Collaborative Multi-Chain Architecture for Data Transmission across Homogeneous Blockchain
Yousif Abuidris, Changyuan Wang, Wanan Yang · 2022
Blockchain technology is a system for storing data in an immutable way that makes it hard to manipulate or trick the system. However, Blockchain scalability remains a crucial challenge that is encountering the issues of low efficiency with low transaction throughput. This paper proposes an innovative mechanism for data transmission across homogeneous blockchain systems called Collaborative Multi-Chain Architecture (CMCA). We use a sharding mechanism combined with the inter blockchain communication model (IBCM) for routing management and data transmission to make the entire computation and scalability much easier to manage. The architecture includes a cross-chain transaction protocol to ensure transaction transmission effectively. Finally, the result conducted accelerates the execution of transactions and increases blockchain throughput.