Implementation of Efficient Anonymous Certificate-Based Multi-Message and Multi-Receiver Signcryption On Raspberry Pi-Based Internet of Things Monitoring System

Muhammad Fadhillah Fajari, Dion Ogi
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Abstract

Internet of things as a technology that connect internet and physical world has been implemented in many diverse fields and has been proven very useful and flexible. In every implementation of technology that involve internet, security must be a great concern, including the implementation of IoT technology. A lot of alternatives can be used to achieve security of IoT. Ming et al. has proposed novel signcryption scheme to secure IoT of monitoring health data. In this work, proposed signcryption scheme from Ming et al. has been successfully implemented using Raspberry Pi and ESP32 and has proven work in securing IoT data.
在基于树莓派的物联网监控系统上实现基于匿名证书的高效多信息和多接收器签名加密
物联网作为一种连接互联网和物理世界的技术,已在许多不同领域得到应用,并被证明非常有用和灵活。在每一个涉及互联网的技术实施过程中,安全问题都必须引起高度关注,物联网技术的实施也不例外。要实现物联网的安全性,可以采用很多替代方案。Ming 等人提出了新颖的签名加密方案,以确保监测健康数据的物联网安全。在这项工作中,Ming 等人提出的签名加密方案已通过树莓派(Raspberry Pi)和 ESP32 成功实现,并在确保物联网数据安全方面发挥了作用。
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