I present the design and implementation of a novel anti-malware environment called BitAV. BitAV allows for the decentralization of the update and maintenance mechanisms of the software, traditionally performed by a central host, and uses a staggered scanning mechanism in order to improve performance. The peer-to-peer network maintenance mechanism lowered the average update propagation speed by 500% and is far less susceptible to targeted denial-of-service attacks. The feedforward scanning mechanism significantly improved end-to-end performance of the malware matching system, to a degree of an average 14x increase, by decomposing the file matching process into efficient queries that operate in verifiably constant time.
@article{arxiv.1601.01405,
title = {BitAV: Fast Anti-Malware by Distributed Blockchain Consensus and Feedforward Scanning},
author = {Charles Noyes},
journal= {arXiv preprint arXiv:1601.01405},
year = {2016}
}