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Securely accessing encrypted cloud storage from multiple devices

机译:从多个设备安全地访问加密的云存储

摘要

Cloud storage services like Dropbox, Google Drive and OneDrive are increasingly popular. They allow users to synchronize and access data from multiple devices.However, privacy of cloud data is a concern. Encrypting data on client-side before uploading it to cloud storage is an effective way to ensure data privacy. To allow data access from multiple devices, current solutions derive the encryption keys solely from user-chosen passwords which result in low entropy keys. In this thesis, we present OmniShare, the first scheme to allow client-side encryption with high-entropy keys combined with an intuitive key distribution mechanism enabling data access from multiple devices. It uses a combination of out-of-band channels and cloud storage as a communication channel to ensure minimal and consistent user actions during key distribution. Furthermore, OmniShare allows the possibility of reducing communication overhead for updating encrypted data. OmniShare is freely available on popular platforms.
机译:像Dropbox,Google Drive和OneDrive这样的云存储服务越来越受欢迎。它们允许用户同步和访问来自多个设备的数据。但是,云数据的私密性是一个问题。在将客户端数据上传到云存储之前对其进行加密是确保数据隐私的有效方法。为了允许来自多个设备的数据访问,当前的解决方案仅从用户选择的密码派生加密密钥,从而导致低熵密钥。在本文中,我们提出了OmniShare,这是第一种允许使用高熵密钥进行客户端加密的方案,并结合了一种直观的密钥分发机制,从而可以从多个设备访问数据。它使用带外通道和云存储的组合作为通信通道,以确保在密钥分发期间最小且一致的用户操作。此外,OmniShare还可以减少用于更新加密数据的通信开销。 OmniShare在流行的平台上免费提供。

著录项

  • 作者

    Nguyen Long;

  • 作者单位
  • 年度 2015
  • 总页数
  • 原文格式 PDF
  • 正文语种 en
  • 中图分类

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