Press2ToContinue writes: Apple's Lightning cable cartel be damned: Switzerland is moving forward with a plan for a single, universal phone charger across the country, standardizing phone chargers across the board. While the exact standard hasn't been mentioned yet, it wouldn't be hard to guess the standard: Micro USB, used across phone platforms, most especially Android, which has a gigantic chunk of the cell phone market worldwide.

The likely loser? Apple, which has relied on proprietary chargers since introducing the iPhone in 2007. While many companies have tried releasing generic cables, Apple often relies on DRM software to ensure that it's an Apple certified cable, charging $19 a piece for the Lightning charger used by the iPhone 5 and 6 and similar models.

What do you think -- are government-mandated standards for chargers a good idea? Despite the success of the standard household 3-prong electrical plug, doesn't this hamper progress? China seems to have done most of the work on the wall-circuit side of the equation,several years ago. But as to the "standard" 3-prong plug, any particular plug type is only as universal as the sockets and voltages they supply.

An anonymous reader writes: I have a shelf full of books and other book-like things ranging from old to very old that I would like to turn into PDFs (or other similarly portable format), and have been on a slow-burn quest for the right hardware and method to do so on a budget. These are mostly sentimental — things handed down over generations, and they include family bibles, notebooks, and photo albums, as well as some conventional — published, bound — books from the late 19th and early 20th Century. None of them are especially valuable as antiques, as far as I know; my goals in preserving them are a) to make them available to other people in my family who are into genealogy or just nostalgia, and b) so I can read some of those old, interesting books (et cetera) without endangering them any more than it takes to scan them once. I was intrigued by the (funded, but not yet available) scanner mentioned earlier this year on Slashdot; it seems to do a lot of things right, but like any crowdfunded project, the proof is in the pudding, and the pudding hasn't yet arrived. It's also cheap, and that fits my household budget. What methods and hardware are you using to scan old documents? Any tips you have from a similar project, with regard to hardware, treatment of the materials being scanned, light sources, file formats, clean-up and editing tools, file-size-vs-resolution tradeoffs? In the end, I'm likely to err toward high-resolution scans, since they can be knocked down to size later if need be, but I'd be interested in hearing about what tradeoffs you've found to work for you.

One big question that I'd like to have answered: Is there stand-alone Free / Open Source software, or even just cheap software (I am mostly on Linux, by choice, but won't leap onto a sword to keep my Free Software purity) that makes for easy correction of the distortion introduced by camera-based imaging? If I could easily uncurl and keystone-correct pages, then a lot of input methods (even my phone) are suddenly much more attractive. My old Casio camera could do this 10 years ago, but I haven't found a free software desktop utility that lets me turn photos into nicely squared-up pages.

New submitter writes: I just replaced my dishwasher with a basic, inexpensive Sears model. It works fine, but only has 3 different wash cycles. I'm betting that the code to manage more cycles (as in more-expensive models) is already in the microcontroller and just needs inputs to select it. Is there any information available on this? Beyond dishwashers, have you done any useful hacks to household appliances more generally? I'd probably support a Kickstarter project that adds nice wireless notifications to my oven, clothes washer, and dishwasher.

An anonymous reader writes: Back in February, Sony unloaded the part of its business that built PCs. Now, a year later, competitor Fujitsu is doing the same. The company announced it would be spinning off its PC and mobile business, effective 1 February 2016. Your first reaction was probably, "Fujitsu had a PC and mobile business?" You're not alone, and this is likely why the split is happening. In their press release, they say, "With the ongoing commoditization of ubiquitous products, mainly of PCs and smart phones, it has become increasingly difficult to achieve differentiation, and competition with emerging global vendors has intensified." More simply: they couldn't make a competitive product. Hopefully, this is the start of a trend; the race to zero in the Windows laptop market is finally killing off some of the participants.

