Anti-Detect Browser + Proxy Setup for Crypto

What Is an Anti-Detect Browser and Why Crypto Users Need One

An anti-detect browser is a specialized Chromium or Firefox-based browser designed to create isolated browsing profiles, each emitting a unique digital fingerprint. Unlike standard browsers like Chrome or Firefox — where every tab, window, and session shares the same cookies, cache, canvas rendering, WebGL context, and hardware identifiers — an anti-detect browser ensures each profile appears as a completely different device to websites and analytics services.

For crypto operations, this capability is essential. Modern exchanges (Binance, Bybit, OKX), DeFi protocols, and airdrop distribution systems analyze browser fingerprints alongside IP addresses to detect multi-accounting and sybil behavior. A browser fingerprint is a composite of dozens of signals: how your GPU renders a canvas element (canvas hash), the exact GPU model reported by WebGL (WebGL renderer string), your screen resolution and color depth, installed fonts, browser plugins, timezone, language settings, platform (Windows/Mac/Linux), audio context fingerprint, and even subtle timing differences in how your CPU processes JavaScript.

This composite fingerprint is nearly unique — studies by the EFF's Panopticlick project found that 83.6% of browsers have a unique fingerprint, and that number rises to 94.2% when Flash or Java plugins are included. This means that even if you use a different proxy for each wallet, visiting a dApp from the same regular browser creates a direct link between all sessions.

The practical implication: if you interact with Uniswap from Wallet A on Monday and Wallet B on Tuesday using different CryptoProxy mobile IPs but the same Chrome browser, the dApp's analytics can determine that both sessions came from the same device. The IP changed but the fingerprint is identical. Anti-sybil tools from Nansen and Trusta Labs cross-reference these signals — matching fingerprints across different IPs is strong evidence of sybil behavior.

An anti-detect browser solves this by generating a unique, internally consistent fingerprint for each profile. The canvas hash, WebGL renderer, audio context, and all other signals are spoofed per profile, making each one appear as a genuinely different device. Combined with a dedicated CryptoProxy mobile proxy per profile, each wallet identity has both a unique IP and a unique device fingerprint — the two primary detection vectors are neutralized.

Comparing Anti-Detect Browsers: Features and Pricing

The four leading anti-detect browsers for crypto operations are AdsPower, GoLogin, Multilogin, and Dolphin Anty. Choosing the right one depends on your farm size, budget, and required automation capabilities.

AdsPower is arguably the most popular choice in the crypto farming community. It offers a free plan with 2 browser profiles, which is enough for testing. Paid plans start at around $5.4/month per profile on the team plan. AdsPower's standout feature is its built-in RPA (Robotic Process Automation) system and Local API for programmatic profile management. You can create automation scripts that launch profiles, navigate to URLs, interact with elements, and close profiles — all through an API. For farms with 20+ wallets, this automation capability is invaluable. AdsPower supports both SunBrowser (Chromium) and FlowerBrowser (Firefox) cores, and has excellent proxy integration with one-click proxy testing.

GoLogin provides the best entry point for newcomers. Its free plan includes 3 browser profiles with full proxy support. The interface is clean and intuitive — you can configure a proxy and launch a profile in under 2 minutes. GoLogin generates high-quality fingerprints with strong uniqueness scores on browserleaks.com. Paid plans are competitively priced, and GoLogin offers a cloud-based option where profiles run on GoLogin's servers, though for crypto operations you should always run profiles locally for security. GoLogin is ideal if you have 5-15 wallets and do not need advanced automation.

Multilogin is the industry leader in fingerprint emulation quality and has the longest track record. It offers two browser cores: Mimic (Chromium-based with the most accurate Chrome fingerprint emulation) and Stealthfox (Firefox-based, which provides an entirely different browser engine fingerprint). The dual-engine approach is powerful — if a detection system is specifically targeting Chromium-based anti-detect browsers, you can use Stealthfox profiles to avoid that detection vector. Multilogin is the most expensive option (plans start around EUR 29/month for 10 profiles), but the fingerprint quality justifies the cost for high-value operations. Use Multilogin when farming airdrops worth $5,000+ per wallet.

Dolphin Anty offers the most generous free tier: 10 browser profiles at no cost. This makes it excellent for testing larger farm configurations before committing to a paid subscription. Dolphin Anty has a strong community in Eastern European crypto circles and integrates well with automation frameworks. The fingerprint quality is solid, though slightly below Multilogin's level. For budget-conscious farmers managing 10-30 wallets, Dolphin Anty's free tier combined with CryptoProxy mobile proxies provides a very cost-effective setup.

