An anonymous reader writes: Bitcoin is getting smashed. The cryptocurrency was down 18% to about $892 per coin as of 8:17 a.m. ET on Thursday. It is the biggest drop in two years. Earlier this week, on its first trading day of the new year, Bitcoin crossed above the $1, 000 mark for the first time since 2013, but it has now tumbled below that level. Read more of this story at Slashdot.
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Bitcoin Is Crashing
Reader Mark Wilson writes: Earlier in the year, a huge DDoS attack was launched on Krebs on Security. Analysis showed that the attack pelted servers with 620 Gbps, and there were fears that the release of the Mirai source code used to launch the assault would lead to a rise in large-scale DDoS attacks. Welcome Leet Botnet. In the run-up to Christmas, security firm Imperva managed to fend off a 650 Gbps DDoS attack. But this was nothing to do with Mirai; it is a completely new form of malware, but is described as “just as powerful as the most dangerous one to date”. The concern for 2017 is that “it’s about to get a lot worse”. Clearly proud of the work put into the malware, the creator or creators saw fit to sign it. Analysis of the attack showed that the TCP Options header of the SYN packets used spelled out l33t, hence the Leet Botnet name. Read more of this story at Slashdot.
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Bigger Than Mirai: Leet Botnet Delivers 650 Gbps DDoS Attack
We’ve all stolen things from work—pencils, pens, maybe a notebook—but this Foxconn employee went a little too far. According to AsiaOne , a former senior manager at the world’s largest electronics maker and assembler was charged with stealing and selling 5, 700 iPhones for a value of about $1.56 million. Read more…
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Foxconn Employee Steals 5,700 iPhones Before Getting Caught
Dave Knott writes: A Canadian farmer has “helped lead to a researcher’s discovery of an unlikely weapon in the battle against global warming: a seaweed that nearly eliminates the destructive methane content of cow burps and farts, ” reports the CBC. “Joe Dorgan began feeding his cattle seaweed from nearby beaches more than a decade ago as a way to cut costs… Then researcher Rob Kinley of Dalhousie University caught wind of it.” He tested Dorgan’s seaweed mix, discovering that it reduced the methane in the cows’ burps and farts by about 20 per cent. “Kinley knew he was on to something, so he did further testing with 30 to 40 other seaweeds. That led him to a red seaweed Asparagopsis taxiformis he says reduces methane in cows burps and farts to almost nothing.” “Ruminant animals are responsible for roughly 20% of greenhouse gas emissions globally, so it’s not a small number, ” said Kinley, an agricultural research scientist now working at the Commonwealth Scientific and Industrial Research Organisation in Queensland, Australia. “We’re talking numbers equivalent to hundreds of millions of cars.” The researcher predicts a seaweed-based cow feed could be on the market within three to five years, according to the article. “He says the biggest challenge will be growing enough seaweed.” Read more of this story at Slashdot.
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Feeding Seaweed To Cows Eliminates Methane Emissions
More than one million formerly broken links in the English Wikipedia have been updated to archived versions from the Wayback Machine, thanks to a partnership between the Internet Archive, and volunteers from the Wikipedia community, and the Wikimedia Foundation. From a blog post: The Internet Archive, the Wikimedia Foundation, and volunteers from the Wikipedia community have now fixed more than one million broken outbound web links on English Wikipedia. This has been done by the Internet Archive’s monitoring for all new, and edited, outbound links from English Wikipedia for three years and archiving them soon after changes are made to articles. This combined with the other web archiving projects, means that as pages on the Web become inaccessible, links to archived versions in the Internet Archive’s Wayback Machine can take their place. This has now been done for the English Wikipedia and more than one million links are now pointing to preserved copies of missing web content. What do you do when good web links go bad? If you are a volunteer editor on Wikipedia, you start by writing software to examine every outbound link in English Wikipedia to make sure it is still available via the “live web.” If, for whatever reason, it is no longer good (e.g. if it returns a “404” error code or “Page Not Found”) you check to see if an archived copy of the page is available via the Internet Archive’s Wayback Machine. If it is, you instruct your software to edit the Wikipedia page to point to the archived version, taking care to let users of the link know they will be visiting a version via the Wayback Machine. Read more of this story at Slashdot.
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Wikipedia Community and Internet Archive Partner To Fix One Million Broken Links on Wikipedia
An anonymous reader quotes a report from The Verge: Today, SpaceX CEO Elon Musk unveiled the Mars vehicle — the spaceship his company plans to build to transport the first colonists to Mars. It will have a diameter of 17 meters. The plan is to send about 100 people per trip, though Musk wants to ultimately take 200 or more per flight to make the cost cheaper per person. The trip can take as little as 80 days or as many as 150 depending on the year. The hope is that the transport time will be only 30 days “in the more distant future.” The rocket booster will have a diameter of 12 meters and the stack height will be 122 meters. The spaceship should hold a cargo of up to 450 tons depending on how many refills can be done with the tanker. As rumored, the Mars vehicle will be reusable and the spaceship will refuel in orbit. The trip will work like this: First, the spaceship will launch out of Pad 39A, which is under development right now at the Kennedy Space Center at Cape Canaveral, Florida. At liftoff, the booster will have 127, 800 kilonewtons of thrust, or 28, 730, 000 pounds of thrust. Then, the spaceship and booster separate. The spaceship heads to orbit, while the booster heads back to Earth, coming back within about 20 minutes. Back on Earth, the booster lands on a launch mount and a propellant tanker is loaded onto the booster. The entire unit — now filled with fuel — lifts off again. It joins with the spaceship, which is then refueled in orbit. The propellant tankers will go up anywhere from three to five times to fill the tanks of the spaceship. The spaceship finally departs for Mars. To make the trip more attractive for its crew members, Musk promises that it’ll be “really fun” with zero-G games, movies, cabins, games, a restaurant. Once it reaches Mars, the vehicle will land on the surface, using its rocket engines to lower itself gently down to the ground. The spaceship’s passengers will use the vehicle, as well as cargo and hardware that’s already been shipped over to Mars, to set up a long-term colony. At the rate of 20 to 50 total Mars trips, it will take anywhere from 40 to 100 years to achieve a fully self-sustaining civilization with one million people on Mars, says Musk. Read more of this story at Slashdot.
