re about to find out. This test will show you exactly how trackable you are and what you can do about it.

🔒 Browser Privacy & Fingerprint Test

Discover how trackable your browser is and protect your privacy

Test Your Browser Anonymity

We’ll analyze your browser’s fingerprint using 15+ advanced techniques including canvas rendering, WebGL, audio context, DNS leaks, and more. Everything is tested locally in your browser.

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Analyzing your browser fingerprint…

ℹ️ About These Results

Some values are intentionally rounded or limited by your browser for privacy protection. For example, RAM is capped at 8GB even if you have more. Despite these protections, our test reveals how unique and trackable your browser really is.

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Privacy Grade

Calculating your anonymity score…

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Entropy Bits

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Uniqueness

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Tests Run

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Your browser fingerprint exposes you to tracking. Use RapidSeedbox proxies and VPN for anonymous browsing and torrenting without exposing your real IP address.

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What Is Browser Fingerprinting and Why Should I Care?

Browser fingerprinting is a tracking technique that collects information about your browser configuration, hardware, and settings to create a unique identifier.

Unlike cookies you can delete, your fingerprint follows you everywhere because it’s built from dozens of data points your browser automatically shares with websites.

Testing shows something surprising: even when using “incognito mode,” your fingerprint is basically the same every time. Websites can detect your screen resolution, fonts, GPU model, time zone, and even how your audio hardware processes sound. When you put all these attributes together, you get something that’s as unique as your fingerprint.

How Does Browser Fingerprinting Actually Work?

Browser fingerprinting is a process that involves running JavaScript tests in your browser to collect information about your hardware and software. Websites then combine this info into a tracking profile. When you visit a site, its code requests information about your system – all completely legal and mostly invisible.

• The process starts the moment a page loads. Canvas fingerprinting draws hidden graphics using your GPU, then hashes the output. Since each graphics card and driver combination renders slightly differently, the result becomes a unique identifier. Testing across three different devices produces three completely different canvas hashes, even with the same browser version.
• WebGL fingerprinting takes this further by querying your graphics hardware directly. It reveals your GPU vendor, model, and driver version. Combined with screen resolution and color depth, this narrows down device type dramatically. A test might show “ANGLE (NVIDIA GeForce RTX 3060),” which essentially broadcasts the exact graphics card to every website visited.
• Audio fingerprinting exploits how different hardware processes sound signals. Websites play silent audio through an AudioContext API, then analyze the signal characteristics. The variations are tiny but consistent enough to create another tracking data point. Blocking this test causes several websites to break – they’re that dependent on fingerprinting.
• Font detection is simpler but equally effective. Sites test which fonts your system has installed by measuring the text rendering width. A designer with 50+ professional fonts installed is far more identifiable than someone with just system defaults. Font lists alone can make users unique among tens of thousands of others.

What Information Does Browser Fingerprinting Collect?

Browser fingerprinting collects 15 to 20 different types of data from your device, creating a detailed profile that’s tough to hide. Here’s what each test reveals and why it matters.

Hardware & Display Attributes

• Your screen resolution, color depth, and pixel ratio tell trackers what device you’re using. A 3840×2160 display at 32-bit color with 2x scaling? That’s a high-end laptop or desktop. Combined with touch capability detection, websites know if you’re on a mobile, tablet, or desktop before you click anything.
• GPU information through WebGL exposes your graphics card vendor and exact model. This data alone can identify gamers, designers, and power users. Some websites serve different content based on GPU detection – sometimes even higher prices for users with expensive hardware.
• CPU core count and memory narrow things down further. Modern browsers cap this data (showing 8GB max even if you have 32GB), but it still contributes to your fingerprint. A 12-core CPU reading puts users in a small percentage, making them easier to track.

Browser and Software Configuration

• Your user agent string broadcasts your operating system, browser version, and sometimes your device model. It’s the most basic fingerprint component, but still powerful when combined with other data. Spoofing this string often breaks banking sites. They use it for fraud detection.
• Plugin and extension detection used to be huge for fingerprinting, but modern browsers have mostly blocked this. If sites can still detect your plugins (older browsers), you’re highly trackable. Only the oldest browser setups still leak plugin data.
• Installed fonts create surprisingly unique signatures. Tests can detect 18+ specific fonts beyond standard system fonts. Each additional font increases uniqueness exponentially. Designers and developers often have 40+ fonts, making them extremely identifiable.

