Belisarius: BFT保密性存储

Ricardo Padilha, F. Pedone
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引用次数: 22

摘要

传统的拜占庭容错方法大多避免了机密性问题。当前具有机密意识的解决方案依赖于大量基础设施投资或依赖于复杂的密钥管理方案。本文提出的框架依赖于一种结合拜占庭容错、安全存储和可验证秘密共享的新方法,以显着减少机密保护所需的额外基础设施和复杂性。使用微基准测试以及TPC-B和NFS的实现,将提出的框架与其他解决方案进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Belisarius: BFT Storage with Confidentiality
Traditional approaches to byzantine fault-tolerance have mostly avoided the problem of confidentiality. Current confidentiality-aware solutions rely on a heavy infrastructure investment or depend on complex key management schemes. The framework presented in this paper relies on a novel approach that combines byzantine fault-tolerance, secure storage and verifiable secret sharing to significantly reduce the additional infra-structure and complexity required by confidentiality protection. The proposed framework was compared to other solutions using a micro-benchmark, and an implementation of TPC-B and NFS.
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