IOTDMS Blockchain Framework for Secure Data Exchange Between IoT Devices

Priyanka B. Dongre, Pushpneel Verma
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Abstract

In the current era of digital communication and digital transaction, most companies and industries are using IoT devices to manage and store day-to-day transaction data. Most of these organizations use a biometric-based attendance system to spot the attendance of employees. Few organizations use RFID cards or tags embedded in the identity card of the employee for attendance marking. Smartphone has become a handy tool for people for communication and transferring money from bank accounts and digital wallets using QR codes as a means for the transaction. However, the user, device authentication, and secure data transmission are the primary concerns in IoT networks. In recent years, blockchain arose as a decentralized data security mechanism. It has been successfully implemented as a secured mechanism for exchanging several applications, including cryptocurrencies and other areas. There are several blockchain frameworks available and discussed in the literature. The proposed work discusses the IOTDMS Blockchain framework called the Internet of Things Data Management System Chain (IOTDMS chain) built-in Python. The proposed approach considered the use case of an attendance management system, and this paper presents the current work in progress of how blockchain can potentially improve the IoT.
IoT设备之间安全数据交换的IOTDMS区块链框架
在数字通信和数字交易的当今时代,大多数公司和行业都在使用物联网设备来管理和存储日常交易数据。这些组织大多使用基于生物识别的考勤系统来识别员工的出勤情况。很少有组织使用RFID卡或嵌入在员工身份证中的标签进行考勤标记。智能手机已经成为人们交流和从银行账户和数字钱包转账的便捷工具,使用二维码作为交易手段。然而,用户、设备认证和安全数据传输是物联网网络的主要关注点。近年来,区块链作为一种分散的数据安全机制而兴起。它已成功实现为交换多个应用程序的安全机制,包括加密货币和其他领域。有几个可用的区块链框架,并在文献中讨论过。提议的工作讨论了IOTDMS区块链框架,称为内置Python的物联网数据管理系统链(IOTDMS链)。提出的方法考虑了考勤管理系统的用例,本文介绍了区块链如何潜在地改进物联网的当前工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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