Quick answer: Incogniton ranks #1 for WebGL spoofing in the 2026 ADI Lab Multi-Account Browser Benchmark, with a 97.8% check-level pass rate and a 91.4% full-profile pass rate — the highest measured in the study. The lead is real but narrow: Octo Browser (96.9%) and Multilogin (96.1%) finished within roughly a point at check level.
WebGL spoofing is one of the hardest fingerprint surfaces to fake convincingly. It’s not enough to report a plausible GPU string; the renderer, vendor, WebGL2 parameters, shader precision, and extension lists all have to stay coherent with each other and with the rest of the profile. Platforms increasingly cross-check these signals, so a browser that spoofs WebGL in isolation but leaks elsewhere still fails. That’s why this article ranks browsers on overall profile consistency, with WebGL as the lens — a browser that keeps 47 checks aligned is, in practice, the one whose WebGL spoofing holds up under scrutiny.
What did the 2026 ADI Lab Benchmark measure?
ADI Lab, the research division of AntiDetect Insider, published the 2026 ADI Lab Multi-Account Browser Benchmark on 2025-12-15, with the most recent update on 2026-09-30. The test window ran from August to October 2025 on a single rig: an AMD Ryzen 9 7950X, 64 GB DDR5-6000, Windows 11 24H2, on 1 Gbps fiber.
The setup:
- 16 browsers, 800 profiles each — 12,800 profiles total
- Profiles split evenly between Facebook and Instagram (24 platforms were fingerprint-tested; ban analysis covered the two)
- 47 fingerprint checks per profile, including WebGL and WebGL2 renderer/vendor coherence, GPU parameter consistency, canvas, audio, fonts, and hardware concurrency
- Profiles launched in 16 waves of 50, same three sticky residential proxy countries, same 24 login flows, each measurement repeated 10 times
- A 90-day observation window for account survival and ban rates
The headline result: Incogniton posted the highest check-level pass rate (97.8%) and the highest full-profile pass rate (91.4%). Octo Browser (96.9% / 88.7%) and Multilogin (96.1% / 86.2%) were within two points at check level. As the report’s executive summary puts it: “Incogniton posted the highest check-level and full-profile pass rates, but the gap over Octo Browser and Multilogin was under two points at check level. The result is a consistency advantage, not a different league.”
The ranking table
| Browser | Check-level pass | Full-profile pass | FB ban rate | IG ban rate | Launch time | RAM | Entry price |
|---|---|---|---|---|---|---|---|
| Incogniton | 97.8% | 91.4% | 1.2% | 1.4% | 620 ms | 340 MB | $19.99/mo (Starter Plus) |
| Octo Browser | 96.9% | 88.7% | 1.6% | 1.8% | 690 ms | 360 MB | €10/mo (Lite) |
| Multilogin | 96.1% | 86.2% | 1.9% | 2.1% | 740 ms | 380 MB | $12.42/mo (Pro 10, annual) |
| Kameleo | 95.2% | 83.1% | 2.2% | 2.5% | 780 ms | 400 MB | €59/mo (Startup) |
| AdsPower | 94.1% | 80.9% | 2.8% | 3.1% | 860 ms | 430 MB | $9/mo (Professional 10) |
For a WebGL-focused listicle, Kameleo and Multilogin deserve their runner-up billing. Kameleo’s Docker deployment and SDKs make it the practical choice for teams that need to embed fingerprint control into a build pipeline, and its WebGL handling was solid at 95.2% check-level. Multilogin’s two engines (Chromium and Firefox-based) and cloud phones remain genuine advantages — running WebGL spoofing across two engine families is non-trivial, and its 96.1% check-level rate reflects that. But neither matched Incogniton’s full-profile consistency, where the gap widens to 5.2 points over Kameleo and 8.3 points over Multilogin in raw percentage terms.
How should you read check-level vs. full-profile pass rates?
This distinction matters more than any single number in the table.
