5G Internet is the ‘Beginning of the Fourth Industrial Revolution’

Next-generation 5G mobile internet technology marks the beginning of the “fourth industrial revolution, ” the chief executive of Turkey’s leading telecoms player told CNBC on Thursday. From a report: 5G is viewed as a technology that can support the developing Internet of Things (IOT) market, which refers to millions — or potentially billions — of internet-connected devices that are expected soon to come on to the market. Kaan Terzioglu, the chief executive of Turkcell, which has a market capitalization of $23 billion, touted the potential of the technology, saying that while 4G revolutionized the consumer market, 5G could transform the industrial space. “I think this is the beginning of the fourth generation of the industrial revolution. This will be the platform linking billions of devices together, ” Terzioglu told CNBC at the World Economic Forum in Davos. Turkcell has been working on 5G technologies since 2013 and this week completed a test in partnership with Ericsson, using the next-generation internet. Read more of this story at Slashdot.

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5G Internet is the ‘Beginning of the Fourth Industrial Revolution’

Steam Quietly Adds the Ability to Move Game Install Folders

While you’ve been able to change the default install folder in Steam for a while, moving games you’ve already installed has been a pain . Valve seems ready to fix that with a new feature that lets you move games with a couple clicks. Read more…

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Steam Quietly Adds the Ability to Move Game Install Folders

Weather phenomenon of light pillars vs. northern lights

YouTuber and photographer Timmy Joe saw spectacular light pillars on an arctic January night from his northern Ontario home. He thought they were northern lights until he went to investigate. It’s a totally different phenomenon, as he helpfully explains. (more…)

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Weather phenomenon of light pillars vs. northern lights

Build Your Own Smartphone-Connected Door Lock With a Raspberry Pi

You can purchase a smart lock that you control with your phone easily enough, but it’s much more fun to actually make one yourself. YouTubers Hacker House make one with a Raspberry Pi. Read more…

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Build Your Own Smartphone-Connected Door Lock With a Raspberry Pi

The Original iPhone Is Dead

The original iPhone has died. AT&T, the phone’s only carrier, decided to end its support for 2G cellular networks , thus rendering the original iPhone useless. This means that iPhone can no longer make calls or send text messages. He was just nine and a half years old. Read more…

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The Original iPhone Is Dead

Ötzi the Iceman Was Making Prosciutto Over 5,000 Years Ago

New research on Ötzi the Iceman, an exquisitely preserved 5, 300-year-old human found in a European glacier, shows that he ate a form of dry-cured meat known as “speck”—a fatty, bacon-like snack that’s still found on charcuterie boards today. Read more…

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Ötzi the Iceman Was Making Prosciutto Over 5,000 Years Ago

Krebs pinpoints the likely author of the Mirai botnet

The Mirai botnet caused serious trouble last fall, first hijacking numerous IoT devices to make a historically massive Distributed Denial-Of-Service (DDoS) attack on KrebsOnSecurity’s site in September before taking down a big chunk of the internet a month later. But who’s responsible for making the malware? After his site went dark, security researcher Brian Krebs went on a mission to identify its creator, and he thinks he has the answer : Several sources and corroborating evidence point to Paras Jha, a Rutgers University student and owner of DDoS protection provider Protraf Solutions. About a week after attacking the security site, the individual who supposedly launched the attack, going by the username Anna Senpai, released the source code for the Mirai botnet, which spurred other copycat assaults. But it also gave Krebs the first clue in their long road to uncover Anna Senpai’s real-life identity — an investigation so exhaustive, the Krebs made a glossary of cross-referenced names and terms along with an incomplete relational map . The full story is admittedly lengthy, clocking in at over 8000 words, but worth the time to understand how botnet wranglers make money siccing their zombie device armies on unsuspecting targets. The sources that pointed Krebs to Anna Senpai’s identity were involved in using botnets on behalf of shadowy clients, unleashing them on security companies protecting lucrative Minecraft servers that host thousands of players. When their online gaming is obstructed — say, by repeated and annoying DDoS attacks — players leave, giving servers an incentive to jump ship to whichever security provider can ensure protection…in this case, providers that arranged for the botnet attacks in the first place. According to Krebs’ source, his security site was looped into the botnet war after it revealed information in early September leading to the arrest of the two hackers behind the Israeli ‘vDos’ attack service. Anna Senpai was allegedly paid to unleash Mirai on the KrebsOnSecurity site by vengeful clients who’d used the now-defunct vDos, cementing the security firm’s interest. Source: KrebsOnSecurity

