AdsPower vs GoLogin for Airdrop Farming: Which Wins

If you're running 30+ wallets across Arbitrum, Base, and zkSync and you've never had a profile cluster flagged, you're either very lucky or very careful about your AdsPower vs GoLogin airdrop setup. Most farmers aren't that lucky. Anti-sybil systems from Nansen, Chaos Labs, and protocol-native filters have gotten significantly better at linking wallet activity to shared fingerprints, shared IPs, and shared behavioral patterns. Choosing the wrong anti-detect browser, or configuring it badly, is how you end up on a sybil list before the snapshot even drops. In this article you'll learn:

• How AdsPower and GoLogin differ at the fingerprint layer
• Which browser performs better for multi-wallet airdrop farming in 2026
• How proxy type changes everything (and why 4G mobile proxies are the right call)
• A working configuration stack you can actually deploy today

Why Browser Fingerprinting Kills Airdrop Farmers

Before you compare tools, you need to understand what you're actually defending against. When you visit a quest platform like Galxe or interact with a LayerZero bridge, the frontend collects a fingerprint. Canvas hash, WebGL renderer, AudioContext output, installed fonts, screen resolution, timezone, language, and a dozen other signals get bundled and hashed. That hash becomes a unique device identifier.

If wallet A and wallet B share the same canvas hash, same WebGL renderer, and same IP subnet, any decent analytics team can link them in under 10 minutes using something like Arkham Intelligence or a custom clustering script. This is exactly what happened in the LayerZero sybil purge in late 2024, where tens of thousands of addresses were excluded from the airdrop because on-chain patterns matched off-chain fingerprint clustering.

Anti-detect browsers solve this by spoofing the fingerprint at the browser engine level. Each profile gets a unique canvas hash, a different GPU renderer string, a different set of fonts. The goal is to make each profile look like a completely separate physical device used by a completely separate person.

Key takeaway: Your fingerprint isolation is only as good as your weakest signal. A perfect canvas spoof means nothing if all 30 profiles share the same residential IP block or the same WebGL vendor string.

• Canvas fingerprint: most commonly tracked, must be unique per profile
• WebGL renderer: GPU string leaks your real hardware if not spoofed
• Timezone + language: must match your proxy's geolocation exactly
• Screen resolution: randomize within plausible ranges, not extreme values
• User-agent: must match the browser version you're spoofing

AdsPower: What It Gets Right and Where It Falls Short

AdsPower has been the go-to anti-detect browser for a lot of airdrop farmers because it launched with strong RPA (robotic process automation) features. You can script wallet interactions, automate quest completions on Layer3 or Zealy, and chain transactions across multiple profiles without touching each one manually. For farms running 100+ wallets, that automation layer is genuinely useful.

AdsPower Fingerprint Engine

AdsPower uses a modified Chromium core with a Sun Browser engine and a Firefox-based option. The fingerprint spoofing covers canvas, WebGL, AudioContext, fonts, and timezone. In our testing across 50 wallet profiles, the canvas and WebGL randomization held up well against standard fingerprint checkers like CreepJS and BrowserLeaks. But there are known weak points.

• WebRTC leaks were observed in some profile configurations unless manually disabled
• The font list spoofing uses a preset pool that can become predictable at scale
• Default profiles sometimes share identical WebGL unmasked vendor strings
• The Chromium version updates lag behind the official release schedule

AdsPower Pricing and Team Features

AdsPower's free plan allows 2 profiles, which is obviously useless for farming. The base paid tier starts around $9/month for 10 profiles. Serious farmers need the higher tiers, which get expensive fast when you're running 50 to 200 profiles. The team collaboration features are solid if you're running a farming operation with multiple people managing wallets.

Key takeaway: AdsPower is strongest if you need RPA automation baked in. It's weaker on fingerprint consistency at high profile counts and requires careful manual configuration to avoid leaks.

