Enhanced Security through Cloud-Fog Integration

R. Johney, Elizabeth Shelry, K. Remesh Babu
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引用次数: 1

Abstract

Moving data and computation to the cloud is a promising technology in recent years. As the device density increases in the connected world, proper storage in the traditional cloud without security threats is a cumbersome task. Modification and leakage of data is the major threat in adopting cloud computing. Intelligent technologies are needed to safeguard against cyber-attacks. Fog paradigm enables users for data storage, management and network functions closer to them. Fog server introduced as a middle layer between user devices and the cloud to provide more security for uploaded data. It collects and transfers the encrypted data from the user, and apply reed Solomon code for error detection and MD5 hashing for malicious message detection to ensure more security and integrity. This data will be stored in different cloud servers and respective user's fog devices. Thus the combination of cloud with fog computing will ensure integrity, availability and confidentiality of users data.
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通过云雾集成增强安全性
近年来,将数据和计算转移到云端是一项很有前途的技术。随着互联世界中设备密度的增加,在没有安全威胁的传统云中进行适当的存储是一项繁琐的任务。数据的修改和泄露是采用云计算的主要威胁。需要智能技术来防范网络攻击。Fog模式使用户能够更接近他们的数据存储、管理和网络功能。雾服务器作为用户设备和云之间的中间层引入,为上传的数据提供更多的安全性。它对用户的加密数据进行收集和传输,并采用reed Solomon码进行错误检测,MD5哈希进行恶意消息检测,以确保更多的安全性和完整性。这些数据将存储在不同的云服务器和各自用户的雾设备中。因此,云与雾计算的结合将确保用户数据的完整性、可用性和机密性。
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