In a world increasingly dominated by surveillance technology, Chicago stands out with an extensive network of monitoring devices. Estimates suggest that the city is home to around 45,000 surveillance cameras, which is among the highest per capita in the United States. This vast array includes not only law enforcement cameras but also those belonging to independent organizations such as Chicago Public Schools and public transportation systems. Moreover, private security systems, like Ring doorbell cameras, further augment this intricate surveillance environment. Proponents argue that this comprehensive monitoring enhances public safety and deters crime. However, a significant portion of the city’s population, including activists, raises alarms about the implications of such extensive surveillance, labeling it a “panopticon” that infringes on privacy rights and can lead to self-censorship.
Shifting focus to the realm of biomechanics, the field is witnessing a unique innovation spearheaded by Joanna Wakefield-Scurr, a professor at the University of Portsmouth. Two decades ago, Wakefield-Scurr began her journey into understanding the biomechanics of breast support after experiencing persistent pain that remained undiagnosed. Her research has since evolved, leading her to establish the Research Group in Breast Health, comprising an 18-member team dedicated to developing scientifically-backed solutions for women, particularly those engaged in high-impact sports. As demand for effective and supportive bras continues to rise, her team’s efforts highlight the intersection of health, technology, and women’s sportswear, underscoring a growing recognition of the need for scientifically informed design in traditionally overlooked areas.
Source: The Download: Chicago’s surveillance network, and building better bras via MIT Technology Review