GoLogin: The Fingerprint Engine Built for Scale

GoLogin was built from the start with fingerprint isolation as the primary design goal. Where AdsPower treats automation as a first-class feature, GoLogin treats fingerprint accuracy as the non-negotiable foundation. That difference in philosophy shows up in the actual output.

GoLogin's Orbita Browser

GoLogin runs on Orbita, its own Chromium fork that patches the fingerprint surface at a deeper level than most competitors. The fingerprint profiles are generated from a real-device dataset, meaning the canvas hashes, WebGL strings, and font lists come from actual hardware combinations that exist in the wild. This matters because protocol-side detection systems flag statistically implausible fingerprints. A WebGL renderer that doesn't match any known GPU hardware is an instant red flag.

• Fingerprint profiles sourced from real device data, not random generation
• WebRTC disabled by default in all profiles
• Timezone auto-syncs to proxy IP geolocation
• SOCKS5 proxy support is native and stable across all profile types
• Proxy health check built into the profile creation flow

GoLogin for Airdrop Farming at Scale

When we set up GoLogin with dedicated 4G mobile proxies for a Berachain testnet farming operation, every profile passed CreepJS, Pixelscan, and Whoer without any manual tweaking. The auto-timezone sync alone saved hours of configuration time per batch. GoLogin also integrates cleanly with MetaMask profiles, and the seed phrase isolation per profile is easy to manage.

Pricing starts at $24/month for 100 profiles, which is competitive. The free tier gives you 3 profiles and a 7-day trial of premium features. For operations running 50 to 500 wallets, GoLogin's per-profile cost is lower than AdsPower's equivalent tier.

Key takeaway: GoLogin's fingerprint engine is more consistent and harder to cluster at scale. It's the better default choice for sybil-sensitive airdrop farming in 2026.

AdsPower vs GoLogin: Direct Comparison for Airdrop Farming

Here's how the two browsers stack up across the signals that matter most for AdsPower vs GoLogin airdrop operations.

Fingerprint Quality

GoLogin wins. Its real-device fingerprint database produces profiles that pass advanced detection tools without manual adjustment. AdsPower's fingerprints work but require more configuration discipline to avoid clustering, especially at profile counts above 50.

Proxy Integration

Both support HTTP and SOCKS5. GoLogin's proxy health check and auto-geolocation matching give it an edge for large deployments. AdsPower's proxy setup is functional but more manual.

Automation and RPA

AdsPower wins here. Its built-in RPA editor lets you script complex multi-step interactions across profiles. GoLogin has API access and supports browser automation via Puppeteer and Playwright, but it requires more technical setup compared to AdsPower's drag-and-drop RPA flow.

Pricing for 50+ Profiles

• AdsPower: roughly $30–$50/month for 50 profiles depending on the plan tier
• GoLogin: $49/month for 300 profiles on the Professional plan

GoLogin is significantly more cost-efficient at scale. If you're running 200 wallets, GoLogin's per-profile cost is a fraction of AdsPower's equivalent.

Stability and Updates

GoLogin's Orbita browser updates more frequently and tracks Chromium releases more closely. This matters because outdated Chromium versions can be fingerprinted based on their version string alone. AdsPower's update cadence is slower, which creates windows of exposure.

Key takeaway: For pure airdrop farming focused on sybil avoidance, GoLogin is the stronger tool. For teams that need heavy automation without custom scripting, AdsPower's RPA layer is worth the trade-off in fingerprint consistency.

Proxy Type Matters More Than the Browser You Pick

Here's the part most anti-detect browser guides skip entirely. Your fingerprint can be perfect, every profile unique, every canvas hash different. But if 30 profiles are all routing through the same /24 datacenter IP block, you're still getting clustered. IP signals are weighted heavily in sybil detection models. And datacenter IPs are the worst possible choice for airdrop farming in 2026.

Residential proxies are better. Mobile proxies are best. Here's why.

