The Industry 4.0 IoT network integration with blockchain architecture is a decentralized, distributed ledger mechanism used to record multi-user transactions. Blockchain requires a data storage system designed to be secure, reliable, and fully transparent, emerged as a preferred IoT-based digital storage on WSN. Blockchain technology is being used in the paper to construct the node recognition system according to the storage of data for WSNs. The data storage process on such data must be secure and traceable in different forensics and decision making. The primary theme of the dynamic data security is therefore for rejecting exploitation of the unauthorized user and for evaluating the mechanism in tracing and evidence of system’s data operation in a dynamic manner, growth and quality features under the stochastic state of the model; (1) a mathematical method for the secured storage of data in dynamic is built through distributed node cooperation in IoT industry. (2) the ownership transition feature and the dynamic storage of data system architecture are configured, (3) the emerging distributed storage architecture for blockchain-based WSN will substantially reduce overhead storage for each node without affecting data integrity; (4) minimize the latency of data reconstruction in distributed over storage system, and propose an effective and scalable algorithm for optimizing storage latency issue. In addition to this research, the system implements verified possession of data for replacing the evidence in original digital currency for mining and to store new data blocks that will be compared to the proof system, dramatically reduces computational capacity. The proposed ODSD framework has exceptional benefits for real-time applications while maintaining the security of the dynamic storage of data.

工业4.0物联网网络与区块链架构的集成是一种去中心化的分布式账本机制，用于记录多用户交易。区块链需要一个设计为安全，可靠且完全透明的数据存储系统，成为WSN上基于IoT的首选数字存储。本文使用区块链技术根据WSN的数据存储来构建节点识别系统。此类数据的数据存储过程必须是安全的，并且可以在不同的取证和决策过程中追溯。因此，动态数据安全性的主要主题是拒绝对未授权用户的利用，并在模型的随机状态下以动态方式，增长和质量特征评估跟踪和证据系统数据操作的机制；（1）通过物联网行业中的分布式节点协作，建立了一种用于动态数据安全存储的数学方法。（2）配置了所有权转移功能和数据系统架构的动态存储，（3）基于区块链的WSN的新兴分布式存储架构将在不影响数据完整性的情况下大幅减少每个节点的开销存储；（4）最小化分布式存储系统中数据重建的延迟，并提出了一种有效且可扩展的算法来优化存储延迟问题。除了这项研究之外，该系统还实现了经验证的数据拥有权，以取代原始数字货币进行开采的证据，并存储将与证明系统进行比较的新数据块，从而大大降低了计算能力。