AdsPower Setup with CryptoProxy — Step by Step

AdsPower is the recommended anti-detect browser for most CryptoProxy users due to its balance of features, pricing, and automation capabilities. Here is the complete setup process.

Step 1 — Download and install AdsPower from the official website (adspower.com). Create an account and log in. The free plan includes 2 profiles, which is enough to verify your setup works before upgrading.

Step 2 — Click 'New Profile' in the top toolbar. Give the profile a descriptive name following a consistent naming convention. For example: 'Farm_Wallet_01_zkSync' or 'Identity_A_Starknet.' A clear naming convention prevents confusion when managing dozens of profiles.

Step 3 — In the profile creation dialog, navigate to the 'Proxy Settings' section. Select the proxy type as SOCKS5. Enter your CryptoProxy credentials: - Proxy Host: the hostname or IP address shown in your CryptoProxy dashboard - Proxy Port: the SOCKS5 port number assigned to your proxy - Proxy Login: your proxy username - Proxy Password: your proxy password

Step 4 — Click 'Check Proxy' to verify the connection. AdsPower will connect through the proxy and report the detected IP address, country (Poland), and connection status. The IP should belong to a Polish mobile carrier (T-Mobile Polska, Orange Polska, P4/Play, or Polkomtel/Plus). If the check fails, verify your credentials and ensure the SOCKS5 port is correct (not the HTTP port).

Step 5 — Configure the fingerprint settings. Under 'Basic Settings,' set: - Operating System: Windows 10 or Windows 11 (most common globally) - Browser Core: SunBrowser (Chromium) is recommended for DeFi interactions - User Agent: let AdsPower auto-generate a consistent UA string

Step 6 — Under 'Advanced Settings,' configure: - Screen Resolution: choose 1920x1080 or 1366x768 (the two most common) - Timezone: select Europe/Warsaw (Auto from IP also works with Polish IPs) - Language: set to pl-PL,pl,en-US,en (matches Polish IP geolocation) - WebRTC: set to 'Disabled' or 'Replace' to prevent IP leaks - Geolocation: set to 'Ask' or 'Block' to prevent GPS-based tracking - Canvas: set to 'Noise' (adds subtle random noise to canvas rendering) - WebGL: set to 'Noise' (randomizes WebGL metadata)

Step 7 — Save the profile and click 'Open' to launch it. The profile opens in its own isolated browser instance with the configured proxy and fingerprint.

Step 8 — Inside the launched profile, visit pixelscan.net to verify your setup. Check that the IP shows a Polish mobile carrier, the fingerprint is unique, and there are no WebRTC leaks or timezone mismatches. Everything should show green checkmarks.

GoLogin Setup with CryptoProxy — Step by Step

GoLogin provides the simplest setup experience among the major anti-detect browsers. It is ideal for users with fewer than 15 profiles who prioritize ease of use over advanced automation.

Step 1 — Download GoLogin from gologin.com and create an account. The free plan includes 3 profiles with full functionality. Install and launch the application.

Step 2 — Click 'Create Profile' or the '+' button. Enter a profile name using a consistent naming convention (e.g., 'CryptoProxy_Wallet_01').

Step 3 — In the profile settings, locate the 'Proxy' section. Click 'Add Proxy' or the proxy configuration icon. Select the connection type as SOCKS5 from the dropdown menu.

Step 4 — Enter your CryptoProxy credentials in the proxy fields: - Host: your proxy hostname from the CryptoProxy dashboard - Port: your assigned SOCKS5 port - Username: your proxy authentication username - Password: your proxy authentication password

Step 5 — Click 'Check Proxy' to verify. GoLogin will test the connection and display the detected IP address and country. Confirm the IP belongs to a Polish mobile carrier. GoLogin also shows the IP's approximate geolocation on a map — it should point to Poland.

