Seminar: Democratizing Service Provider Networks

Shaddi Hasan

Software Engineer, Facebook Community

Tuesday, February 18, 2020
11:00am - 12:00pm
655 McBryde Hall

Shaddi Hasan

Abstract:

As the Internet grows in importance worldwide, legacy network architectures, closed vendor ecosystems, and rigid regulatory frameworks constrain innovation in Internet service provider and mobile operator networks. As a result, the expansion of the Internet is slowing, leaving more than 1.7 billion people without access, largely in rural areas. In this talk, I present approaches to enabling new classes of service providers that are able to expand the frontiers of the Internet beyond what is achievable today.

First, I present Nomadic GSM, a system that demonstrates community-run mobile networks can safely share radio spectrum with existing mobile network operators. Next, I present CCM, a system that shows how community networks and traditional mobile network operators can cooperate to share resources to extend service. Finally, I will discuss an evaluation of these systems through longitudinal deployments in Southeast Asia that provide service to thousands of rural people, as well as their implications for future service provider networks and universal access to the Internet.

Biography:

Shaddi Hasan works on open wireless networks and rural connectivity at Facebook Connectivity. His research interests lie at intersection of computer networks and information and communication technology for development (ICTD). His work addresses fundamental scale and flexibility challenges faced by service provider networks, especially in rural and developing regions, and has appeared in venues such as NSDI, IEEE DySPAN, ICTD, and SIGCOMM. He received his Ph.D. and M.S. in computer science from University of California, Berkeley, and his B.S. in computer science from the University of North Carolina at Chapel Hill. Prior to its acquisition by Facebook, he was a co-founder of Endaga, a startup focused on building systems to enable community cellular networks.