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Tamper-resistant Replicated Peer-to-Peer Storage using Hierarchical Signatures
Information Technology papers
  • Alexander Zangerl, Bond University
Date of this Version
Document Type
Journal Article
Publication Details
Zangerl, Alexander (2006) Tamper-resistant replicated peer-to-peer storage using hierarchical signatures presented at ARES 2006, The First International Conference on Availability, Reliability and Security, 20-22 April 2006, Vienna University of Technology, Austria.
To obtain a copy of this presentation contact IEEE Computer Society

2006 HERDC submission
Peer-to Peer-based file replication is a proven approach to provide cooperative robust backup for data: if one peer does not have a specific datum, another one might. If enough peers participate, the overall system can survive isolated failures. Applying this approach to distributed File Integrity Checking (or similar security-sensitive areas) requires that current and untampered information is distributed among the peers in such a way that a limited number of malicious peers cannot subvert or sabotage the overall system. This paper presents a mechanism to provide such tamper-resistant replicated storage in a decentralised peer-to-peer system where no component is trusted a priori. We present a system model for our mechanism, and discuss the threats and countermeasures used to detect tampering. We also give an analysis of various distribution strategies and their respective costs and benefits as observed in our research implementation.
Citation Information
Alexander Zangerl. "Tamper-resistant Replicated Peer-to-Peer Storage using Hierarchical Signatures" (2006)
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