Modern DNA sequencing techniques can sequence hundreds of millions of DNA strands simultaneously. Computers are needed to process, analyze, and store the billions of DNA bases that can be sequenced from a single DNA sample. New and unexpected interactions may be possible at this boundary between electronic and biological systems.
The Tech Policy Lab hosted a Tech Talk with Joseph Turow, the Robert Lewis Shayon Professor of Communication at the Annenberg School for Communication at the University of Pennsylvania. The title of his talk was Voiceprints, Bio-Profiling, and the Future of Freedom: The Rise of the Voice Intelligence Industry. In this talk, Professor Turow looked […]
This paper analyzes the security practices of GEDmatch, the largest third-party genetic genealogy service, for security and privacy issues. We find that an attacker can extract a large percentage of the genetic markers from other users and that an adversary can construct genetic data files that falsely appear like relatives to other samples in the database. We conclude with security recommendations for genetic genealogy services. This paper is accepted to the 2020 Network and Distributed System Security Symposium (NDSS).
Research Paper PressThis paper evaluates the robustness of DNA processing tools if (or when) adversarial attacks manifest. We demonstrate, for the first time, the synthesis of DNA which — when sequenced and processed— gives an attacker arbitrary remote code execution. Informed by our experiments and results, we develop a broad framework and guidelines to safeguard security and privacy in DNA synthesis, sequencing, and processing. This paper was published at the 2017 USENIX Security Symposium.
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