Java Bridge Documentation
  • Introduction
    • Java Bridge: Next-Gen Cross-Chain Platform
    • Solving Cross-Chain Transaction Challenges
    • Key Features
    • How we achieve cross-chain capability
  • Luwak AI: The Cyberpunk Raccoon Assistant
    • Key Capabilities
  • Technology Stack
  • Getting Started
    • Usage Guide
    • Use Case & Implementation
  • About & Documentation
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  1. Introduction

How we achieve cross-chain capability

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Last updated 18 days ago

We use the OpenIntent framework () to achieve cross-chain capability. For the hackathon, we created a custom contract and solver. For production-ready deployments, you should use .

The flow is as follows:

  1. The user wants to send 0.1 ETH from Chain A to Chain B.

  2. The user initiates a deposit transaction to the contract on Chain A, which locks 0.1 ETH.

  3. The solver listens for the Deposit event emitted by the contract on Chain A.

  4. The filler then initiates a withdrawal transaction to the contract on Chain B.

  5. The withdrawal transaction sends 0.1 ETH to the recipient's address on Chain B.

https://www.openintents.xyz/
ERC-7683