A large magenta circle with a smaller magenta circle to its lower right on a white background.

Test and Fix Browser Fingerprint Leaks with BrowserLeaks.com

Use BrowserLeaks.com to get the raw truth about what your browser is saying behind your back. Run deep checks for canvas fingerprints, WebGL leaks, AudioContext hashes, timezone mismatches, and more.

Incogniton helps you create truly isolated browser profiles. BrowserLeaks tells you if they’ll hold up under real-world scrutiny.

What Is BrowserLeaks.com?

BrowserLeaks.com is a free browser fingerprint diagnostic tool built by security researcher Taras. It doesn’t provide a privacy score or conceal the details behind green checkmarks. Instead, it dumps everything your browser reveals, so you can see the leaks for yourself.

Unlike “what’s my browser” sites, BrowserLeaks focuses on the technical signals that trackers combine to create a unique fingerprint. These include:

  • Canvas and font rendering hashes
  • GPU model and WebGL renderer
  • WebRTC IP leaks
  • Timezone, language, and geolocation coherence
  • Hardware and JavaScript environment details

For anti-detect browser users, this level of transparency is essential. It will immediately expose if:

  • Your spoofing produces identical hashes across profiles
  • Your VM usage is visible in GPU or system details
  • Your real IP is leaking through WebRTC
  • Your timezone, language, and IP don’t align naturally

Why Use BrowserLeaks with Incogniton?

When you build a profile in Incogniton, you’re shaping a new browser identity, down to IP, timezone, WebGL, and language. BrowserLeaks acts as the microscope to examine whether that identity looks natural or suspicious from the outside.

Together, they give you a powerful feedback loop:

  1. Incogniton creates isolated, configurable profiles
  2. BrowserLeaks reveals hidden leaks or inconsistencies
  3. You adjust settings until the profile passes realistic fingerprint checks

This makes it possible to run multiple accounts, campaigns, or research projects without tripping detection systems.

When to Run a BrowserLeaks Test

BrowserLeaks is most valuable when you:

  • Create a new profile (check it before first use)
  • Change spoofing settings (canvas, WebGL, audio, timezone, etc.)
  • Prepare to log into high-risk platforms (Google Ads, Meta, Amazon, LinkedIn)
  • Investigate bans, flags, or unusual account linkages

How to Run a Full BrowserLeaks Audit

Why Incogniton Complements BrowserLeaks

Full profile control

Full control over cookies, user agents, WebGL, timezone, and more.

Built-in cookie management

Use built-in cookie management to import/export session data easily.

Free starter proxies

Get new profiles online fast with free proxies.

Automation options

With no-code tools or Puppeteer/Selenium integration you have several automation options.

Try our free trial

Sign up now and save up to 10 browser profiles. Regular support included.

Frequently Asked Questions

Yes. It’s a public tool. You do not have to subscribe, pay a fee or set up an account, or download a software file to use it.

No. According to the site’s privacy approach, all tests are run locally in your browser, and the data is not stored on their servers.

Not directly. It’s a testing tool, not an anti-detect or privacy tool. However, it can help you verify whether your current setup (e.g., VPN, anti-detect browser, or privacy extensions) is working as intended.

Anti-detect browser users, affiliate marketers, social media managers, penetration testers, journalists, OSINT researchers—anyone who needs to manage or protect their online identity.

BrowserLeaks.com works on most modern browsers, including Chrome, Firefox, Safari, Edge, and privacy-focused browsers like Brave.

No. No tool can give you a “100% anonymous” score. Instead, it will show you what data you are leaking so you can take steps to minimize your fingerprint.

BrowserLeaks.com is more of a raw, technical diagnostic tool with minimal UI, while tools like Pixelscan and Whoer.net offer more user-friendly scoring systems and consolidated results.

Run a test whenever you change your browsing setup—such as switching browsers, adding new privacy extensions, or configuring an anti-detect tool—so you can verify the changes are effective.

Yes, it works on mobile browsers too, though some fingerprinting elements may display differently compared to desktop.

There are different methods of fingerprinting, and most websites use a different assortment of these methods. Some focus on JavaScript data, others on HTTP headers or network details. Also, VPNs, proxies, extensions, and IP reputation lists can also cause variations.

Extensions can help block fingerprinting, but they can also make you more trackable. Some block certain scripts—reducing the amount of data collected—but also leave obvious gaps that make you stand out. Others add unique headers or modify your browser behaviour in detectable ways.

A simple purple circle on a white background.