Science and Technology Law Commons^™

The New State Of Surveillance: Societies Of Subjugation, Khaled Ali Beydoun

Washington and Lee Law Review

Foundational surveillance studies theory has largely been shaped in line with the experiences of white subjects in western capitalist societies. Formative scholars, most notably Michel Foucault and Gilles Deleuze, theorized that the advancement of surveillance technology tempers the State’s reliance on mass discipline and corporal punishment. Legal scholarship examining modern surveillance perpetuates this view, and popular interventions, such as the blockbuster docudrama The Social Dilemma and Shoshana Zuboff’s bestseller The Age of Surveillance Capitalism, mainstream the myth of colorblind surveillance. However, the experiences of nonwhite subjects of surveillance—pushed to or beyond the margins of these formative discourses—reflect otherwise. …

The Computer Got It Wrong: Facial Recognition Technology And Establishing Probable Cause To Arrest, T.J. Benedict

Washington and Lee Law Review

Facial recognition technology (FRT) is a popular tool among police, who use it to identify suspects using photographs or still-images from videos. The technology is far from perfect. Recent studies highlight that many FRT systems are less effective at identifying people of color, women, older people, and children. These race, gender, and age biases arise because FRT is often “trained” using non-diverse faces. As a result, police have wrongfully arrested Black men based on mistaken FRT identifications. This Note explores the intersection of facial recognition technology and probable cause to arrest.

Courts rarely, if ever, examine FRT’s role in establishing …

Comment: The Necessary Evolution Of State Data Breach Notification Laws: Keeping Pace With New Cyber Threats, Quantum Decryption, And The Rapid Expansion Of Technology, Beth Burgin Waller, Elaine Mccafferty

Washington and Lee Law Review

The legal framework that was built almost two decades ago now struggles to keep pace with the rapid expansion of technology, including quantum computing and artificial intelligence, and an ever-evolving cyber threat landscape. In 2002, California passed the first data breach notification law, with all fifty states following suit to require notice of unauthorized access to and acquisition of an individual’s personal information.1 These data breach notification laws, originally designed to capture one-off unauthorized views of data in a computerized database, were not built to address PowerShell scripts by cyber terrorists run across thousands of servers, leaving automated accessed data …

The Golem In The Machine: Ferpa, Dirty Data, And Digital Distortion In The Education Record, Najarian R. Peters

Washington and Lee Law Review

Like its counterpart in the criminal justice system, dirty data—data that is inaccurate, incomplete, or misleading—in K-12 education records creates and catalyzes catastrophic life events. The presence of this data in any record suggests a lack of data integrity. The systemic problem of dirty data in education records means the data stewards of those records have failed to meet the data integrity requirements embedded in the Family Educational Rights and Privacy Act (FERPA). FERPA was designed to protect students and their education records from the negative impact of erroneous information rendered from the “private scribblings” of educators. The legislative history …

Data Breach Notification Laws And The Quantum Decryption Problem, Phillip Harmon

Washington and Lee Law Review

In the United States, state data breach notification laws protect citizens by forcing businesses to notify those citizens when their personal information has been compromised. These laws almost universally include an exception for encrypted personal data. Modern encryption methods make encrypted data largely useless, and the notification laws aim to encourage good encryption practices.

This Note challenges the wisdom of laws that place blind faith in the continued infallibility of encryption. For decades, Shor’s algorithm has promised polynomial-time factoring once a sufficiently powerful quantum computer can be built. Competing laboratories around the world steadily continue to march toward this end. …