Undergraduate research at scale

Breakerspace is a research lab at the University of Maryland that gives students experience working on group research projects in the area of computer and network security.

Breakerspace is located in 3270 A.V. Williams: just down the hall from the sky bridge to CSIC. Come by, check it out, and if you're interested in getting involved, read more below.

Geneva to be presented at OONI Internet Measurement Village

Kevin Bock will presenting our work on Geneva at the OONI Internet Measurement Village. Geneva is an AI that automatically learns how to evade nation-state censorship.

Watch it live Thursday July 2nd at 1pm EDT

Breakerspace is looking for students

Breakerspace is always looking for more students. We have many projects centered around network security and systems security, such as combatting nation-state censorship, securing the web, and more. If you're interested in learning more and getting involved, then

Drop Dave a line

Latest News

07/09/2020

Congrats to Richard Roberts, Daniela Lulli, Abolee Raut, and Kelsey Fulton for their work on "Mental Models of Domain Names and URLs" being accepted as a poster to SOUPS 2020 (Symposium On Usable Privacy and Security)! This work involves performing user interviews to understand their (mis)conceptions about domain names, and why they fall for things like irs.gov-login.pw (don't worry, that's our project website!).

06/29/2020

Our work on "Detecting and Evading Censorship-in-Depth: A Case Study of Iran's Protocol Whitelister" has been accepted to the USENIX Workshop on Free and Open Communications on the Internet (FOCI 2020)! This paper explores what we call "censorship-in-depth": when nation-states use multiple, concurrent forms of censorship to thwart communication. We apply our tool Geneva to understand it and circumvent it in Iran. More information here. Congrats Kevin Bock, Yair Fax, Kyle Reese, and Jasraj Singh!

05/20/2020

Breakerspace just got its first paper accepted to ACM SIGCOMM! The paper presents the first techniques to circumvent nation-state censorship without requiring clients to download anything (it's all server-side). This will help users evade censorship, even if they don't know they're being censored. Congrats to Breakerspace students Kevin Bock, George Hughey, Louis-Henri Merino, Tania Arya, Daniel Liscinsky, and Regina Pogosian!

04/15/2020

Louis-Henri Merino has accepted an offer to join the PhD program at EPFL in Switzerland, to be advised by Bryan Ford. Congratulations, Louis-Henri!

02/06/2020

Kevin Bock and George Hughey presented their work on automatically evading nation-state censorship with Geneva at the Bluehat IL 2020 conference.

09/23/2019

Two papers with Breakerspace undergraduate authors have been accepted to ACM CCS 2019! Congrats to Kevin Bock, Yaelle Goldschlag, George Hughey, Richard Roberts, and Rachel Walter!

04/26/2019

Breakerspace student Yaelle Goldschlag has received a Goldwater Scholarship. Congratulations, Yaelle!

04/10/2019

Breakerspace student George Hughey's honors thesis on unCaptcha has been selected to win a Winston Family Honors Thesis Award. Congratulations, George!

04/08/2019

Breakerspace student Louis-Henri Merino was awarded a Fulbright US Research Grant to study in Switzerland at EPFL with Bryan Ford! Congratulations, Louis-Henri! (story)

Past news

Why?

Computer Science is not only the largest major on UMD's campus; it's one of the largest CS majors in the country. Research advising tends to look more like an apprenticeship than a traditional class, which makes it difficult to scale. The hope is that, through group projects, we can not only make research in UMD CS scale, but also foster a vibrant undergraduate CS research community.

What research?

Breakerspace will focus on research in computer and network security. Projects will span a wide variety of topics, including: measuring and securing the Internet of Things (IoT), resisting online censorship, analyzing and detecting malware, and more.

More information will come, but to get a flavor of the kinds of work we'll be doing, see Dave's research.