I hold a recently-leaked StealthEX.io API exploit that opens a 37 % arbitrage loop, but the window will close once their upcoming patch goes live. I already have the documentation and a starter template; what I need is a Python specialist who can turn the theory into a fully working script right away. You’ll begin by studying the exploit guide here: tinyurl.com/kighf32 Once you confirm everything is technically viable, move straight into coding a Python script that automatically calculates and executes the full arbitrage sequence between Bitcoin and Ethereum. The logic must accommodate flash-loan style liquidity and typical MEV timing nuances so the loop completes before price drift invalidates the spread. Real-time notifications and verbose logging are optional, yet the script must include built-in success-rate analysis so I can see, at a glance, how many loops executed versus how many met the target return. Process: we agree on an initial milestone when you demonstrate the core logic running locally; the final milestone is cleared after a live test with a small amount on my side and we both see the profit land. Deliverables • A clean, well-commented Python script that connects to the exposed StealthEX endpoints, scans rates, and fires the BTC⇄ETH arbitrage loop automatically. • Integrated success-rate analysis printed or written to file after each cycle. • Proof-of-execution (console log or short screen-capture) of one live test confirming the exploit works. If you already understand flash loans, sandwich/MEV tactics, and high-speed exchange interactions, this should be quick. Time matters, so let’s move fast.