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A study of blockchain-based liquidity cross-chain model
Yutong Han1,2,3, Chundong Wang1,2,3, Huaibin Wang1,2,3
1Tianjin Key Laboratory of Intelligence Computing and Novel Software Technology, Tianjin University of Technology, Tianjin, PR China.
This study introduces a novel blockchain cross-chaining model enhancing liquidity and security. The model improves timeliness by 18%, robustness by 50.9%, and reduces convergence radius by 25% for true multi-chain interoperability.
Area of Science:
- Blockchain Technology
- Distributed Systems
- Network Security
Background:
- Blockchain cross-chaining is crucial for interconnectivity and interoperability between diverse digital networks.
- Enhancing cross-chain liquidity is vital for maximizing the utility of assets and information across different blockchain ecosystems.
- Current cross-chain solutions face challenges in security, efficiency, and seamless asset transfer.
Purpose of the Study:
- To develop a secure and efficient cross-chain liquidity model leveraging Layerzero technology.
- To establish a unified, full-chain identity system using Non-Fungible Token-distributed autonomous cross-chain identity IDs.
- To enhance cross-chain liquidity and bolster the security and risk management of cross-chain transactions.
Main Methods:
- Utilizing Layerzero as a secure cross-chain facility for robust communication.
- Implementing super-contract pairs to facilitate and amplify cross-chain liquidity.
- Developing a dynamic transaction node creditworthiness model to fortify cross-chain security.
Main Results:
- Demonstrated improvement in timeliness by at least 18%.
- Achieved an increase in robustness by at least 50.9%.
- Reduced the radius of convergence by at least 25%.
Conclusions:
- The proposed liquidity cross-chain model effectively eliminates hierarchical authentication transitions.
- Significant savings in cross-chain time costs are realized, enhancing overall efficiency.
- The model successfully enables true liquid interoperability across multiple blockchain chains.
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