Earticle

초록

한국어

Demonstration of Data Security has a significant role performed by blockchain technology. It has shown a crucial role in securing domains including finance, digital identity and supply chain. Scalability in blockchain remains a major challenge that limits the capability of adoption and performance. Existing research focuses more on external security of digital entity but may failed to enhance internal capabilities of blockchain technology. The proposed work explores an innovative module of blockchain technology that targets the scalability issue. The proposed approach introduces a hybrid framework includes the integration of cross-chain interoperability and Layer 2 solution to improve scalability of blockchain technology. The proposed work aims to mitigate current limitation in framework and provide novel solution to scalability issues. The cross-chain is a blockchain protocol which ensure the continuous interaction of information among the multiple blocks in the framework. The layer 2 solution offers the transaction processing facility to offload from the main chain to secondary protocol of the framework. The research presented the evidence of the effectiveness of the proposed solution that addresses the scalability concerns and offer an efficient blockchain ecosystem. The proposed approach avoids basic limitation of throughput and network congestion.

목차

Abstract
I. INTRODUCTION
II. BACKGROUND
III. PROPOSED FRAMEWORK
A. Layer 2 Solutions
B. Cross-Chain Interoperability
C. Hybrid Integration Framework
D. Stage 1: Off-chain handling and aggregation of transaction
E. Stage 2: Cross-Chain coordination
F. Stage 3: On-chain settlement
IV. SIMULATION AND RESULTS
A. Transaction throughput and Latency
B. Cross-Chain Interoperability
V. CONCLUSION
ACKNOWLEDGMENT
REFERENCES

저자

• Ankit Kumar [ dept. of Computer Science and Engineering Seoul National University of Science and Technology Seoul, South Korea ]
• Ji Su Park [ dept. Of Computer Science and Engineering Jeonju University and Technology Seoul, South Korea ]
• Jong Hyuk Park [ dept. of Computer Science and Engineering Seoul National University of Science and Technology Seoul, South Korea ] Corresponding Author

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