FluxLayer: High-Performance Design for Cross-chain Fragmented Liquidity

Autonomous Market Makers (AMMs) rely on arbitrage to facilitate passive price updates. Liquidity fragmentation poses a complex challenge across different blockchain networks. This paper proposes FluxLayer, a solution to mitigate fragmented liquidity and capture the maximum extractable value (MEV) in a cross-chain environment. FluxLayer is a three-layer framework that integrates a settlement layer, an intent layer, and an under-collateralised leverage lending vault mechanism. Our evaluation demonstrates that FluxLayer can effectively enhance cross-chain MEV by capturing more arbitrage opportunities, reducing costs, and improving overall liquidity.

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Publication Details

Published
2025-06-02
DOI
https://doi.org/10.1109/icbc64466.2025.11114656
Primary Topic
Social Sciences and Humanities
Type
article
Field-Weighted Citation Impact
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article

FluxLayer: High-Performance Design for Cross-chain Fragmented Liquidity

Social Sciences and Humanities
article

FluxLayer: High-Performance Design for Cross-chain Fragmented Liquidity

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Abstract

Autonomous Market Makers (AMMs) rely on arbitrage to facilitate passive price updates. Liquidity fragmentation poses a complex challenge across different blockchain networks. This paper proposes FluxLayer, a solution to mitigate fragmented liquidity and capture the maximum extractable value (MEV) in a cross-chain environment. FluxLayer is a three-layer framework that integrates a settlement layer, an intent layer, and an under-collateralised leverage lending vault mechanism. Our evaluation demonstrates that FluxLayer can effectively enhance cross-chain MEV by capturing more arbitrage opportunities, reducing costs, and improving overall liquidity.

University of Technology Sydney (AU), Commonwealth Scientific and Industrial Research Organisation (AU), Data61 (AU)
Openalex Percentile: Top 39%
Social Sciences and Humanities
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