In a significant shift, Flock, a leading provider of police surveillance technology, is implementing stricter controls over access to its extensive network of license plate readers. This decision comes in the wake of growing public concern regarding mass surveillance practices and troubling reports of law enforcement personnel using the technology for personal vendettas against former partners. Starting now, officers will be mandated to input a criminal case number before accessing the database, alongside enhanced automated auditing of potentially suspicious search activities. However, the effectiveness of these measures is called into question, as Flock has stated it will not validate these case numbers, leaving potential loopholes for misuse.
In other noteworthy developments within the tech landscape, scientists are making strides in the field of cloning, which could revolutionize conservation efforts and bioengineering. Recent research has successfully employed CRISPR technology to convert male mouse embryos into females by eliminating the Y chromosome, enabling the creation of female clones. This groundbreaking method holds promise not only for species conservation, especially for those on the brink of extinction, but also for applications in agriculture and even the controversial potential for producing genetically modified human organs. As these scientific advancements unfold, they raise ethical questions about the future of cloning and its broader implications.
Additionally, the Human Cell Atlas project is gaining momentum, with researchers recognizing the urgent need to focus on children’s unique cellular biology. Deanne Taylor has been a key advocate for including pediatric cells in this comprehensive mapping initiative, as children’s cells differ significantly from adults in gene expression and response to medications. Taylor aims to create a substantial database of healthy pediatric tissue that can serve as a reference point for understanding childhood development and early disease markers. This initiative could provide crucial insights into conditions that manifest later in life, emphasizing the importance of incorporating children’s health into biomedical research.
Source: The Download: Flock’s new rules, cloning’s future, and children’s cells via MIT Technology Review