Ultra-Fast Solana Sniper Bot
Budget: $250 – $750 USD
I’m commissioning a custom sniper bot for Solana whose single most important metric is SPEED. The core trading logic has to react to on-chain events in real time, so polling is out of the question—everything must hinge on WebSocket program-log subscriptions.
Key capabilities I need built in:
• WebSocket-based detection for BOTH Pump.fun and Raydium liquidity pools as soon as they’re created.
• Flexible transaction submission that can switch between Jito bundled transactions with priority fees and direct sends through my private Helius or QuickNode RPC endpoints.
• Zero-delay execution path from detection to signed transaction; all signing happens locally, the bot never touches my seed phrase.
• Adjustable slippage and buy size, with optional take-profit / stop-loss logic.
• Written in Rust for maximum performance (highly optimized Node.js is acceptable if you can demonstrate equal or better latency).
When you reply, please outline:
1. Your precise strategy for spotting brand-new Pump.fun and Raydium pools over WebSocket.
2. How you will decide, per trade, whether to bundle through Jito or fire straight to the private RPC and how you’ll handle priority fees.
3. The end-to-end latency you expect to achieve in milliseconds under main-net load, and the hardware/network assumptions behind that figure.
4. Your total price and realistic delivery timeline, broken down by key milestones.
Deliverables I’ll accept the project on:
• Source code with clear build instructions and minimal external dependencies.
• A config file or CLI flags for slippage, buy size, TP/SL, RPC endpoints and keypair path.
• Demonstrated live trade on main-net hitting my latency target and filling inside the first block after pool creation.
• Short README covering setup and best practices.
I’m ready to move fast—if you can beat the latency, you win the job.
Key capabilities I need built in:
• WebSocket-based detection for BOTH Pump.fun and Raydium liquidity pools as soon as they’re created.
• Flexible transaction submission that can switch between Jito bundled transactions with priority fees and direct sends through my private Helius or QuickNode RPC endpoints.
• Zero-delay execution path from detection to signed transaction; all signing happens locally, the bot never touches my seed phrase.
• Adjustable slippage and buy size, with optional take-profit / stop-loss logic.
• Written in Rust for maximum performance (highly optimized Node.js is acceptable if you can demonstrate equal or better latency).
When you reply, please outline:
1. Your precise strategy for spotting brand-new Pump.fun and Raydium pools over WebSocket.
2. How you will decide, per trade, whether to bundle through Jito or fire straight to the private RPC and how you’ll handle priority fees.
3. The end-to-end latency you expect to achieve in milliseconds under main-net load, and the hardware/network assumptions behind that figure.
4. Your total price and realistic delivery timeline, broken down by key milestones.
Deliverables I’ll accept the project on:
• Source code with clear build instructions and minimal external dependencies.
• A config file or CLI flags for slippage, buy size, TP/SL, RPC endpoints and keypair path.
• Demonstrated live trade on main-net hitting my latency target and filling inside the first block after pool creation.
• Short README covering setup and best practices.
I’m ready to move fast—if you can beat the latency, you win the job.