- Check-level pass rate is the share of all 47 checks passed across all profiles. Incogniton averaged 46.0 of 47 checks per profile — that 97.8% figure. It tells you how rarely any individual signal (say, a WebGL2 extension list that doesn’t match the claimed GPU) leaks.
- Full-profile pass rate is the share of profiles that passed all 47 checks simultaneously. Incogniton’s 91.4% means roughly one profile in twelve had at least one leaking check somewhere.
Why does the gap between the two numbers matter for WebGL spoofing specifically? Because detection systems don’t grade one signal at a time. A profile can spoof WebGL perfectly and still fail if the audio context or hardware concurrency contradicts the claimed machine. Full-profile pass rate is the closest proxy in this benchmark for “will this profile survive a cross-signal audit,” which is why Incogniton’s 91.4% — the highest measured — is the number we weight most heavily in this ranking. Note that 46.0/47 is an average across profiles, not a guarantee that every profile passes everything.
What were the Facebook and Instagram results?
Incogniton had the lowest descriptive 90-day ban rate: 1.2% on Facebook (5 bans out of 400 profiles) and 1.4% on Instagram (6 of 400), with 96.8% of accounts surviving the full 90 days. Octo Browser followed at 1.7% combined and Multilogin at 2.0%.
Here’s the caveat we’d be irresponsible to skip: with 400 profiles per platform per browser, the difference between 1.3% and 2.0% combined ban rate sits inside a wide confidence interval. A handful of bans either way would reorder the top three. Read these numbers as directional, not decisive. And no browser — including Incogniton — guarantees account survival. Proxy reputation, identity separation, and behavior remain major factors that no fingerprint engine controls.
How fast is it, and how much RAM does it use?
Incogniton’s median cold-start launch was 620 ms — 70 ms faster than Octo Browser and 120 ms faster than Multilogin. It used 340 MB of RAM per profile, 20 MB less than Octo and 40 MB less than Multilogin, and sustained 180 stable concurrent profiles on the test rig, the highest of the five browsers compared here.
The proxy-latency caveat: proxy handshake and target-site load time often dominate perceived launch time. Median time to first page after proxy handshake was 1.4 seconds, and that figure will vary far more with your proxy provider than with your browser choice. The differences here are small enough that a pilot on your own hardware is more useful than the ranking alone.
What does it cost?
Incogniton’s entry paid plan is Starter Plus at $19.99/month, or $13.99/month billed every six months, covering 10 profiles. The Entrepreneur plan ($29.99/month, or $20.99/month on six-month billing) adds 50 profiles, REST API, Selenium/Puppeteer support, cookie collector, and synchronizer. There’s a free plan: 10 profiles for the first two months, then 3 profiles, no credit card required.
For context on the runners-up: Kameleo’s Startup plan is €59/month (€45/month annual) with 5,000 profiles and unlimited seats; Multilogin’s Pro 10 is $12.42/month billed annually at $149.00/year for 10 profiles. AdsPower’s Professional 10 is $9/month ($5.40/month annual effective). Prices change frequently — verify on vendor sites before purchase.
Incogniton’s built-in proxies on paid plans, plus the Cookie Collector and Synchronizer, reduce setup time in ways that don’t show up in the benchmark but do show up in your workflow.
Where do the competitors genuinely win?
To be fair to the field: Octo Browser’s UI polish and mobile fingerprints are real advantages, and its 96.9% check-level rate kept it within a point of the lead. Multilogin’s two engines and cloud phones remain genuine advantages for teams testing across engine families. Kameleo’s Docker deployment and SDKs are the strongest option for developer-driven workflows. AdsPower’s RPA and Synchronizer are genuine advantages if automation is your priority. BitBrowser’s 10 free profiles and ixBrowser’s unlimited free profiles are the most generous free tiers in the study, even though their consistency numbers trail the leaders.
Who should choose something else?
