The past decade has seen many proposals for future Internet architectures. Most of these proposals require substantial changes to the current networking infrastructure and end-user devices, resulting in a failure to move from theory to real-world deployment. This paper describes one possible strategy for bootstrapping the initial deployment of future Internet architectures by focusing on providing high availability as an incentive for early adopters. Through large-scale simulation and real-world implementation, we show that with only a small number of adopting ISPs, customers can obtain high availability guarantees. We discuss design, implementation, and evaluation of an availability device that allows customers to bridge into the future Internet architecture without modifications to their existing infrastructure.
@article{arxiv.1508.02240,
title = {Bootstrapping Real-world Deployment of Future Internet Architectures},
author = {Taeho Lee and Pawel Szalachowski and David Barrera and Adrian Perrig and Heejo Lee and David Watrin},
journal= {arXiv preprint arXiv:1508.02240},
year = {2015}
}