{OblivP2P}: An Oblivious {Peer-to-Peer} Content Sharing System
25th USENIX Security Symposium (USENIX Security 16), 2016•usenix.org
Peer-to-peer (P2P) systems are predominantly used to distribute trust, increase availability
and improve performance. A number of content-sharing P2P systems, for file-sharing
applications (eg, BitTorrent and Storj) and more recent peer-assisted CDNs (eg, Akamai
Netsession), are finding wide deployment. A major security concern with content-sharing
P2P systems is the risk of long-term traffic analysis—a widely accepted challenge with few
known solutions.
and improve performance. A number of content-sharing P2P systems, for file-sharing
applications (eg, BitTorrent and Storj) and more recent peer-assisted CDNs (eg, Akamai
Netsession), are finding wide deployment. A major security concern with content-sharing
P2P systems is the risk of long-term traffic analysis—a widely accepted challenge with few
known solutions.
Abstract
Peer-to-peer (P2P) systems are predominantly used to distribute trust, increase availability and improve performance. A number of content-sharing P2P systems, for file-sharing applications (eg, BitTorrent and Storj) and more recent peer-assisted CDNs (eg, Akamai Netsession), are finding wide deployment. A major security concern with content-sharing P2P systems is the risk of long-term traffic analysis—a widely accepted challenge with few known solutions.
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