Pixelscan helps you audit and perfect your browser profiles. Detect hidden identifiers, fix leaks and stay undetectable.
Websites track more than just your IP address – they read your browser fingerprint: canvas hash, WebGL vendor, system fonts and user-agent strings. When these values reveal automation or don’t match up, you’ll get flagged, resulting in possible blocks or bans.
Run your Incogniton browser profile through pixelscan.net and discover if your browser setup looks natural or suspicious. Pixelscan checks for fingerprint inconsistencies, allowing you to adjust settings and fix issues instantly.
Incogniton builds the profile. Pixelscan checks the quality – free, no login required and suited for any device with a modern browser.
Pixelscan works best as part of your routine browser hygiene. Here’s when to use it:
Navigate to pixelscan.net in your Incogniton browser. No login or download needed.
Let the scan run completely before clicking anything else. It finishes in a few seconds.
Review the summary - it instantly tells you if your fingerprint looks suspicious.
Scroll down on the page for more details about the different categories.
Detect mismatched or exposed browser data and immediatly fix issues to optimize your profile.
Save hours troubleshooting bans or blocks - instantly discover browser fingerprint issues.
Navigate directly to pixelscan.net from your Incogniton browser profile, no setup required.
Audit and refine your browser profile settings before websites can flag it.
Sign up now with 10 FREE browser profiles and start protecting your online identity.
No. Most real users have slight imperfections or inconsistencies in their browser environment. The goal is not to achieve “zero issues” all the time, but to create a profile that appears natural and consistent. Regardless, Pixelscan helps you spot glaring red flags, like mismatched language and timezone, or identical rendering hashes across profiles.
You should run a Pixelscan test every time you create a new browser profile, especially before logging into high-risk platforms like Google Ads, Amazon Seller Central, or Meta Business Manager. It’s also good practice to test after making any significant changes, like adjusting WebGL settings, switching proxies, or modifying system language. Consistency over time is key, so repeat scans help confirm your profile hasn’t drifted into suspicious territory.
They serve different purposes. Whoer.net checks for basic privacy leaks like IP address, DNS leaks, and proxy detection, and includes a basic fingerprinting test. But its analysis is more surface-level. Pixelscan goes deeper, focusing on complex browser metadata, like canvas fingerprints, WebGL details, and hardware characteristics. If anonymity is your goal, both tools can be useful in your toolkit, with Pixelscan offering more granular visibility into fingerprint components.
No. Pixelscan does not store or log any scan history. It’s designed to be lightweight and privacy-first. If you’re tweaking browser setups or running A/B tests across different profiles, it’s up to you to manually copy or screenshot your results for future comparison.
Pixelscan doesn’t have an official API or automation support, but some advanced users have created headless browser scripts to run tests and extract fingerprint data. This requires technical setup and won’t fully replicate manual behaviour. If you rely on automation, just know that Pixelscan is meant for interactive auditing, not passive surveillance.
No, there’s no formal integration between the two tools. But many Incogniton users incorporate Pixelscan into their daily validation workflows.
A typical flow looks like this: you create or edit a browser profile in Incogniton, start it, then immediately run a scan on Pixelscan.net to confirm the fingerprint appears natural. This helps avoid bans or verification challenges before logging into critical accounts.