BrowserScan vs IPHey vs Pixelscan: Which Fingerprint Test Tells the Truth?

Three weeks ago I watched a guy in a Discord server swear his profile was clean. He'd run Pixelscan — green across the board. Deployed to production. Lost 14 accounts in two days.

The problem? WebRTC was leaking his real IP. Pixelscan doesn't weight WebRTC as heavily as BrowserScan does. He passed one test and assumed he'd pass them all.

That assumption cost him about $800 in aged accounts. I didn't say anything at the time because—well, I've made that exact mistake myself.

Here's the thing nobody tells you: BrowserScan, IPHey, and Pixelscan aren't interchangeable. They test different signals. They weight those signals differently. A green score on one doesn't guarantee a green score on the others. And some tests catch things the others completely miss.

If you're running multi-account operations and only testing on one tool, you're gambling. I've been there. Don't be there.

Quick Verdict

TL;DR: Use all three. BrowserScan catches WebRTC leaks and proxy/IP issues that matter for account separation. IPHey gives fast IP reputation checks plus basic fingerprint verification. Pixelscan digs deep on hardware fingerprint consistency — canvas, WebGL, audio. Run them in that order: BrowserScan first (catches obvious IP leaks), IPHey second (confirms IP reputation), Pixelscan last (validates hardware fingerprints).

If you only have time for one? Pixelscan. But you should have time for all three. They take 30 seconds each.

Feature-by-Feature Comparison

Check	BrowserScan	IPHey	Pixelscan
Primary focus	IP/proxy + WebRTC	IP reputation + quick fingerprint	Hardware fingerprint consistency
WebRTC leak detection	Excellent — flags public/private IP leaks	Basic check	Checks, but lower weight
Canvas fingerprint	Basic hash	Basic hash	Deep consistency analysis
WebGL fingerprint	Shows renderer string	Shows renderer string	Validates against claimed GPU
Audio context	Not emphasized	Basic	Detailed consistency
Timezone/geolocation	Cross-checks with IP	Cross-checks with IP	Checks internal consistency
IP reputation scoring	Good	Excellent	Basic
Proxy detection	Flags datacenter IPs	Flags + scores risk	Less emphasis
Font enumeration	Lists fonts	Not emphasized	Validates platform consistency
Navigator consistency	Basic checks	Basic checks	Detailed cross-validation
Test speed	~5 seconds	~3 seconds	~10 seconds
Cost	Free	Free	Free

The table shows coverage, but let me dig into what actually matters when you're deploying profiles.

Deep Dive: What Each Test Actually Catches

BrowserScan: The WebRTC and Proxy Specialist

BrowserScan's strength is catching the stuff that links accounts to each other and to you. WebRTC leaks. Proxy inconsistencies. DNS leakage. The things that make platforms say "these 50 accounts are obviously the same person."

I've seen profiles pass Pixelscan with flying colors and then BrowserScan immediately flags:

WebRTC public IP leak — Your real IP bleeding through despite proxy configuration. Game over for account separation.
WebRTC local IP leak — Your internal network IP (192.168.x.x, 10.x.x.x) showing up. Less damaging but still a linking signal.
DNS mismatch — Your DNS requests going to a different location than your proxy claims. Makes geolocation spoofing pointless.
Timezone inconsistency — Browser claiming Tokyo but IP resolving to Frankfurt. Obvious red flag.

BrowserScan's WebRTC detection is genuinely good. If you're not testing WebRTC separately, this is the tool that'll catch it. And WebRTC leaks are one of the most common reasons "undetectable" profiles get detected. We've written about the timezone/geolocation proxy mismatch problem separately — it's a whole thing.

When BrowserScan matters most: Account separation workflows. Affiliate operations where linking accounts = ban. Any situation where your real IP leaking destroys the entire setup.

IPHey: The Quick IP Reputation Check

IPHey is the fastest of the three. Load the page, get your result. It's optimized for IP reputation — is this proxy flagged? Is it on blacklists? Is it obviously datacenter?

What IPHey catches that others de-emphasize:

IP blacklist status — Has this IP been used for spam, fraud, or abuse? IPHey maintains broader blacklist coverage than BrowserScan.
Proxy type classification — Residential vs datacenter vs mobile. Some platforms treat these differently.
ISP reputation — Some ISPs are flagged more than others. IPHey shows this clearly.
IP fraud score — A combined metric that predicts how platforms will treat this IP.

IPHey's fingerprint checks are more basic than Pixelscan's. It'll show your canvas hash and WebGL renderer, but it doesn't do the deep consistency analysis. Think of it as "IP-first, fingerprint-second."

