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LENS: Leveraging Social Networking and Trust to Prevent Spam Transmission
Citation key HFHS-LLSNTPSP-11
Author Hameed, Sufian and Fu, Xiaoming and Hui, Pan and Sastry, Nishanth
Title of Book The Second IEEE Workshop on Security & Trust in the Future Internet (FIST '11)
Pages 13–18
Year 2011
ISBN 978-1-4577-1392-7
DOI http://dx.doi.org/10.1109/ICNP.2011.6089044
Location Vancouver, BC, Canada
Address New York, NY, USA
Month October
Note Invited Paper; FIST '11 is co-located with IEEE ICNP 2011
Publisher IEEE
Abstract In this paper we introduce LENS, a novel spam protection system based on the recipient¿s social network, which allows correspondence within the social circle to directly pass to the mailbox and further mitigates spam beyond social circles. The key idea in LENS is to select legitimate and authentic users, called Gatekeepers (GKs), from outside the recipients social circle and within pre-defined social distances. Unless a GK vouches for the emails of potential senders from outside the social circle of a particular recipient, those e-mails are prevented from transmission. In this way LENS drastically reduces the consumption of Internet bandwidth by spam. Using extensive evaluations, we show that LENS provides each recipient reliable email delivery from a large fraction of the social network. We also evaluate the computational complexity of email processing with LENS deployed on two Mail Servers (MSs) and compared it with the most popular content-based filter i.e SpamAssassin. LENS proved to be fast in processing emails (around 2-3 orders of magnitude better than SpamAssassin) and scales efficiently with increasing community size and GKs.
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