Blockchain is a distributed database method of storing electronic information in digital form that makes it challenging to transform, hack, or rogue the system. Each time a new operation transpires on the Blockchain, an irreversible information of that transaction is buffered in all connected ledgers. Each distributed ledger is programmable, immutable and timestamped. This paper follows an immutable policy to ensure chronological trust-administration, security and privacy to resolve anomalies within linearly stored blocks. To prove the validity of submitted data, a consensus mechanism is required, which was attained by implementing a novel ‘Rampant Smoothing Algorithm’ that was encoded using Solidity (i.e., aimed at developing smart contracts). Experimental policies were aligned with Good Clinical Data Management Practices that portrayed effective ‘smart contract modeling’ to demonstrate resistance against majority consensus attacks by harnessing the core feature of ‘privacy decentralization’. During implementation of Blockchain network, an interconnected system of six hundred nodes (i.e., data points) were gradually configured.

区块链是一种分布式数据库方法，以数字形式存储电子信息，这使得改造、破解或欺骗系统具有挑战性。每次在区块链上发生新的操作时，该交易的不可逆信息都会缓冲在所有连接的分类帐中。每个分布式账本都是可编程的、不可变的和时间戳的。本文遵循不可变的策略，以确保按时间顺序的信任管理、安全性和隐私性，以解决线性存储块内的异常。为了证明提交数据的有效性，需要一个共识机制，这是通过实施一种使用 Solidity 编码的新型“Rampant Smoothing Algorithm”（即旨在开发智能合约）来实现的。实验政策与良好的临床数据管理实践相一致，描绘了有效的“智能合约建模”，通过利用“隐私去中心化”的核心特征来证明对多数共识攻击的抵抗力。在区块链网络实施过程中，逐步配置了六百个节点（即数据点）的互联系统。