Step 6 — Configure the profile's fingerprint settings. GoLogin provides a 'Quick' mode that auto-generates a consistent fingerprint, and a 'Custom' mode for manual control. For crypto operations, use Custom mode: - OS: Windows 10 or macOS (choose one and stick with it for this identity) - Screen: 1920x1080 or another common resolution - Timezone: Europe/Warsaw - Language: pl-PL or en-US - WebRTC: Public IP only (prevents local IP leak) - Canvas: Hardware noise (GoLogin's recommended setting) - Fonts: Use the default randomized font set

Step 7 — Under the 'Extensions' tab, you can pre-install browser extensions like MetaMask. GoLogin allows you to add Chrome extensions by providing the extension ID. For MetaMask, add the extension and it will be installed when the profile launches. This saves time compared to manually installing MetaMask in each profile after launch.

Step 8 — Save the profile and click 'Run.' The profile opens in an isolated browser window. Navigate to pixelscan.net to verify that the IP, fingerprint, and geolocation are all correct and consistent.

Step 9 — For additional verification, visit browserleaks.com/canvas and check the canvas hash. Launch a second profile and compare — the canvas hashes should be different, confirming each profile has a unique canvas fingerprint.

GoLogin Tip: Use the 'Profile Transfer' feature to export and back up your profiles. If you need to move to a new machine, you can import the profiles with all settings including proxy configurations and installed extensions. This is critical for continuity — you do not want to lose profile configurations that are associated with active wallet identities.

Multilogin Setup with CryptoProxy — Step by Step

Multilogin is the premium choice for high-stakes crypto operations. Its Mimic and Stealthfox browser cores produce the highest quality fingerprint spoofing available, and its architecture is designed for maximum isolation between profiles.

Step 1 — Subscribe to Multilogin and download the application from multilogin.com. Multilogin does not offer a free plan — the Solo plan starts at approximately EUR 29/month for 10 profiles. Install and log in.

Step 2 — Click 'Create New Profile.' Choose your browser core: - Mimic: Chromium-based, recommended for most DeFi and exchange interactions. Mimic emulates real Chrome behavior more accurately than any other anti-detect browser. - Stealthfox: Firefox-based, useful when you want to diversify your browser engine fingerprints. If all your profiles use Chromium, switching some to Stealthfox adds another layer of uniqueness.

Step 3 — In the 'Proxy' section of the profile settings, select the protocol as SOCKS5. Enter your CryptoProxy credentials: - Address: proxy host from your CryptoProxy dashboard - Port: SOCKS5 port number - Login: proxy username - Password: proxy password

Step 4 — Click 'Check Proxy' (the green checkmark icon). Multilogin will verify the connection and display the IP, country, city, and ISP. Verify it shows a Polish mobile carrier. Multilogin's proxy check is thorough — it also verifies that DNS resolution works correctly through the proxy.

Step 5 — Configure the fingerprint parameters. Multilogin's strength is in its fingerprint generation engine: - Navigator: set OS to Windows 10/11 or macOS. The navigator section controls the user agent, platform, and hardware concurrency values. - Screen: select a common resolution. Multilogin includes a database of the most common screen configurations globally. - Timezone: set to 'Fill based on external IP' — Multilogin will automatically detect the timezone from your CryptoProxy IP's geolocation. - Language: set to 'Fill based on external IP' or manually set to 'pl-PL,pl,en-US,en.' - WebRTC: set to 'Disabled' or 'Mask' (replaces your real IP with the proxy IP in WebRTC). - Canvas: set to 'Noise' — Multilogin injects mathematically randomized noise into canvas rendering that is consistent within a single profile session but unique across profiles. - WebGL: set to 'Noise' — similar noise injection for WebGL metadata. - Audio: set to 'Noise' — randomizes the audio context fingerprint. - Geolocation: set to 'Block' or 'Custom' with coordinates matching Warsaw, Poland.

Step 6 — Under 'Storage,' ensure that profile data (cookies, local storage, IndexedDB) is saved to Multilogin's encrypted cloud storage. This allows you to resume sessions with all cookies and login states intact — essential for maintaining consistent wallet identities over weeks and months.

Step 7 — Save and launch the profile. Verify at pixelscan.net and browserleaks.com. Then install MetaMask, create or import your wallet, and you are ready for isolated crypto operations through your CryptoProxy mobile proxy.

Dolphin Anty Setup with CryptoProxy — Step by Step

Dolphin Anty is the most budget-friendly option, offering 10 free profiles — the most generous free tier among major anti-detect browsers. It is particularly popular among Eastern European crypto farming communities and has robust proxy integration.

Step 1 — Download Dolphin Anty from dolphin-anty.com. Create an account and log in. The free plan includes 10 browser profiles, which is enough to run a meaningful airdrop farm without any upfront browser subscription cost.