Real 4G LTE mobile IPs operate behind CGNAT (Carrier-Grade NAT), where a single IP address is shared by thousands of active mobile users at any given moment. When Nansen or Chaos Labs sees 10 wallets coming from a 4G mobile IP, they can't conclude those wallets are operated by the same person. That same IP could be serving 5,000 real users on T-Mobile or Orange at the same time. The inherent ambiguity of CGNAT is what makes mobile IPs so effective at defeating wallet clustering.

Datacenter IPs don't have this cover. When an IP resolves to an AWS or Hetzner ASN, protocol-side detection knows it's infrastructure, not a person. The risk score goes up immediately.

CryptoProxy runs physical LTE modems with real EU carrier SIMs. Each port gives you a dedicated 4G connection with a CGNAT pool of 50,000+ addresses per carrier. You rotate your IP via API call in 2 seconds or set auto-rotation on a configurable interval. Unlimited bandwidth, flat rate, no per-GB charges. Plans start at $11/day, $60/month, and you can pay with BTC, ETH, USDT, or 300+ other cryptocurrencies with no KYC. There's a free 1-hour trial if you want to test it before committing.

For a full breakdown of how to configure proxies for airdrop farming, or specifically for Galxe and Zealy quest platforms, those pages cover the setup in detail.

Configuration Stack for 50+ Wallet Profiles

Theory is fine, but here's an actual working stack for a 50-wallet airdrop farming operation targeting L2 protocols in 2026.

Step-by-Step Setup

1. Purchase proxy ports: Get 5 to 10 dedicated 4G mobile proxy ports from CryptoProxy. Set auto-rotation to 10–15 minutes or rotate manually between wallet sessions. Each port covers 5 to 10 wallet profiles with sufficient IP diversity.
2. Create GoLogin profiles: Generate 50 browser profiles in GoLogin. Let GoLogin auto-generate fingerprints from real device data. Do not reuse fingerprint presets across profiles.
3. Assign proxies to profiles: Assign each proxy port to a group of 5 wallet profiles. Never share one proxy port across profiles from different wallet groups. Document the mapping.
4. Configure MetaMask per profile: Install MetaMask as an extension inside each GoLogin profile. Use a unique seed phrase per profile. Never import the same seed phrase into two profiles.
5. Verify isolation before farming: Open each profile and check the IP at CryptoProxy's IP checker and run a DNS leak test to confirm no real IP is leaking.
6. Set timezone and language: Confirm each GoLogin profile's timezone matches the proxy IP's geolocation. Mismatched timezone is a detectable signal.
7. Farm with gaps: Don't run all 50 wallets simultaneously. Stagger activity in batches of 10 with time gaps. Identical transaction timestamps across wallets are a clustering signal.
8. Rotate IPs between wallet sessions: After each wallet's activity batch, rotate the proxy IP before switching to the next wallet in that group.

Key takeaway: The stack is GoLogin for fingerprint isolation, CryptoProxy 4G mobile proxies for IP diversity, MetaMask with unique seeds per profile, and staggered transaction timing. Any single weak link breaks the entire isolation.

Wrapping Up

The AdsPower vs GoLogin airdrop debate doesn't have a single answer for every farmer. GoLogin is the stronger choice for fingerprint isolation and cost efficiency at scale, which makes it the default recommendation for sybil-sensitive airdrop operations. AdsPower earns its place if you need built-in RPA automation and your team isn't comfortable with Puppeteer or Playwright. Either way, the browser is only one layer. The proxy underneath it determines whether your profiles get clustered at the IP level, and no anti-detect browser can fix a bad proxy setup.

Three things to take away: first, GoLogin's real-device fingerprint database makes it harder to cluster than AdsPower at high profile counts. Second, datacenter and even residential proxies leave you exposed compared to 4G mobile IPs on CGNAT. Third, your configuration discipline matters as much as your tools, because one mismatched timezone or one shared seed phrase breaks the entire farm. If you're ready to build a sybil-proof stack, start with the proxy layer. Get a free 1-hour trial of CryptoProxy 4G mobile proxies, pay with crypto, no KYC, and activate in under 60 seconds.