Design and Implementation of Scalable Blockchain Architectures for Secure Distributed Data Integrity in Edge Computing Environments

R. Rajendheran

Authors

R. Rajendheran Software Devoloper, India. Author

Keywords:

Blockchain, Edge Computing, Distributed Integrity, DAG, Sharding, Security, Scalability, IoT

Abstract

The integration of blockchain technology with edge computing presents a promising frontier for enhancing data security, integrity, and trust in distributed networks. This study explores scalable blockchain architectures—including sharding, DAGs, sidechains, and hybrid models—tailored for edge computing environments. We investigate architectural design choices, implementation challenges, and real-time data verification efficiency in scenarios where edge devices are decentralized and latency-sensitive. Comparative evaluations demonstrate that hybrid blockchain approaches significantly improve both throughput and latency in constrained environments. The study concludes with a proposed framework for adaptive blockchain design, ensuring scalability and security at the network's edge.

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