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Elon Musk Proposes Spaceship That Can Send 100 People To Mars In 80 Days
Joseph Menn and John Walcott, reporting for Reuters: A U.S. investigation into a leak of hacking tools used by the National Security Agency is focusing on a theory that one of its operatives carelessly left them available on a remote computer and Russian hackers found them, four people with direct knowledge of the probe told Reuters. The tools, which enable hackers to exploit software flaws in computer and communications systems from vendors such as Cisco Systems and Fortinet Inc, were dumped onto public websites last month by a group calling itself Shadow Brokers. The public release of the tools coincided with U.S. officials saying they had concluded that Russia or its proxies were responsible for hacking political party organizations in the run-up to the Nov. 8 presidential election. On Thursday, lawmakers accused Russia of being responsible. Various explanations have been floated by officials in Washington as to how the tools were stolen. Some feared it was the work of a leaker similar to former agency contractor Edward Snowden, while others suspected the Russians might have hacked into NSA headquarters in Fort Meade, Maryland. Read more of this story at Slashdot.
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Probe Of Leaked US NSA Hacking Tools Examines Operative’s Mistake
An anonymous reader writes from a report via The Next Web: Microsoft CEO Satya Nadella has really embraced open source over the past couple of years. GitHub, a site that is home to a number of the web’s biggest collaborative code projects, has counted more than 5.8 million active users on its platform over the past 12 months, and says that Microsoft has the most open source contributors. Microsoft has 16, 419 contributors, beating out Facebook’s 15, 682 contributors, Docker’s 14, 059 contributors, and Google’s 12, 140 contributors. The Next Web reports: “Of course, this didn’t happen overnight. In October 2014, it open sourced its .NET framework, which is the company’s programming infrastructure for building and running apps and services — a major move towards introducing more developers to its server-side stack. Since then, it’s open sourced its Chakra JavaScript engine, Visual Studio’s MSBuild compiling engine, the Computational Networks Toolkit for deep learning applications, its Xamarin tool for building cross-platform apps and most recently, PowerShell. It’s also worth noting that the company’s Visual Studio Code text editor made GitHub’s list of repositories with the most contributors. You can check out these lists, as well as other data from GitHub’s platform on this page.” GitHub CEO Chris Wanstrath said in an interview with Fortune, “The big .Net project has more people outside of Microsoft contributing to it than people who work at Microsoft.” Read more of this story at Slashdot.
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Microsoft Has More Open Source Contributors On GitHub Than Facebook and Google
dcblogs writes from a report via Computerworld: The University of California is laying off a group of IT workers at its San Francisco campus as part of a plan to move work offshore. Laying off IT workers as part of a shift to offshore is somewhere between rare and unheard-of in the public sector. The layoffs will happen at the end of February, but before the final day arrives the IT employees expect to train foreign replacements from India-based IT services firm HCL. The firm is working under a university contract valued at $50 million over five years. This layoff affects 17% of UCSF’s total IT staff, broken down this way: 49 IT permanent employees will lose their jobs, along with 12 contract employees and 18 vendor contractors. This number also includes 18 vacant IT positions that won’t be filled, according to the university. Governments and publicly supported institutions, such as UC, have contracted with offshore outsourcers, but usually it’s for new IT work or to supplement an existing project. The HCL contract with UCSF can be used by other UC campuses, which means the layoffs may expand across its 10 campuses. HCL is a top user of H-1B visa workers. Read more of this story at Slashdot.
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University of California Hires India-Based IT Outsourcer, Lays Off Tech Workers
An anonymous reader writes from a report via The Next Web: T-Mobile plans to boost its LTE speeds to up to 400 Mbps in the very near future. The Next Web reports: “The company is getting ready to boost its maximum theoretical internet speeds to become the faster carrier in the U.S. by a wide margin. The network will soon support theoretical speeds up to 400 Mbps — nearly half the speed of Google Fiber. There’s a two-pronged approach to the upgrade. First is incorporating 4×4 MIMO (multiple input, multiple output) technology, which will supposedly double the speed from the current 7-40 Mbps customers tend to experience with T-Mobile (about the same as Verizon with LTE-A). This upgrade is available now in 319 cities, although it’s a moot point because only the S7 and S7 Edge will be able to use the tech via a software update “later this month.” In October, the company will roll out 256 QAM support to the S7 and S7 Edge (and again, more phones later), which increases the amount of bits per transmission. T-Mobile says this will lead to theoretical maximum speeds of 400 Mbps.” The Next Web followed-up with T-Mobile to ask about what the real-world speeds would be after the upgrade. The company says “customers can expect to see real world peak speeds of 190 Mbps, ” which is over four times current peaks speeds, but also far below the theoretical 400 Mbps. Read more of this story at Slashdot.