Step 2 — Click 'Create Profile' in the main dashboard. Enter a profile name. Dolphin Anty supports tags and groups — use these to organize profiles by protocol (e.g., tag: 'zkSync', group: 'Farm Batch 1'). This organizational capability becomes essential when managing many profiles.

Step 3 — In the proxy settings section, click 'New Proxy' to add your CryptoProxy credentials: - Type: SOCKS5 - Host: your CryptoProxy proxy host - Port: your SOCKS5 port - Login: proxy username - Password: proxy password - Name: give the proxy a descriptive name (e.g., 'CryptoProxy_Modem_7')

Step 4 — Click 'Check Proxy.' Dolphin Anty will verify the connection and display the IP, country (PL), and ISP. The ISP should show one of the Polish mobile carriers: T-Mobile Polska, Orange Polska, P4 (Play), or Polkomtel (Plus).

Step 5 — Configure fingerprint parameters: - OS: Windows 10 or Windows 11 - Browser: Chromium-based (Dolphin Anty's default) - Screen Resolution: 1920x1080 (recommended) or 1366x768 - Timezone: Europe/Warsaw (or set to 'Based on IP') - Languages: pl-PL,pl,en-US,en - WebRTC: Real (Dolphin Anty replaces the IP shown in WebRTC with the proxy IP automatically when this is set to 'Real') - Canvas: Noise - WebGL: set to 'Random' (Dolphin Anty generates a random but realistic WebGL renderer string) - Fonts: Randomize (Dolphin Anty will select a random subset of system fonts)

Step 6 — Dolphin Anty has a unique feature: the 'Notes' field per profile. Use this to record which wallet address is associated with this profile, which protocols you have interacted with, and any important dates. This in-app note system is more convenient than maintaining a separate spreadsheet for small to medium farms.

Step 7 — Save the profile and click 'Start' to launch. The browser opens in an isolated instance. Visit pixelscan.net to verify the IP, fingerprint, and consistency.

Step 8 — Dolphin Anty supports mass proxy import via CSV. If you purchase multiple CryptoProxy proxies, you can export your proxy list as a CSV file and import all proxies into Dolphin Anty at once, then create profiles in bulk and assign one proxy per profile. This workflow is significantly faster than manual configuration for large farm setups.

Dolphin Anty also integrates with automation tools through its API. You can programmatically start and stop profiles, which is useful for scheduled farming sessions.

HTTP vs SOCKS5 vs OpenVPN — Choosing the Right Protocol

CryptoProxy supports multiple connection protocols, and choosing the right one affects your setup's reliability, compatibility, and security. Understanding the differences is important for optimal configuration.

SOCKS5 Protocol: This is the recommended protocol for anti-detect browser profiles used in crypto operations. SOCKS5 operates at the session layer (Layer 5) of the OSI model and can handle any TCP traffic — HTTP, HTTPS, WebSocket, and custom TCP protocols. This versatility is critical because crypto interactions involve multiple protocol types:

- Standard HTTPS requests when loading dApp frontends - WebSocket connections for real-time price feeds and transaction monitoring - MetaMask's RPC calls to Infura/Alchemy (which use HTTPS but can behave differently from standard web requests) - Custom TCP connections from some blockchain tools

SOCKS5 passes all of these without modification. It also supports UDP in theory (SOCKS5 specification includes UDP ASSOCIATE), though most anti-detect browsers only use the TCP capabilities. Importantly, SOCKS5 does not inject any proxy-specific headers into HTTP requests (unlike HTTP proxies, which may add X-Forwarded-For or Via headers). This makes SOCKS5 cleaner from a fingerprinting perspective.

HTTP/HTTPS Protocol: CryptoProxy also provides HTTP proxy ports. HTTP proxies are simpler to configure and work well for basic web browsing. However, they have limitations for crypto operations: they only handle HTTP/HTTPS traffic, which means WebSocket connections may fail or bypass the proxy depending on the browser's implementation. Some anti-detect browsers handle WebSocket-over-HTTP-proxy correctly, but SOCKS5 is universally more reliable for this. HTTP proxies may also add headers that are detectable (though CryptoProxy's HTTP proxies are configured to minimize this).

