Protocols increasingly implement sybil detection for incentive programs, flagging wallets that interact from shared IPs. DeFi reward programs, liquidity mining incentives, and governance token distributions now routinely analyze IP data to identify farmers running multiple wallets. Wallets flagged as sybil receive reduced or zero rewards, wasting the capital and time invested in yield farming.

RPC providers like Infura, Alchemy, and QuickNode log your IP and correlate it with every wallet address you interact with, exposing your entire farming portfolio to surveillance. This creates a comprehensive map of your positions, strategies, and capital allocation. This data can be accessed by analytics firms, exploited by competitors, or subpoenaed by authorities.

Geo-restricted DeFi protocols block access from certain jurisdictions, limiting your yield opportunities. Some protocols restrict frontend access based on IP geolocation to comply with regulations, meaning your local IP may prevent you from accessing the highest-yield opportunities on certain platforms.

Competitors and MEV bots monitoring your farming strategies through identifiable IP patterns can front-run your position changes, harvest before you do, or copy your strategies. When your IP is linked to a known whale or sophisticated farmer, every transaction you submit becomes a signal that others trade against.

RPC providers apply strict rate limits to datacenter traffic and may throttle or block API access. DeFi frontends often use Cloudflare protection that challenges datacenter IPs. Your farming operations are slowed down and potentially blocked entirely.

Shared residential pools create wallet correlation risks when multiple farmers' wallets share the same IP in RPC provider logs. Inconsistent connection quality can cause failed transactions or missed harvest windows.

Full, unrestricted DeFi access through all protocol frontends and RPC endpoints. No throttling or rate limiting. Clean carrier IPs protect multi-wallet strategies from correlation analysis. 99.9% uptime ensures you never miss harvest or rebalancing windows.

Setup Wallets

Assign dedicated proxies to wallet groups based on your farming strategy. Each group interacts with DeFi protocols through its own independent carrier IP. Use anti-detect browser profiles or configure wallet software to route through specific proxies. This ensures RPC providers log different IPs for each wallet group.

Access Protocols

Interact with Aave, Compound, Curve, Convex, and any DeFi protocol through carrier IPs with zero geo-restrictions or throttling. RPC calls route through the proxy, hiding your real IP from both the protocol frontend and the RPC provider. Access geo-restricted protocols that may block your local IP.

Farm Yields

Provide liquidity, stake tokens, and harvest rewards across multiple positions safely. Each wallet group operates through its own carrier IP, preventing correlation. Your farming strategy remains private because no single observer can see all your positions linked to one IP.

Protect Strategy

IP isolation prevents competitors, MEV bots, and analytics firms from mapping your farming portfolio. When your positions are spread across different carrier IPs, no one can calculate your total exposure or predict your next moves. This strategic privacy can directly protect your yields from copycat competition.

Multi-Position Farming

Run multiple yield farming positions with isolated IP identities per wallet group. No correlation between your positions in RPC provider logs or on-chain analytics. Each position appears as an independent farmer.

Strategy Protection

Your DeFi positions, farming strategies, and capital allocation are invisible to IP-based surveillance tools. Competitors cannot map your portfolio or front-run your position changes when your wallets operate from independent carrier IPs.

Protocol Access

Access geo-restricted DeFi protocols through EU carrier IPs. Polish carrier IPs bypass jurisdictional frontend blocks while maintaining full trust level with RPC providers and protocol smart contracts.

Reliable Connection

99.9% uptime on dedicated modem hardware ensures your farming positions are never interrupted by connection issues. Missed harvest windows or failed rebalancing transactions due to proxy downtime can be costly — our infrastructure is designed for always-on DeFi operations.

IP Rotation

Rotate IPs between farming sessions to break correlation between your wallet groups. Each rotation gives a fresh CGNAT address. Use sticky sessions for consistent identity during active farming periods, then rotate between sessions.

Automation Support

API-driven rotation integrates with DeFi automation scripts, yield optimization bots, and custom harvesting tools. Trigger rotation programmatically between wallet operations for automated multi-wallet farming workflows.

Mobile proxies provide IP isolation for multi-wallet farming strategies, which is essential for two main reasons. First, they prevent on-chain analytics and RPC providers from correlating your wallets through shared IP addresses, protecting your farming portfolio from surveillance and competitors. Second, they bypass geo-restrictions on DeFi protocol frontends that may block access from your jurisdiction. Additionally, carrier IPs receive full API rate allocations from RPC providers, ensuring your farming transactions execute without throttling.

No. DeFi protocol frontends see a regular carrier IP — the same type used by millions of mobile DeFi users worldwide. There is no proxy detection mechanism that can distinguish our 4G carrier IPs from organic mobile traffic. RPC providers like Infura and Alchemy also treat carrier IPs as standard residential traffic, providing full rate limits without enhanced monitoring.

Yes, more than enough. All proxies include unlimited bandwidth with no data caps or throttling. DeFi interactions are relatively lightweight — transaction signing, balance queries, price checks, and protocol interactions use minimal data compared to video streaming or large file transfers. Our 4G carrier connection handles all DeFi operations with zero throttling, including heavy users who run continuous monitoring scripts alongside their farming operations.

Yes. Our proxies support HTTP and SOCKS5 with API-driven IP rotation, compatible with any DeFi automation framework. Whether you use custom Python scripts with web3.py, Node.js bots with ethers.js, Gelato Network for automated harvesting, or any other automation tool, our proxies integrate seamlessly. Rotation via simple GET request makes it easy to build rotation into your automation logic between wallet operations.

Yes. The proxy routes your internet traffic (RPC calls, frontend interactions) without interfering with hardware wallet signing processes. You can use Ledger, Trezor, or any hardware wallet normally while routing DeFi protocol interactions through our proxy. Transaction signing happens locally on the hardware wallet, and only the signed transaction data is transmitted through the proxy to the network.