Solana Based MEV Sandwich + Arbitrage Bot
Budget: $30 – $250 USD
Sure! Here’s a single, clean prompt you can give to your developer that includes everything they need to understand and build the MEV sandwich + arbitrage bot for Solana using Jito—all in one message, no code:
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Prompt for Developer:
I want you to build a high-frequency MEV sandwich + DEX arbitrage trading bot on Solana, optimized for profit using Jito’s pre-confirmation infrastructure. This bot should detect large trades before they’re confirmed, simulate profitable sandwich opportunities, and bundle transactions using Jito Searcher infrastructure to front-run and back-run those trades. It should also perform cross-DEX arbitrage between Solana-based DEXs like Raydium, Orca, and Phoenix using Jupiter Aggregator for optimal routing.
The bot must:
• Monitor pre-confirmation trade activity using Helius or Jito
• Simulate price impact and profit potential for both sandwich and arbitrage scenarios
• Automatically construct and submit transaction bundles (front-run, victim, back-run) using Jito Searcher tools
• Integrate with Jupiter Aggregator to fetch real-time pricing and route trades
• Execute trades if profit exceeds a defined threshold (e.g., 0.01 SOL)
• Support arbitrage across multiple DEXs by comparing price discrepancies and routing accordingly
• Log all successful and failed trades with timestamp, profit, and txid
• Include safety measures like gas limits, slippage control, wallet balance checks, and optional Telegram/Discord alerts
Use either TypeScript or Rust—your choice based on performance tradeoffs. It must be hosted on a low-latency VPS close to a validator, and be compatible with Jito’s bundle relay. Wallet management, error handling, and performance optimization should be included. Optionally, add a backtesting module to test strategies on historical Solana data.
Please break this into core modules (mempool monitoring, trade simulation, transaction bundling, arbitrage execution, logging), and architect it for maintainability and speed. You will need a hot wallet with SOL, access to fast RPC (preferably Helius), and a Jito Searcher account. Let me know if you need those credentials or API keys.
⸻
This prompt gives them everything they need to start planning and building right away. Let me know if you want a version tailored specifically for TypeScript or Rust.
⸻
Prompt for Developer:
I want you to build a high-frequency MEV sandwich + DEX arbitrage trading bot on Solana, optimized for profit using Jito’s pre-confirmation infrastructure. This bot should detect large trades before they’re confirmed, simulate profitable sandwich opportunities, and bundle transactions using Jito Searcher infrastructure to front-run and back-run those trades. It should also perform cross-DEX arbitrage between Solana-based DEXs like Raydium, Orca, and Phoenix using Jupiter Aggregator for optimal routing.
The bot must:
• Monitor pre-confirmation trade activity using Helius or Jito
• Simulate price impact and profit potential for both sandwich and arbitrage scenarios
• Automatically construct and submit transaction bundles (front-run, victim, back-run) using Jito Searcher tools
• Integrate with Jupiter Aggregator to fetch real-time pricing and route trades
• Execute trades if profit exceeds a defined threshold (e.g., 0.01 SOL)
• Support arbitrage across multiple DEXs by comparing price discrepancies and routing accordingly
• Log all successful and failed trades with timestamp, profit, and txid
• Include safety measures like gas limits, slippage control, wallet balance checks, and optional Telegram/Discord alerts
Use either TypeScript or Rust—your choice based on performance tradeoffs. It must be hosted on a low-latency VPS close to a validator, and be compatible with Jito’s bundle relay. Wallet management, error handling, and performance optimization should be included. Optionally, add a backtesting module to test strategies on historical Solana data.
Please break this into core modules (mempool monitoring, trade simulation, transaction bundling, arbitrage execution, logging), and architect it for maintainability and speed. You will need a hot wallet with SOL, access to fast RPC (preferably Helius), and a Jito Searcher account. Let me know if you need those credentials or API keys.
⸻
This prompt gives them everything they need to start planning and building right away. Let me know if you want a version tailored specifically for TypeScript or Rust.