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Krebs pinpoints the likely author of the Mirai botnet

Harvard’s soft exosuit makes walking 23 percent easier

Harvard Wyss Institute researchers have been working on a soft exosuit with DARPA’s financial help for years. While they were able to present a proof of concept in 2016, it’s only now that they’ve found out just how much the suit can actually help its wearer. According to a new study published in Science Robotics , Harvard’s exosuit reduces the energy a user needs to exert while walking by 23 percent. It does that by providing assistive force to the ankle at the perfect moment when you take another step. Team leader Conor Walsh said that’s the highest percentage of reduction in energy use observed with an exosuit: “In a test group of seven healthy wearers, we clearly saw that the more assistance provided to the ankle joints, the more energy the wearers could save with a maximum reduction of almost 23% compared to walking with the exosuit powered-off. To our knowledge, this is the highest relative reduction in energy expenditure observed to date with a tethered exoskeleton or exosuit.” Of course, assistive force wouldn’t be as helpful without an effective design. As Wired explains, the muscles and tendons from the hip to the knee need to work together in stabilizing the leg to achieve an efficient stride. So the researchers couldn’t stop with something that only covers the ankles — they had to use garters to connect the ankle straps to a hip girdle. The result is the exosuit’s current form, which you can see below. That said, the researchers admit that they need to conduct follow-up tests. For one, they had the subjects offload the exosuit’s cable-based actuation, electronics and battery units before conducting the experiment. Those make up an additional 17-plus pounds that would have changed the wearers’ situation. Further, they found that the subjects’ gaits changed depending on how much assistive force they provided, which was between 10 to 38 percent of the ankle force needed to take a step. They still need to explore the possibility that the reduction in energy is a result of the subjects’ change in gait rather than the assistive force itself. In the future, Harvard’s exosuit could help the elderly and patients suffering from Parkinson’s, cerebral palsy and other conditions to walk well on their own. As you can guess from that DARPA funding, though, it also has a potential military application: the agency hopes it can help soldiers carry heavy supplies far longer than they’d normally be able to. [Image credit: Wyss Institute at Harvard University] Via: Wired , New Scientist Source: Harvard’s Wyss Institute

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Harvard’s soft exosuit makes walking 23 percent easier

That critical “ImageTragick” bug Ars warned you about? It cost Facebook $40k

Last May, Ars reported that a critical vulnerability in a widely used image-processing application left a huge number of websites open to attacks that allowed hackers to execute malicious code on the underlying servers. More than five months later, Facebook paid a $40,000 bounty after discovering it was among those at risk. On Tuesday, researcher Andrey Leonov, said he was able to exploit the vulnerability in the ImageMagick application by using a tunneling technique based on the domain name system that bypassed Facebook firewalls. The firewalls had successfully protected against his earlier exploit attempts. Large numbers of websites use ImageMagick to quickly resize images uploaded by users. “I am glad to be the one of those who broke the Facebook,” Leonov wrote in a blog post that gave a blow-by-blow account of how he exploited the ImageMagick vulnerability. Two days after the researcher privately shared the exploit with Facebook security personnel, they patched their systems. Ten days after that, they paid Leonov $40,000, one of the biggest bounties Facebook has ever paid. Read 4 remaining paragraphs | Comments

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That critical “ImageTragick” bug Ars warned you about? It cost Facebook $40k