When IPHey matters most: Before you even test fingerprints. If your proxy IP is burned, fixing your fingerprint won't help. Run IPHey first to confirm the IP isn't already blacklisted. If the IP fails, swap it before wasting time on fingerprint debugging. For teams running campaigns across multiple platforms, pairing with ClickzProtect helps verify the traffic quality on the other side of those accounts.

Pixelscan: The Hardware Fingerprint Deep Dive

Pixelscan goes deeper on hardware fingerprints than either BrowserScan or IPHey. It's not just checking whether you have a canvas hash — it's checking whether that canvas hash is consistent with your claimed GPU, OS, and browser version.

What Pixelscan catches that others miss:

Canvas/WebGL consistency — Does your canvas rendering match what a real browser with your claimed GPU would produce? Antidetect browsers that randomize carelessly fail this.
Audio context fingerprint — Does your audio processing match real hardware? Some spoofing tools produce audio signatures that don't match any real device.
Font list validation — Are your fonts consistent with your claimed OS? A Windows profile with San Francisco fonts is impossible on real hardware.
Navigator object consistency — Do all the navigator properties agree with each other? Does your screen resolution make sense for your claimed device?

Pixelscan's approach is "does this fingerprint look like a real device, or does it look generated?" That's a different question than "is your IP leaking?" — and both questions matter.

The consistency checks are where Pixelscan shines. I've seen profiles pass BrowserScan's WebRTC checks completely, then Pixelscan catches that the WebGL renderer string claims an NVIDIA RTX 4090 but the canvas fingerprint matches integrated Intel graphics. No real computer does that. Instant detection signal.

When Pixelscan matters most: After you've verified IP/proxy with IPHey and WebRTC with BrowserScan. Pixelscan is the final validation that your hardware fingerprint is coherent. For the deep dive on WebGL specifically, our WebGL fingerprinting detection guide covers the GPU rendering angle.

Pricing Breakdown (As of June 2026)

All three tools are free. That's the good news.

The bad news: free tools sometimes disappear, change, or degrade. BrowserScan and Pixelscan have been stable for years. IPHey is newer but consistently maintained.

None of them require accounts. Just load the page and run. If you're testing dozens of profiles, that's dozens of page loads — no login friction.

For teams doing this at scale with automation, you'll want to integrate these checks into your workflow programmatically. JustBrowser's REST API lets you launch profiles headlessly, but the verification step is still manual unless you build detection-test automation yourself. (We've thought about building that. Haven't shipped it yet. Maybe 2027. Honestly, we keep punting on it because the free tools work well enough.)

Who Should Use What

Use BrowserScan If:

Your primary concern is account linking via IP leakage
You need to verify WebRTC protection specifically
You're running geo-specific accounts and need timezone/geolocation validation
You've had accounts banned for "multiple accounts" rather than "suspicious activity"

Use IPHey If:

You're testing a new proxy provider and want quick reputation checks
You need to validate IP isn't blacklisted before investing in fingerprint setup
You're running high-volume operations and need fast pass/fail signals
You've had accounts flagged immediately on signup (usually IP reputation)

Use Pixelscan If:

You want deep hardware fingerprint validation
You've passed IP checks but still getting flagged on behavioral analysis
You're debugging canvas/WebGL/audio inconsistencies
You've had accounts survive signup but get banned after usage (often fingerprint detection)

Use All Three If:

You're running anything serious. Look, I know running three tests feels like overkill. It's not. Each one catches things the others miss. Total time: under 2 minutes. Cost of skipping them: accounts.

Yes, it's annoying. Yes, I sometimes skip it when I'm lazy. And yes, I regret it when profiles start failing.

Run them in order: IPHey (IP reputation) → BrowserScan (WebRTC/proxy) → Pixelscan (hardware fingerprints). If anything fails, stop and fix before continuing.

Reading Conflicting Results

This is where operators get confused. You ran all three tests. BrowserScan shows green. IPHey shows green. Pixelscan shows red on canvas consistency.

What do you trust?

Here's the framework:

If IP/proxy tools pass but fingerprint tools fail: Your network setup is clean. Your browser fingerprint is broken. Fix the fingerprint. This usually means your antidetect browser is spoofing inconsistently — claiming hardware it doesn't actually emulate properly.

If fingerprint tools pass but IP/proxy tools fail: Your fingerprint is solid but your IP is leaking or flagged. Fix the proxy. WebRTC leak? Disable WebRTC or use an antidetect browser that handles it natively. Blacklisted IP? Get a cleaner proxy.