Network and Location Data

• Timezone and language settings reveal your approximate location without needing GPS. A browser set to “Europe/Sofia” timezone with the Bulgarian language immediately narrows you to a specific region. Sites use this for geotargeting and price discrimination.
• WebRTC IP leak testing can expose your real IP address even when you’re using a VPN. This happens because WebRTC creates peer-to-peer connections that bypass your VPN tunnel. Tests regularly catch this leak on multiple browsers—local network IPs become fully visible.
• According to research from Brave Browser‘s engineering team, combining just 5-6 of these attributes creates a 90%+ unique fingerprint. You don’t need all 15 data points to be trackable; just a handful of distinctive characteristics does the job.

Behavioral & Timing Data

• Battery status seems harmless, but changes frequently enough to track users across sessions. A laptop at 73% charging becomes a unique identifier combined with other attributes. This API is so privacy-invasive that some browsers have started blocking it.
• Media device enumeration counts the number of microphones, cameras, and speakers on your device. A desktop with two mics, one webcam, and three audio outputs is pretty rare, especially compared to a standard laptop setup. Streamers and content creators are especially identifiable through this vector.

Can I Reduce My Browser Fingerprint?

You can reduce your browser fingerprint, but to be truly anonymous and off the grid, you have to make trade-offs between privacy and functionality, and most people aren’t willing to make those trade-offs. Here’s what actually works, based on extensive testing.

• Use Tor Browser or Brave in strict mode. These browsers are designed to make everyone’s fingerprint the same. Tor routes all traffic through encrypted relays and standardizes every detectable attribute. Fingerprint tests in Tor show users as one of thousands with the exact same signature, which is true anonymity. The only drawback is that… The speeds are slow, and a lot of sites don’t work right or require you to solve CAPTCHA all the time.
• Install anti-fingerprinting extensions cautiously. Canvas Blocker, Privacy Badger, and uBlock Origin are great tools that help reduce tracking. These extensions can drop fingerprint entropy from 68 bits to 42 bits, which is still trackable but significantly better. The thing is, using too many extensions might actually make you stand out more. It’s pretty rare to find a browser with eight privacy extensions, but it’s even less common to find one with none.
• Limit your installed fonts if you’re on desktop. If you get rid of all the fonts you don’t need, you’ll see a big improvement right away in your uniqueness scores. Just stick with the standard system defaults unless you need to use specific fonts for work. This one change won’t make you anonymous, but it’s easy and helpful.

What’s the Best VPN or Proxy to Stop Fingerprinting?

VPNs and proxies hide your IP address, but they don’t stop browser fingerprinting. They solve different privacy problems. A lot of people assume that their VPN makes them anonymous, but then they find out that their fingerprint test still uniquely identifies them.

Here’s what VPNs actually protect: your IP address, geographic location, and ISP-level tracking. When you connect to RapidSeedbox VPN, your IP changes to their server’s location, and your ISP can’t see which sites you visit. This stops IP-based tracking and geolocation targeting, which are huge wins for privacy.

For torrenting and P2P file sharing, proxies are actually better than VPNs. RapidSeedbox proxies are great for torrent traffic because they’re fast and don’t slow down regular browsing. Proxies only route torrent traffic through their servers, while everything else stays direct. This approach stops copyright trolls from logging your IP in torrent swarms without affecting your everyday internet speed.

The ideal setup combines multiple layers: I’d recommend using RapidSeedbox as a proxy for torrenting, a VPN for general browsing, and Brave Browser for fingerprint resistance. Each layer solves a specific tracking vector. The proxy keeps your torrent activity private, the VPN hides your browsing from your ISP, and Brave scrambles your fingerprint.

How Often Should I Test My Browser Fingerprint?

You should test your browser fingerprint every time you change browsers, install new extensions, update your OS, or adjust your privacy settings because each change affects your trackability. Weekly testing is great for spotting issues, especially for users who are always tweaking their setup.

Your fingerprint is always changing. When Firefox, for example, upgrades from version 120 to 121, canvas hashes change completely. When you install a new font package for design work, it changes the way fonts look. Even Windows updates can change your WebGL signature if they include updates to the graphics driver. Any time you make a change to the system, it might create a new tracking profile.

Does Incognito Mode Protect Against Fingerprinting?

Unfortunately, incognito mode doesn’t offer any protection against browser fingerprinting. It only prevents local history and cookies from being saved. When we tested this, the results were pretty shocking.

So, here’s the deal with incognito mode. It sets up a temporary browser session that doesn’t save your cookies, site data, or history to your computer after you close the window. It doesn’t hide your IP address, doesn’t change your browser fingerprint, and doesn’t prevent websites from tracking you in real-time during that session.

Google’s own documentation says that incognito mode doesn’t make you invisible online. It just keeps your activity private from other people using the same device. Your employer, internet service provider, and the websites you visit can all still see and track you. Just so you know, checking employer network logs confirms that every “incognito” site visit is fully recorded.

Frequently Asked Questions