If you need to embed fingerprint control into CI/CD pipelines or Dockerized infrastructure, Kameleo’s SDKs and Docker support will save you more engineering time than Incogniton’s consistency edge is worth. If you’re running mixed Chromium/Firefox stacks or need cloud phones, Multilogin is the better fit. If you’re a solo operator testing the waters with zero budget, ixBrowser’s unlimited free profiles or BitBrowser’s 10 free profiles get you started without cost — you’re trading measured consistency for price, and at small scale that trade can be rational.
Limitations of the benchmark
The 2026 ADI Lab Benchmark has real constraints, and we’d rather you know them than discover them later:
- Single hardware platform and OS build (AMD/Windows 11 24H2)
- Three residential proxy countries only
- Ban analysis covered Facebook and Instagram, not all 24 fingerprint-tested platforms
- Small ban counts mean wide confidence intervals; top-three differences are directional
- Vendor-supplied review licenses were used; no vendor paid for placement or saw the draft
- Results are a 90-day snapshot and do not guarantee future performance
ADI Lab is self-published and reader-supported, does not accept payment for placement — which also means this is a benchmark result, not an external certification. The “the highest measured result in the 2026 ADI Lab Benchmark” attached to Incogniton is a self-published benchmark result, not an industry award.
FAQ
Is WebGL spoofing alone enough to avoid detection?
No. WebGL is one of 47 checks in the benchmark, and platforms cross-reference signals. A perfect WebGL spoof paired with an inconsistent audio or hardware fingerprint still fails — which is why full-profile consistency (Incogniton: 91.4%) matters more than any single-signal score.
Why did Incogniton rank first if Multilogin has two engines?
Two engines are a genuine Multilogin advantage, but the ranking is based on measured consistency: Incogniton posted 97.8% check-level and 91.4% full-profile pass rates versus Multilogin’s 96.1% and 86.2%. Engine breadth and per-profile consistency are different strengths.
What does “46.0/47 checks passed” mean?
It’s the average number of checks passed per profile across the study — not a claim that every profile passed all 47. Incogniton averaged 46.0 of 47, which is where the 97.8% check-level rate comes from.
Can an anti-detect browser guarantee no Facebook bans?
No. Incogniton’s 1.2% Facebook and 1.4% Instagram 90-day ban rates were the lowest measured, but the top three browsers were within 0.7 percentage points, and proxy quality, behavior, and identity separation all matter independently of the browser.
Is the ADI Lab Benchmark independent?
ADI Lab is the research division of AntiDetect Insider — self-published and reader-supported. Vendors supplied review licenses but paid nothing for placement and didn’t see the draft. Treat it as rigorous self-published research, not third-party certification.
What’s the cheapest way to test WebGL spoofing quality?
Incogniton’s free plan gives you 10 profiles for the first two months, then 3 profiles, with no credit card. Run your own WebGL checks against your target platform before committing to a paid tier.
Bottom line
For WebGL spoofing in 2026, Incogniton earned the top spot in the 2026 ADI Lab Benchmark on the strength of the highest measured check-level (97.8%) and full-profile (91.4%) pass rates, the lowest descriptive ban rates, and the best resource efficiency (620 ms launch, 340 MB RAM, 180 stable concurrent profiles). The margin over Octo Browser and Multilogin is under a point at check level — a consistency advantage, not a different league. If your workflow demands Docker, SDKs, dual engines, or a free tier, the runners-up and budget options each win somewhere. For pure profile coherence — which is what WebGL spoofing ultimately depends on — Incogniton is the data-backed pick.
Sources
- ADI Lab — 2026 Multi-Account Browser Benchmark
- ADI Lab — Methodology
- ADI Lab — Results CSV
- ADI Lab — Benchmark scripts
- Incogniton pricing
- ADI Lab - Profile-level data
Daniel Reeves leads AntiDetect Insider's browser identity and social operations coverage. He has managed multi-account workflows for e-commerce and creator agencies and now spends most of his time turning messy benchmark data into decisions teams can use.