OpenVPN: This protocol creates a full VPN tunnel, routing all system traffic through the proxy. Each CryptoProxy modem provides OpenVPN configuration files that you can import into any OpenVPN client. The advantage is system-wide coverage — every application, DNS query, and background process routes through the proxy. The disadvantage is that you can only run one OpenVPN connection per system (or per virtual machine). For multi-wallet setups, you would need separate VMs, each with its own OpenVPN connection to a different CryptoProxy modem. This approach is more resource-intensive but provides the strongest isolation.

Xray Protocol: An advanced option for users who need traffic obfuscation. Xray disguises proxy traffic as standard HTTPS traffic, making it undetectable by deep packet inspection (DPI). This is primarily useful in restricted network environments. For most crypto operations from a standard home or office connection, SOCKS5 is sufficient.

Recommendation: Use SOCKS5 for all anti-detect browser profiles. It is the most versatile, most compatible, and cleanest protocol for crypto operations. Reserve OpenVPN for situations where you need system-wide proxy coverage (e.g., dedicated VMs for high-value wallet identities). Use HTTP only as a fallback if SOCKS5 is not supported by a specific tool.

Comprehensive Setup Verification and Testing

After configuring your anti-detect browser profile with a CryptoProxy SOCKS5 proxy, thorough verification is essential. A misconfigured profile that leaks your real IP or has fingerprint inconsistencies is worse than no proxy at all — it creates a false sense of security.

Test 1 — IP Verification (pixelscan.net): This is the primary verification site. Visit pixelscan.net from within your launched browser profile. Check the following: - IP Address: should show a Polish IP, not your real IP - ISP: should show T-Mobile Polska, Orange Polska, P4 (Play), or Polkomtel (Plus) - IP Type: should show 'Mobile/Cellular' — this is critical. If it shows 'Datacenter' or 'Hosting,' the IP is not a mobile carrier IP - Country: PL (Poland) - Timezone match: the detected timezone should match the timezone configured in your browser profile (Europe/Warsaw)

Test 2 — Fingerprint Uniqueness (browserleaks.com): Visit browserleaks.com from the profile and check each fingerprint component: - Canvas fingerprint: note the hash value. Launch a second profile and compare — the hashes must be different - WebGL report: the renderer and vendor should differ between profiles - Audio fingerprint: should be unique per profile - Font detection: the detected font list should vary between profiles - If any fingerprint component is identical across two profiles, reconfigure the fingerprint settings in your anti-detect browser

Test 3 — WebRTC Leak (browserleaks.com/webrtc): This is critical. WebRTC can leak your real local and public IP even when using a proxy. The page should show either: - No IP detected (WebRTC disabled), or - Only the proxy IP (WebRTC masked/replaced) - If your real IP appears here, immediately fix the WebRTC setting in your profile to 'Disabled' or 'Replace'

Test 4 — DNS Leak (dnsleaktest.com): Run the extended test. The DNS servers should be the proxy's DNS servers or Polish DNS servers — not your local ISP's DNS. If your local DNS servers appear, DNS resolution is bypassing the proxy. Fix this in the browser profile's DNS settings.

Test 5 — Fraud Score (ipqualityscore.com): Enter your proxy IP and check the fraud score. Mobile carrier IPs typically score 0-15% fraud risk. A score above 50% suggests the IP may be flagged or is not a genuine mobile carrier IP. CryptoProxy's dedicated mobile IPs consistently score below 10%.

Test 6 — Timezone Consistency: Visit whatismytimezone.com and verify the timezone matches Europe/Warsaw (or the timezone set in your profile). A mismatch between IP geolocation timezone and browser-reported timezone is a detectable inconsistency.

Test 7 — Cross-Profile Isolation: Open two different profiles simultaneously. In each, visit browserleaks.com. Compare every fingerprint metric. Nothing should match between the two profiles — different IPs, different canvas hashes, different WebGL renderers, different font lists, different audio fingerprints.

Document the results of each test for each profile. If any test fails, fix the issue before using the profile for crypto operations.

Managing Multiple Profiles at Scale

Managing 10, 20, or 50+ anti-detect browser profiles requires organizational discipline. Without a system, you will inevitably mix up proxies, use the wrong profile for a wallet, or create accidental correlations between identities.

Profile Naming Convention: Establish a consistent naming system from day one. A recommended format is: [Farm]_[Wallet#]_[Protocol]_[ProxyID]. Example: 'Farm1_W03_zkSync_Proxy7.' This immediately tells you which wallet, which protocol focus, and which proxy are associated with the profile.

