A resilient architecture for DHT-based distributed collaborative environments
Proceedings of the 2008 RISE/EFTS Joint International Workshop on Software Engineering for Resilient Systems
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Centralized organization of current enterprise networks doesn’t represent an ideal solution in terms of information security and reliability. Denial of service, packet filtering and low resistance to failure are frequent shortcomings of centralized systems. To avoid the above problems we introduce a distributed P2P data organization system to the enterprise environment. We propose to apply Kademlia-based Distributed Hash Tables to organize data storage and retrieval systems of enterprise networks. Due to a tree-like structure of the identifier space and a prefix matching lookup algorithm, Kademlia is easy adaptable to the context of enterprise hierarchy, e.g. it facilitates the assignment of different privileges regarding data access, to various system entities. We present a solution that provides geographically separated users of enterprise networks with possibility to share, modify and publish data in parallel way.