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.
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.
Vijee Venkatraman writes for BetaBoston about Kumbhathon, a tech buildathon co-founded by Professor Ramesh Raskar to address problems specific to the Kumbh Mela religious gathering in India. “This is a bottom-up approach to innovation,” says Raskar.
Aviva Rutkin writes for New Scientist about algorithms developed by MIT graduate student Karthik Dinakar that can detect abusive speech in online comments. "We need better tools not just for monitoring, but also to tell people what good digital citizenry is all about,” says Dinakar.
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.”
Joe Lazauskas writes for Forbes about MIT being named the top school for students looking to enter information technology fields. “MIT boasted the only perfect score in U.S. News & World Report rankings,” writes Lazauskas.
In a piece for USA Today about College Factual’s list of the top computer science schools in the U.S., Madison Mills writes about MIT being named the top destination for computer science majors. “MIT is in Cambridge, Mass. and offers a breathtaking campus in a mid-size city,” writes Mills.
Colleen DeBaise writes for The Huffington Post about a week-long summer program hosted by the MIT Enterprise Forum that introduces high school girls to tech entrepreneurship. "I love promoting women entrepreneurs,” says Lori Hoberman, the chair of the Enterprise Forum’s New York chapter. “We don't have enough of them.”
Katie Collins writes for Wired that MIT researchers have developed a system that allows people to choose exactly what information they share online. “The primary benefit of this is that you as an individual would not be able to be identified from an anonymised dataset,” writes Collins.
R. Colin Johnson of EE Times reports that MIT researchers are, “aiming for a multicore architecture that can scale to any number of cores, with cache coherency. So far, they've prototyped a 36-core version.”