{"repo":"Faraone-Dev/mev-engineering-stack","free":true,"listed":false,"github":"https://github.com/Faraone-Dev/mev-engineering-stack","clone":"git clone https://github.com/Faraone-Dev/mev-engineering-stack.git","description":"MEV Engineering Stack | Rust + Go + C + Solidity | Flashbots Integration | Low-Latency Mempool Analysis | DEX Arbitrage | High-Performance EVM Trading Infrastructure","language":"Solidity","stars":19,"topics":["blockchain","c","ethereum","evm","golang","low-latency","mev","rust","solidity","arbitrage"],"license":null,"category":"blockchain-web3","readme_excerpt":"MEV Engineering Stack — Low-Latency Execution Engine Low-latency, five-language MEV pipeline for real-time opportunity detection, simulation, and execution on Arbitrum. Designed and implemented as a solo project. --- Overview - ⚡ End-to-end pipeline: 600 ns per opportunity (sub-microsecond internal processing, excluding network latency) - 🧠 Five-language architecture: Go (network I/O), Rust (detection + simulation), C++ (AMM simulation kernel + path optimizer), C (SIMD hot paths), Solidity (on-chain execution) - 🔄 Fault-tolerant: graceful degradation across all layers — no panics, no silent failures - 📊 210+ tests (163 Rust unit + 23 Go + 24 Solidity), 7 benchmark groups, multi-producer C queue stress test (4M items, 9.6 Mops/s), real-time Prometheus dashboard - 🔍 Full execution stack: arbitrage, backrun, liquidation detection + AMM simulation kernel with ternary-search optimal sizing Focus: high-performance systems, lock-free concurrency, and cross-language execution depth — not trading strategies. Designed for deterministic sub-microsecond execution under concurrent load, with bounded latency and no blocking in the hot path. --- Why This Project Exists This project explores how far a single developer can push across five languages: - Low-latency system design — sub-microsecond processing pipeline with Criterion-verified benchmarks - Lock-free concurrency — CAS queues, atomic operations, zero-allocation hot paths at 40.7 ns/op - Multi-language architecture tradeoffs — gR","default_branch":null,"files":null,"tree":[],"storefront":"/r/Faraone-Dev","claimed":false,"request_supported":{"post":"https://gitbuyer.com/r/Faraone-Dev/mev-engineering-stack/request-supported","requests":0},"note":"indexed from public GitHub; nothing is for sale on this page. Clone it from GitHub. Paid listings live at /search."}