Mempool watchers and MEV bots target transactions from identifiable IP addresses, front-running your swaps for profit. Sophisticated MEV operations run IP fingerprinting alongside mempool monitoring to build profiles of high-value traders. Once they identify your IP as belonging to a profitable trader, every transaction you submit becomes a priority target for sandwich attacks and front-running, costing you significant value on every swap.

RPC providers like Infura, Alchemy, and QuickNode log your IP address alongside every transaction and balance query you make, creating a comprehensive surveillance profile. This data links your IP to every wallet address you interact with, every token you check, and every swap you simulate. This profile can be exploited by MEV searchers who purchase or access RPC provider data, or it can be subpoenaed by authorities, creating a permanent record of your entire DeFi activity.

Token sniping from datacenter IPs gets throttled or blocked by DEX frontends and RPC endpoints that rate-limit server traffic. Uniswap, PancakeSwap, and other major DEX frontends use Cloudflare protection that specifically targets datacenter IP ranges, either blocking them entirely or serving CAPTCHA challenges that break automated sniping scripts. RPC providers also apply stricter rate limits to datacenter IPs compared to residential or mobile traffic.

Running multiple sniping bots without IP isolation leads to correlated transactions that appear as wash trading or market manipulation to on-chain surveillance tools. When multiple wallets submit similar transactions from the same IP within narrow time windows, blockchain analytics platforms flag this pattern. DEX aggregators and protocol teams increasingly monitor for this behavior and may blacklist associated wallets from rewards, governance, or even platform access.

Aggressively rate-limited by RPC providers like Infura and Alchemy, which apply 5-10x lower rate limits to datacenter IPs compared to residential traffic. DEX frontends serve Cloudflare challenges that break sniping scripts. Datacenter IPs are easy targets for mempool surveillance because they are identifiable as server infrastructure, making your transactions predictable targets for sandwich attacks.

Better than datacenter but shared residential proxy pools create identifiable patterns that MEV extractors can exploit. When a residential IP is used by multiple traders, the mixed transaction patterns become a fingerprint that MEV bots can track. Pool-based residential proxies also suffer from inconsistent latency and connection drops, which is fatal for time-sensitive sniping operations.

Carrier-grade IPs from T-Mobile, Orange, Play, and Plus bypass all rate limits because RPC providers and DEX frontends treat mobile carrier traffic identically to their regular user base. MEV watchers cannot build IP profiles on carrier IPs because thousands of legitimate users share the same CGNAT pool. Your transactions are indistinguishable from organic mobile DeFi traffic.

Setup Proxy

Configure your DEX tools, sniping bots (Maestro, Banana Gun, or custom scripts), or browser with your dedicated 4G proxy. Both HTTP and SOCKS5 protocols are supported for maximum compatibility. Point your RPC calls through the proxy to ensure all blockchain interactions route through the carrier IP. For browser-based trading, configure MetaMask or Rabby to connect through a proxy-enabled browser profile.

Route Traffic

All RPC calls to Infura, Alchemy, QuickNode, and DEX frontend interactions route through your carrier IP, completely hiding your real location and identity from RPC providers and mempool watchers. The carrier IP blends your traffic into the massive pool of legitimate mobile DeFi users, making your transactions indistinguishable from organic activity. For full-system routing, use our OpenVPN or Xray protocol options.

Execute Trades

Swap, snipe new token launches, and provide liquidity on Uniswap, Jupiter, PancakeSwap, SushiSwap, 1inch, and any other DEX with the trust level of a regular mobile user. Your transactions are not throttled, not rate-limited, and not prioritized by MEV bots that specifically target identifiable server traffic. For sniping operations, our sub-100ms latency to major RPC endpoints provides competitive execution speed.

Rotate Between Trades

Get a fresh carrier IP between trading sessions with our 2-second rotation. This breaks any correlation between your transactions — an observer monitoring the mempool or blockchain cannot link your morning trades to your afternoon trades because they appear to come from completely different mobile users. For automated strategies, trigger rotation via API call between wallet operations or trading sessions.

MEV Protection

Carrier IPs make it extremely difficult for mempool watchers to identify and target your pending transactions. MEV bots that rely on IP profiling to find high-value traders cannot build profiles on carrier IPs because they are shared by thousands of legitimate users through CGNAT. This significantly reduces your exposure to sandwich attacks and front-running on every swap.

