Automated and industrial Internet of Things (IoT) devices are increasing daily. As the number of IoT devices grows, the volume of data generated by them will also grow. Managing these rapidly expanding IoT devices and enormous data efficiently to be available to all authorized users without compromising its integrity will become essential in the near future. On the other side, many information security incidents have been recorded, increasing the requirement for countermeasures. While safeguards against hostile third parties have been commonplace until now, operators and parties have seen an increase in demand for data falsification detection and blocking. Blockchain technology is well-known for its privacy, immutability, and decentralized nature. Single-board computers are becoming more powerful while also becoming more affordable as IoT platforms. These single-board computers are gaining traction in the automation industry. This study focuses on a paradigm of IoT-Blockchain integration where the blockchain node runs autonomously on the IoT platform itself. It enables the system to conduct machine-to-machine transactions without the intervention of a person and to exert direct access control over IoT devices. This paper assumed that the readers are familiar with Hyperledger Fabric basic operations and focus on the practical approach of integration. A basic introduction is provided for the newbie on the blockchain.
翻译:日复一日,自动和工业物联网(IoT)装置日复一日地增加。随着IoT装置数量的增加,由这些装置产生的数据数量也将增加。管理这些迅速扩大的IoT装置和大量数据,以便所有授权用户都能在不损害其完整性的情况下有效地获得这些迅速扩大的IoT装置和大量数据,在不久的将来将变得至关重要。另一方面,记录了许多信息安全事件,增加了对反措施的要求。虽然对敌对第三方的保障措施一直很普遍,但到目前为止,操作者和各方都看到对数据伪造检测和屏蔽的需求增加。由于其隐私、不易移动性和分散性而广为人知。单机计算机越来越强大,同时作为IoT平台也越来越负担得起。这些单机电脑正在自动化工业中逐渐获得牵引力。这项研究侧重于IoT-Block链集成的范例,在IoT平台上独立运行的链节节节节节节。它使系统能够在没有个人干预的情况下进行机器对机器的交易,并对IoT装置进行直接的进入控制。这份文件假定读者们对“硬链”基本的整合方法十分熟悉。