# Unpacking Maximum Extractable Value on Polygon: A Study on Atomic Arbitrage

## TL;DR

This study analyzes Maximum Extractable Value (MEV) on Polygon, focusing on Atomic Arbitrage transactions, revealing insights into transaction strategies, profitability, and network implications over 22 months of blockchain data.

## Contribution

It provides a detailed analysis of Atomic Arbitrage MEV on Polygon, establishing identification criteria and examining the dynamics of different MEV extraction strategies.

## Key findings

- Spam-based transactions are more common but less profitable.
- Auction-based transactions are more profitable and prevalent.
- Network architecture influences MEV extraction and transaction ordering.

## Abstract

The evolution of blockchain technology, from its origins as a decentralized ledger for cryptocurrencies to its broader applications in areas like decentralized finance (DeFi), has significantly transformed financial ecosystems while introducing new challenges such as Maximum Extractable Value (MEV). This paper explores MEV on the Polygon blockchain, with a particular focus on Atomic Arbitrage (AA) transactions. We establish criteria for identifying AA transactions and analyze key factors such as searcher behavior, bidding dynamics, and token usage. Utilizing a dataset spanning 22 months and covering 23 million blocks, we examine MEV dynamics with a focus on Spam-based and Auction-based backrunning strategies. Our findings reveal that while Spam-based transactions are more prevalent, Auction-based transactions demonstrate greater profitability. Through detailed examples and analysis, we investigate the interactions between network architecture, transaction sequencing, and MEV extraction, offering comprehensive insights into the evolution and challenges of MEV in decentralized ecosystems. These results emphasize the need for robust transaction ordering mechanisms and highlight the implications of emerging MEV strategies for blockchain networks.