Low Latency

European carrier infrastructure from T-Mobile, Orange, Play, and Plus delivers sub-100ms latency to major RPC endpoints including Infura, Alchemy, and QuickNode. This is critical for competitive token sniping where milliseconds determine success or failure. The carrier network adds minimal overhead compared to direct connections, keeping your execution speed competitive.

IP Rotation

Fresh carrier IP between trades with 2-second rotation, unlimited rotations included. Each rotation breaks the transaction correlation chain and assigns a completely new CGNAT address. Trigger rotation via dashboard, URL, or API — integrate directly into your sniping bot logic to automatically rotate between operations for maximum privacy.

Bot Compatible

Works with any sniping bot (Maestro, Banana Gun, custom scripts), trading framework, or DEX aggregator. SOCKS5 provides full TCP support for WebSocket connections to RPC endpoints. HTTP proxy mode works with all browser-based DEX trading. OpenVPN and Xray protocols available for routing all system traffic when running multiple tools simultaneously.

No Rate Limits

Carrier IPs are not rate-limited by RPC providers or DEX frontends because they are treated as legitimate mobile user traffic. While datacenter IPs face 5-10x lower rate limits on Infura and Alchemy, carrier IPs receive the full default rate allocation. Trade, query, and snipe without hitting arbitrary request limits that slow down your operations.

Transaction Privacy

Zero-log infrastructure means your trading patterns, wallet addresses, and token interactions are never recorded on our systems. Combined with carrier IP anonymity, your DEX trading activity is protected from both RPC provider surveillance and on-chain analytics firms that attempt to link IP data with wallet addresses.

Yes, significantly. MEV bots use multiple strategies to identify and target profitable traders, and IP-based profiling is one of the most common. Sophisticated MEV operations monitor RPC provider traffic to build profiles of high-value traders based on their IP addresses, transaction patterns, and wallet balances. By routing through a 4G carrier IP, your transactions appear as regular mobile user activity from a pool shared by thousands of people. This makes it dramatically harder for MEV extractors to single you out for sandwich attacks or front-running. While on-chain MEV protection (like private mempools) addresses a different attack vector, IP-level privacy is an essential complementary defense.

Absolutely. Our proxies support both HTTP and SOCKS5 protocols, which are compatible with all major sniping bots including Maestro, Banana Gun, and any custom bot framework. The low latency from our European carrier infrastructure (sub-100ms to major RPC endpoints) is ideal for time-sensitive sniping operations where speed determines success. SOCKS5 support ensures full TCP compatibility for WebSocket connections to streaming RPC data. Many of our users run dedicated sniping setups with one proxy per bot instance, rotating IP between launches to prevent any cross-correlation between their sniping wallets.

No. DEX frontends like Uniswap, PancakeSwap, Jupiter, and SushiSwap use Cloudflare and similar protection services that specifically target datacenter and known proxy IP ranges. Mobile carrier IPs are treated as regular user traffic because blocking them would mean blocking the millions of legitimate mobile users who access these DEXs daily. Your carrier IP receives the exact same access, speed, and rate limits as any mobile phone user browsing the DEX from their phone. This is a fundamental architectural advantage of carrier IPs over datacenter or even residential proxies.

Each rotation gives you a new carrier IP from the CGNAT pool with zero technical connection to your previous IP. This breaks the correlation chain in multiple ways: an observer monitoring RPC provider logs cannot link your morning trades to your afternoon trades because they appear to come from different mobile users. On-chain analytics tools that attempt to correlate IP data with wallet addresses get fragmented data that cannot be stitched together. For traders who operate multiple wallets, rotating between wallet sessions ensures each wallet builds an independent IP history that appears organic.

Our European 4G carrier infrastructure delivers sub-100ms latency to major RPC endpoints including Infura, Alchemy, QuickNode, and Ankr. The carrier network adds approximately 15-30ms of overhead compared to direct connections, which is negligible for most sniping strategies. For context, network latency on the blockchain side (block propagation, mempool relay) typically adds 200-500ms of inherent delay, making the proxy overhead a small fraction of total execution time. For the most latency-sensitive operations, use our SOCKS5 protocol which has slightly lower overhead than HTTP.

You can, but for best results we recommend separate proxies for separate trading strategies or wallet groups. This prevents any correlation between your different bots' transaction patterns and ensures each strategy operates with a completely independent IP identity. If an RPC provider or on-chain analytics tool ever flags one bot's activity, your other operations remain completely isolated. For budget-conscious setups, rotating IP between bot sessions on a single proxy is a reasonable alternative for lower-risk operations.