1st USENIX Workshop on Hot Topics in Security
Pp. 1318 of the Proceedings
Security Through Publicity
Eric Osterweil, University of California, Los Angeles; Dan Massey and Batsukh Tsendjav, Colorado State University; Beichuan Zhang, University of Arizona; Lixia Zhang, University of California, Los Angeles
Current large-scale authentication and non-repudiation systems offer various security measures, but do not meet the needs of todays Internet-scale applications. Though several designs exist, there have been no significant deployments of Internet-scale security infrastructures. In this paper we propose a novel concept called the public-space that makes complete information of digital entities actions publicly available to every user. It is a structured framework that maintains a large number of entities, their actions, relationships, and histories. Posting such information in public does not endorse the informations correctness, but it does provide users with a quantifiable set of information that enables them to detect faults and make informed security decisions. Combined with traditional cryptographic techniques, the public-space system can support the intrinsic heterogeneity of user security requirements in Internetscale infrastructures and applications.
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