Architecture Overview

HyperSnipeX combines Rust’s performance with Python’s flexibility, creating a modular, scalable sniper bot for DeFi trading. Its architecture ensures sub-2ms transaction processing, robust security, and seamless multi-chain support.

Core Components

• Rust Core: Handles performance-critical tasks like transaction processing (transaction_processor.rs), mempool scanning (mempool_scanner.rs), and private node connections (private_node.rs).

• Python Logic: Manages strategies (strategy_config.py), presale monitoring (presale_monitor.py), and trading logic (stop_loss.py, arbitrage_scanner.py).

• WebSocket Integration: Uses WebSocket for low-latency communication with 80+ EVM-compatible networks.

• Modular Design: Configurable via config.py and CLI (cli_interface.py), with a web dashboard (web_interface.py) for user-friendly control.

Example: Transaction Processing

use ethers::signers::{LocalWallet, Signer};
use ethers::types::{TransactionRequest, H256};

async fn process_transaction(wallet: &LocalWallet, tx: TransactionRequest) -> Result<H256, Box<dyn std::error::Error>> {
    let signed_tx = wallet.sign_transaction(&tx).await?;
    Ok(signed_tx.hash())
}

This Rust snippet from transaction_processor.rs signs transactions in under 2ms, integrated with main.py for mempool sniping.