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SECURE CONTENT DISTRIBUTION SYSTEM BASED ON RUN-TIME PARTIAL HARDWARE RECONFIGURATION

By Yohei Hori, Hiroyuki Yokoyama and Kenji Toda

Abstract

A secure content distribution system is prototyped based on run-time partial reconfigurability of an FPGA. The system provides a robust content protection scheme for online content download services. The key idea is to divide the security module in a user terminal into Content-Specific Circuit (CSC) and Terminal Build-in Circuit (TBC) and to dynamically reconfigure CSC. CSC is customized for each content and transferred from a server in the form of encrypted configuration data. TBC is a uniquely identifiable processing unit that is combined with particular CSC to decrypt and decode contents. A content is properly decrypted and played by the security module only if its CSC is interlocked with the authorized TBC. To realize this CSC-TBC interlock authentication mechanism, partial reconfigurability of the FPGA is essential. This paper discusses the robustness and feasibility of the content distribution system through a proof-ofconcept demonstration. 1

Year: 2009
OAI identifier: oai:CiteSeerX.psu:10.1.1.134.5609
Provided by: CiteSeerX
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