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Matt Lee writes for The Boston Globe about the cybersecurity contest between stduents from MIT and University of Cambridge to devise better cybersecurity technologies and platforms. The competition will allow students an opportunity to tackle real-world cybersecurity challenges, Lee explains
Students from MIT and the University of Cambridge will compete in a cybersecurity competition called “Cambridge v Cambridge” this fall, reports Nidhi Subbaraman for BetaBoston. “Each team will race as they seek access to coded secrets, while earning points for offensive and defensive strategies,” writes Subbaraman.
Steve Annear writes for Boston Magazine about a cybersecurity contest between students from MIT’s Computer Science and Artificial Intelligence Laboratory and the University of Cambridge. “The competition is part of the two allied nations’ efforts to team up and improve the cyber security infrastructure worldwide, and better respond to cyber incidents and threats,” writes Annear.
Financial Times reporter Kiran Stacey writes about how in an effort to combat global cyberattacks, students from MIT and the University of Cambridge will face off in a cybersecurity competition this fall. The event will be “a test of cyber skills lasting several days,” Stacey reports.
Professor John Leonard speaks with Cory Johnson of Bloomberg Television about the potential for new developments in the field of robotics in 2015. “This year I think we’ll see some really exciting developments,” says Leonard. “I think it might take a little more than a year to see the real explosion.”
CSAIL PhD students Elena Glassman, Neha Narula and Jean Yang write for Wired about their recent Reddit Ask Me Anything session and gender disparities in STEM. “By raising awareness and generating discussion, we hope to help women and other minorities feel more supported pursuing careers in STEM,” write Glassman, Narula and Yang.
Through a comprehensive comparison of genetic activity, MIT researchers have found that humans and birds share many of the same singing genes. "There's potential for songbirds to be used to study neurodegeneration – especially conditions like Huntington's," says Dr. Andreas Pfenning of MIT.
Malcom Ritter of the Associated Press reports on how scientists have developed a new family tree for most of the bird species alive today, providing new insight into evolutionary history. Research conducted by Dr. Andreas Pfenning “found that birds with this "vocal learning" ability share some similarities with humans in the activity of certain genes in the brain.”
Cory Bennett of The Hill writes about a broad effort to tackle cybersecurity challenges at MIT, Stanford and Berkeley. “MIT will examine the immediate policy concerns, such as how to protect vulnerable financial and medical data, as well as emerging technologies like self-driving cars and drones,” explains Bennett.
BostInno’s Elise Harmon writes that a $15 million grant from the William and Flora Hewlett Foundation to MIT could “help pave the way for a comprehensive cybersecurity policy.” The gift to MIT is part of $45 million in total to MIT, Stanford and UC Berkeley as part of the foundation’s Cyber Initiative.
MIT’s Daniel Weitzner speaks with BetaBoston’s Nidhi Subbaraman about a new cybersecurity policy initiative supported by the Hewlett Foundation. Weitzner explains that researchers will examine what kind of laws and public policy are needed to make “[technologies] more trustworthy.”
Robert J. Szczerba of Forbes reports on how cameras are changing health care, featuring new work from researchers at the MIT Computer Science and Artificial Intelligence Lab. The researchers are developing a new technique to measure heart rate via subtle head movements, Szczerba writes.
BBC News reporter Chris Neiger writes that MIT researchers have developed a new traffic management system to help drivers avoid congested roads. “According to field trials, the vehicle-to-vehicle (V2V)-based traffic solution resulted in an 8% increase in overall vehicle speed,” write Neiger.
Shankar Vedantam of NPR reports on Dr. Boris Katz’s new research examining how errors in written English can reveal clues about other languages. “By analyzing the patterns of mistakes that native speakers of two languages make in English, the computer can say, look, these two languages might actually be related to one another,” Vedantam explains.
“Inspired by octopus tentacles, MIT’s Computer Science and Artificial Intelligence Lab (CSAIL)'s latest robot is as squishy as can be,” writes Rachel Feltman of The Washington Post. “Like other soft robots, this tentacle has potential in search and rescue missions.”