Aaron Swartz would be proud of Alexandra Elbakyan. The 27-year-old is at the center of a lawsuit brought by a leading science publisher that is labeling her a hacker and infringer. (credit: Courtesy of Alexandra Elbakyan) Stop us if you’ve heard this before: a young academic with coding savvy has become frustrated with the incarceration of information. Some of the world’s best research continues to be trapped behind subscriptions and paywalls. This academic turns activist, and this activist then plots and executes the plan. It’s time to free information from its chains—to give it to the masses free of charge. Along the way, this research Robin Hood is accused of being an illicit, criminal hacker. This, of course, describes the tale of the late Aaron Swartz . His situation captured the Internet’s collective attention as the data crusader attacked research paywalls. Swartz was notoriously charged as a hacker for trying to free millions of articles from popular academic hub JSTOR. At age 26, he tragically committed suicide just ahead of his federal trial in 2013. But suddenly in 2016, the tale has new life. The Washington Post decries it as academic research’s Napster moment, and it all stems from a 27-year-old bioengineer turned Web programmer from Kazakhstan (who’s living in Russia). Just as Swartz did, this hacker is freeing tens of millions of research articles from paywalls, metaphorically hoisting a middle finger to the academic publishing industry, which, by the way, has again reacted with labels like “hacker” and “criminal.” Read 30 remaining paragraphs | Comments
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A spiritual successor to Aaron Swartz is angering publishers all over again
mask.of.sanity writes: Thieves can hijack $28, 000 professional drones used widely across the law enforcement, emergency, and private sectors using $40 worth of hardware. The quadcopters can be hijacked from up to two kilometers away thanks to a lack of encryption, which is not present due to latency overheads. Attackers can commandeer radio links to the drones from up to two kilometers away, and block operators from reconnecting to the craft. With the targeted Xbee chip being very common in drones, IBM security guy Nils Rodday says it is likely many more aircraft are open to compromise. Read more of this story at Slashdot.