If everything passes but accounts still get banned: You're missing something. Frustrating, I know—I've spent hours on this exact scenario. Add CreepJS to your test battery — it catches prototype tampering and worker inconsistencies that none of these three emphasize. Or you have a behavioral signal problem, not a fingerprint problem. That's a different debugging path entirely. Our CreepJS walkthrough covers the trust score breakdown.

If tests disagree about the same signal: Trust the more paranoid result. If BrowserScan flags WebRTC but Pixelscan shows green for WebRTC, you have a WebRTC leak. Fix it. Detection systems are more paranoid than verification tools — assume they'll catch what the strictest test catches.

The Honest Take on Each Tool

I've been using these tools for two years across dozens of antidetect setups. Here's what I actually think (not just the diplomatic version):

BrowserScan is underrated. People skip it because it's not as pretty as Pixelscan. That's a mistake. The WebRTC detection alone makes it essential. I've caught leaks on BrowserScan that I would've missed everywhere else.

IPHey is the fastest sanity check. Not deep. Not thorough. But if you just want to know "is this IP burned?" in three seconds, IPHey tells you. I run it on every new proxy before configuring anything else. If the IP is flagged, I don't waste time on fingerprint setup.

Pixelscan has the nicest interface and the deepest fingerprint analysis. It's also the one people over-rely on. Passing Pixelscan is necessary but not sufficient. I've seen Pixelscan-green profiles fail because of WebRTC leaks (catch it on BrowserScan) or prototype tampering (catch it on CreepJS). Don't treat Pixelscan as the only test.

The best workflow I've found: IPHey → BrowserScan → Pixelscan → CreepJS. Four tests. Two minutes total. If something fails, fix it before the next test. If everything passes, you've got a profile worth deploying.

Final Verdict

BrowserScan, IPHey, and Pixelscan aren't competing tools — they're complementary layers. Each catches different failures. Each weights signals differently. Using only one is like locking your front door but leaving windows open.

For most operators? Pixelscan alone would be my pick if forced to choose one. The hardware fingerprint consistency checks catch the issues most likely to burn accounts after initial setup. But I wouldn't recommend running only one. That's bad advice disguised as a shortcut.

Run all three. In order. Every time. It takes two minutes and prevents the $800 account-loss disaster I watched happen three weeks ago.

The profiles that survive long-term are the ones you've actually verified. Against multiple tools. With different detection philosophies. That's not paranoia — that's operational hygiene.

For teams wanting the cleanest base profile before these tests, JustBrowser's recorded results are IPHey Trust Good and CreepJS 0% stealth / 0% headless, with no WebRTC leak on BrowserLeaks — the native Chromium engine produces consistent fingerprints because it's modified at the C++ layer, not JavaScript injection. But whatever tool you use, test it. Don't assume.

And if you're tracking conversions from accounts you're running, JustAnalytics gives you privacy-respecting analytics without adding fingerprint signals back into your carefully-cleaned profiles.

Frequently Asked Questions

Why do BrowserScan and Pixelscan give different results on the same profile?

Each tool weights fingerprint signals differently. BrowserScan prioritizes IP/proxy consistency and WebRTC leaks. Pixelscan focuses on hardware consistency — canvas, WebGL, audio context. A profile might pass one and fail the other because it has a clean proxy but inconsistent hardware fingerprints, or vice versa.

Which fingerprint test should I trust when they disagree?

Run all three. If BrowserScan and IPHey flag WebRTC but Pixelscan shows green, you have a WebRTC leak that Pixelscan doesn't weight as heavily. If Pixelscan flags canvas inconsistency but BrowserScan passes, your hardware fingerprint is broken even though your IP looks clean. Different tests catch different failures.

Is a green score on IPHey enough to deploy a profile?

No. IPHey is good for IP reputation and basic fingerprint checks, but it doesn't dig as deep into hardware consistency as Pixelscan or prototype tampering like CreepJS. Use IPHey as one signal among several. A profile should pass all three major tests before going live.

How often should I re-test profiles against these tools?

Test every new profile template before deployment. Re-test after any configuration change. Run monthly spot-checks on production profiles since detection tools update their models. If you start seeing more CAPTCHAs or blocks, test immediately — something drifted.

Try JustBrowser

Native Chromium antidetect browser — not extension-based. Real C++ engine patches at the canvas / WebGL / audio / font / screen layer, so 40+ identity parameters are genuine, not faked. REST API for Playwright, Puppeteer, Selenium. $9.99/month or $99.99/year. 7-day free trial, card required — cancel any time in the seven days and you are not charged. Unlimited profiles.

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