Considering that RFID technology presents a significant growth in IIoT environments, industrial manufacturing is being one of the most benefited by this growth. As growth implies increased security risks, access control systems have emerged as an essential solution for IIoT environments and particularly in RFID systems. Considering Hyperledger Fabric Blockchain as a modular project oriented to environments with high level of performance in terms of speed and scalability, our manuscript proposes a performance analysis based on a methodological framework to demonstrate the viability of a comprehensive access control system which includes Identification, Authentication, Authorization and Accountability/Auditing based on the permissioned blockchain Hyperledger Fabric Blockchain. Our proposal promotes a novel approach to reliable data privacy, based on private data collection solution promoted by Hyperledger Fabric to implement the registration phase of our access control system. In this regard, the feasibility of using private data collection with respect to a private data local management solution is demonstrated. Finally, thanks to the modularity promoted by Hyperledger Fabric Blockchain, we define the optimal network model for our use case. To demonstrate these approaches, several experiments are conducted, based on a proposed methodological performance framework.

考虑到RFID技术在IIoT环境中呈现出显着增长，因此工业制造正在从这种增长中受益最大。由于增长意味着增加的安全风险，因此访问控制系统已成为IIoT环境（尤其是RFID系统）中必不可少的解决方案。考虑到Hyperledger Fabric区块链是面向速度和可扩展性方面的高性能环境的模块化项目，我们的手稿提出了一种基于方法框架的性能分析，以演示包括身份验证，身份验证，基于许可的区块链Hyperledger Fabric区块链的授权和问责/审计。我们的提案提出了一种新颖的方法来实现可靠的数据隐私，基于Hyperledger Fabric推广的私有数据收集解决方案，以实现我们的访问控制系统的注册阶段。在这方面，展示了相对于私有数据本地管理解决方案使用私有数据收集的可行性。最后，由于Hyperledger Fabric区块链促进了模块化，我们为用例定义了最佳的网络模型。为了演示这些方法，基于建议的方法性能框架进行了一些实验。由于Hyperledger Fabric区块链促进了模块化，我们为用例定义了最佳的网络模型。为了演示这些方法，基于建议的方法性能框架进行了一些实验。由于Hyperledger Fabric区块链促进了模块化，我们为用例定义了最佳的网络模型。为了演示这些方法，基于建议的方法性能框架进行了一些实验。