Proxy Assignment: Create a mapping document that records which CryptoProxy proxy is assigned to which browser profile. Never reassign proxies between profiles — once Proxy 7 is assigned to Wallet 03, it stays with Wallet 03 for the entire farming period. Reassigning proxies creates IP history overlaps that could link previously separate wallet identities.

Profile Backups: Regularly export and back up your browser profiles. Anti-detect browsers store profile data (cookies, local storage, MetaMask vault) locally or in their cloud. If your machine fails, you need to restore profiles with their exact state — including MetaMask login sessions, dApp approvals, and cookie histories. Each browser has its own backup mechanism: - AdsPower: cloud sync is automatic for paid plans - GoLogin: export profiles as .zip files - Multilogin: cloud storage is built into all plans - Dolphin Anty: export profiles through the dashboard

Resource Management: Each running anti-detect browser profile consumes 300-800MB of RAM. Running 20 profiles simultaneously requires 6-16GB of RAM. For large farms, launch profiles in batches (5-10 at a time), complete the farming sessions, close them, then launch the next batch. CryptoProxy's proxies remain active and ready to connect even when the browser profile is closed.

Session Logging: Maintain a log of every farming session: date, profile used, proxy IP (check at session start), actions performed, and any issues encountered. This log is your audit trail. If a wallet gets flagged months later, you can review the session history to identify what went wrong. Use a spreadsheet with columns: Date, Profile, Proxy ID, IP Address, Protocol, Actions, Duration, Notes.

Security: Never share anti-detect browser accounts with untrusted parties. Your browser profiles contain MetaMask vault data (encrypted seed phrases), session cookies, and proxy credentials. Treat your anti-detect browser account with the same security you apply to a crypto exchange account — strong password, two-factor authentication, and no sharing.

Troubleshooting Common Proxy and Browser Issues

Even with careful setup, issues can arise. Here are the most common problems and their solutions.

Problem: 'Proxy check failed' in the anti-detect browser. Causes and solutions: - Wrong port number: ensure you are using the SOCKS5 port, not the HTTP port. CryptoProxy assigns different ports for different protocols. - Wrong protocol selected: verify SOCKS5 is selected, not HTTP or HTTPS. - Incorrect credentials: copy-paste the username and password from the CryptoProxy dashboard to avoid typos. Watch for trailing spaces. - Proxy expired: check your CryptoProxy dashboard to confirm the proxy subscription is active. - Firewall blocking: some corporate or university networks block outbound SOCKS5 connections. Try the HTTP port or Xray protocol instead.

Problem: WebRTC is leaking your real IP. Solution: In your anti-detect browser profile settings, set WebRTC to 'Disabled' or 'Replace/Mask.' After changing, re-verify at browserleaks.com/webrtc. In AdsPower, this setting is under Advanced > WebRTC. In GoLogin, it is under Proxy > WebRTC settings.

Problem: Timezone mismatch detected by pixelscan.net. Solution: Set the timezone in your browser profile to Europe/Warsaw. Most anti-detect browsers have a 'Fill from proxy IP' option — enable it. If the mismatch persists, manually set the timezone to 'Europe/Warsaw' and the UTC offset to +01:00 (winter) or +02:00 (summer).

Problem: dApp or exchange shows 'suspicious activity' or requests additional verification. Possible causes: - The IP may be on a temporary blocklist from previous users. Rotate the IP via CryptoProxy dashboard and retry. - The browser fingerprint may have an inconsistency. Re-verify the full fingerprint at browserleaks.com. - The exchange may be responding to behavioral signals (too many logins, unusual trading patterns) rather than proxy/fingerprint issues.

Problem: Slow connection or frequent timeouts. Solutions: - Mobile proxy speeds vary with carrier load. CryptoProxy modems connect via 4G LTE, which provides 10-50 Mbps typically. Speeds can drop during peak hours. - If consistently slow, try rotating to a new IP — sometimes a specific carrier IP is on a congested cell tower. - Use SOCKS5 instead of HTTP — SOCKS5 has less overhead. - Reduce the number of simultaneously running profiles — each open profile maintains an active proxy connection.

Problem: MetaMask shows 'RPC error' or cannot connect to the network. Solution: This is usually a DNS or connectivity issue through the proxy. Try changing the RPC endpoint in MetaMask to a different provider (switch from Infura to Alchemy or Ankr). Also verify the proxy is connected by checking pixelscan.net in the same profile. If the proxy connection dropped, reconnect or rotate the IP.