Cross-Chain Arbitrage Engine

Cross-Chain Arbitrage Engine MCP Connector for Claude

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Identify profitable arbitrage opportunities across chains using messaging protocols.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a deterministic engine for evaluating cross-chain arbitrage. It calculates spreads, net profits, and capital efficiency by accounting for messaging protocol fees, gas costs, and temporal price risks. Use calculate_arbitrage_signals to find viable trades, evaluate_risk_exposure to quantify volatility risk during message transit, and compare_strategies to decide between direct arbitrage or bridge-and-swap modes.

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3 tools expose this connector's capabilities to your AI agent.

compare_strategies

Compares the efficiency of "direct" vs "bridge_swap" modes

calculate_arbitrage_signals

Identifies profitable arbitrage opportunities based on current market data and protocol costs

evaluate_risk_exposure

Quantifies the potential loss due to price volatility during the message transit period

See how to talk to your AI agent using Cross-Chain Arbitrage Engine.

Find arbitrage opportunities between Ethereum and Arbitrum for a 100,000 USD position.

The most profitable opportunity is between Ethereum and Arbitrum using LayerZero, with a spread of 2.1% and an estimated net profit of $1,850.

Calculate the risk of a trade if the message takes 5 minutes to deliver with a volatility factor of 0.02.

The expected price deviation is 0.1% with an estimated loss of $200 for a $100,000 position.

Should I use direct arbitrage or bridge_swap for this market condition?

Based on current gas costs and messaging fees, bridge_swap is the more efficient mode due to significantly lower capital requirements.

You can use the `calculate_arbitrage_signals` tool to identify opportunities where the spread exceeds the combined costs of messaging, gas, and slippage.

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