Christian Science Monitor reporter Joe Uchill writes about a new system developed by MIT researchers that can automatically detect and fix software bugs by borrowing functionality from other applications. Uchill explains that the researchers hope “automating the detection and patching processes will reduce the chance that an attacker can take advantage of the bug within a system.”
Larry Greenemeier writes for Scientific American about why government agencies want access to encrypted data, highlighting a report co-authored by MIT researchers that warns against providing special access. The researchers argue that providing access would “make software and devices much more complex, difficult to secure and expensive for tech companies to maintain."
Danny Yadron, Damian Paletta and Jennifer Valentino-Devries write for The Wall Street Journal that in a new report MIT cybersecurity experts argue that allowing governments access to encrypted data is “technically impractical and would expose consumers and business to a greater risk of data breaches.”
Government proposals for access to data would put digital communications at risk, according to a paper by CSAIL security experts. The New York Times’ Nicole Perlroth calls the report “the first in-depth technical analysis of government proposals by leading cryptographers and security thinkers.”
Financial Times reporter Richard Waters writes about how graduate student Abe Davis’ motion magnification research could be used to create more realistic virtual worlds. Waters writes that Davis’ work presents the “possibility of capturing and manipulating real-world objects in virtual space.”
Andy Greenberg of Wired writes that researchers from the MIT Media Lab have developed a system called “Enigma” designed to achieve “homomorphic” encryption. “You can see it as a black box,” says Guy Zyskind, one of Enigma’s creators. “You send whatever data you want, and it runs in the black box and only returns the result.”
MIT researchers have devised a system that repairs software bugs similar to the way a surgeon applies skin grafts, writes Jonathan Vanian for Fortune. “The new system detects bugs, takes healthy code from a publicly available source, and then grafts it onto the sick software,” Vanian explains.
The July/August edition of Foreign Affairs features an in-depth piece by Prof. Daniela Rus on the future of robotics. Rus writes that robots will extend the digital revolution “into the physical realm and deeper into everyday life, with consequences that will be equally profound.”
BetaBoston reporter Nidhi Subbaraman writes that MIT researchers have developed a small self-folding robot that they hope will one day lead to bio-compatible robots that “could enter the body, perform surgery guided from afar, and dissolve away as harmlessly as surgical stitches.”
Boston Globe Magazine reporter Neil Swidey travels to Singapore to learn more about Prof. Emilio Frazzoli’s work developing autonomous vehicles with the Singapore-MIT Alliance for Research and Technology (SMART). Frazzoli explains that he feels driverless cars have “the potential to change everybody’s life.”
In this video, Monika Auger of The Wall Street Journal describes how MIT engineers have developed a robotic cheetah that can jump over obstacles autonomously. Auger explains that the robot’s vision and path planning systems give it "complete autonomous control over its movements.”
MIT researchers have created a tiny, self-assembling, origami robot that they hope could one day be small enough to enter the human body and perform medical tasks, reports Lauren Walker for Newsweek. “Driven by magnetic fields, the robot can travel on both land and water at the speed of three or four centimeters per second," Walker explains.
Joseph Coughlin, director of the MIT AgeLab, writes for The Wall Street Journal about how the Internet of Things will impact retirement. “While high-tech will provide incredible benefits, it will also bring new costs, both financial and social, that should be considered as a new part of retirement planning.”
Neel Patel writes for Wired about how MIT researchers have trained their robotic cheetah to detect and leap over obstacles. The robot “estimates the height, size, and distance of objects in its path, and adjusts its approach to prepare a jump and safe landing—all without slowing down.”
Writing for The Washington Post, Rachel Feltman describes how the MIT robotic cheetah can jump over obstacles up to 18 inches tall. “The robot uses an algorithm to gauge the height and distance of upcoming obstacles, so it can clear them without breaking its (record-breaking) stride,” Feltman explains.