sui-mev-detection-workflow

Detect real-time MEV opportunities on the Sui blockchain by parsing swap events.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/Ed1sonL1-byte/sui_arb --skill sui-mev-detection-workflow
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: sui-mev-detection-workflow
Source: https://github.com/Ed1sonL1-byte/sui_arb/tree/main/.claude/skills/sui-mev-detection-workflow
Command: npx skills add https://github.com/Ed1sonL1-byte/sui_arb --skill sui-mev-detection-workflow

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Developers need a complete blueprint for building real-time MEV detection systems on Sui, including event-driven collectors, swap-event parsers, and live opportunity discovery pipelines.

Core Features & Use Cases

  • Event-driven architecture (Collectors → Strategies → Executors) that ingests and processes on-chain events with low latency.
  • Swap-event detection across multiple AMMs using protocol-aware parsers and a unified perspective on opportunities.
  • Simulation-based validation and pre-execution state handling, enabling safe testing using a replay/DB-backed simulator and pre-bid state.
  • Priority queuing and parallel workers to quickly surface profitable arb opportunities and manage deduplication.

Quick Start

Run the full workflow against a patched Sui node to begin detecting MEV opportunities in real time.

Frequently Asked Questions about sui-mev-detection-workflow

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I detect real-time MEV opportunities on the Sui blockchain?

Detect real-time MEV opportunities on Sui by parsing swap events and coordinating event-driven collectors, strategies, and executors. This workflow provides an end-to-end pipeline from on-chain event ingestion to arbitrage decision-making and execution.

How does swap-event parsing work across multiple Sui AMMs?

Swap-event parsing across multiple Sui AMMs works using protocol-aware parsers that interpret transactions. This unified perspective aggregates liquidity events from various platforms to accurately surface profitable arbitrage opportunities.

Can I validate Sui arbitrage strategies using simulation before execution?

Validate Sui arbitrage strategies using simulation-based validation and pre-execution state handling. The workflow enables safe testing through a replay and DB-backed simulator, ensuring deterministic simulation for repeatable testing before live execution.

What is the best way to handle high-latency event ingestion for Sui MEV detection?

Handle high-latency event ingestion for Sui MEV detection using a modular engine with a priority ArbCache and multi-worker runtimes. This architecture quickly surfaces profitable arbitrage opportunities while managing deduplication.

Do I need a patched Sui node to run an MEV detection workflow?

Running the full MEV detection workflow requires a patched Sui node to ingest on-chain events with low latency. This setup supports the event-driven architecture needed to process auction feeds and pre-bid state handling.

Why should I use an event-driven architecture for Sui MEV extraction instead of polling?

An event-driven architecture for Sui MEV extraction minimizes latency by triggering collectors, strategies, and executors immediately upon swap events. This approach outpaces polling by capturing arbitrage opportunities instantly as they emerge.