An anonymous reader writes: Marc Andreessen, co-founder of Netscape, is one of the biggest investors in technology. In an interview with The Telegraph, he spoke about how he envisions the future of computing. It's essentially an extension on the idea of the "Internet of Things." He thinks mobile phones will begin to be replaced in just 10 years. "The idea that we have a single piece of glowing display is too limiting. By then, every table, every wall, every surface will have a screen or can project." Within 20 years, he expects most new physical objects to have some sort of chip implanted within them. "The end state is fairly obvious — every light, every doorknob will be connected to the internet." The term for this is "ambient computing." There will obviously be a transition period — perhaps the so-called internet of things is just an early phase of that transition. But with powerful chips and sensors becoming incredibly cheap, Andreessen's scenario seems possible. I guess it's time to get cracking on those security and privacy concerns.

dkatana writes: AWS started out defining its virtual CPUs as being composed of EC2 compute units, or ECUs, which it defined as an equivalent to a physical Xeon processor. However, a virtual CPU now looks suspiciously variable... A virtual CPU is whatever Amazon wants to offer in an instance series. The user has no firm measure to go by. From the article: [B]y doing a little math, you could actually compare what you were getting in virtual CPUs in EC2 versus Azure. Also by doing a little math, you knew how to compare one Amazon instance to another based on the ECU count in each virtual CPU. Microsoft didn't look too bad in the comparison. That is one of the casualties of the nomenclature change. I have searched for updated information on how a virtual CPU is measured and found nothing comparable to the definition of the 2012 ECU measure. I have questioned Amazon representatives three times between Oct. 27 and Dec. 21, and don't have much of an answer."

An anonymous reader writes: While the Western vision of an internet café includes a shoddy WiFi hotspot and a few old desktops running Windows XP, the Chinese counterpart is more closely related to LAN gaming centers, offering up not only high speed internet access but also high performance gaming systems. In an effort to expose this quite massive population of gamers to virtual reality, HTC announced a partnership with ShunWang Technology, the software provider behind some 70% of China's internet café market. ShunWang plans to roll out arcade-like Vive VR systems to partner internet cafés across China.

Evidently even Forrest Mimms isn't famous enough to fly without hassle when carrying a briefcase full of electronics; he writes at Make about his experiences, both before and after 2001. A relevant slice: After police were called when I was going through security at the San Antonio International Airport and after major problems going through security in Kona, Hawaii, I finally realized the obvious: Most people who don’t make things have no idea how to evaluate homemade equipment. Some are terrified by exposed wires and circuit boards, maybe because of bomb scenes in movies. So I gave up. Now my carryon bag is only half stuffed with electronics; the rest is shipped ahead via FedEx.

JustAnotherOldGuy writes: Peter "brokep" Sunde, co-founder of The Pirate Bay, has built a machine that makes 100 copies per second of Gnarls Barkley's "Crazy," storing them in /dev/null (which is of course, deleting them even as they're created). The machine, called a "Kopimashin," is cobbled together out of a Raspberry Pi, some hacky python that he doesn't want to show anyone, and an LCD screen that calculates a running tally of the damages he's inflicted upon the record industry through its use. The 8,000,000 copies it makes every day costs the record industry $10m/day in losses. At that rate, they'll be bankrupt in a few weeks at most.

An anonymous reader writes: Earlier this month, Mozilla announced that Firefox OS smartphones would no longer be sold via carriers. Because the company refused to talk about what's next for Firefox OS, aside from saying it will experiment with "connected devices," many were left simply to speculate as to what could be in the pipeline. Today, we have a leaked document, which Mozilla confirmed is legitimate. My favorite of the concepts is a Raspberry Pi-based keyboard.

An anonymous reader sends word that many online systems at the United States Patent and Trademark Office are down due to damaged equipment after a power outage. A statement from the USPTO reads in part: "A major power outage at USPTO headquarters occurred last night resulting in damaged equipment that required the subsequent shutdown of many of our online and IT systems. This includes our filing, searching, and payment systems, as well as the systems our examiners across the country use. We are working diligently to assess the operational impact on all our systems and to determine how soon they can be safely brought back into service in the coming days. We understand how critical these systems are for our customers, and our teams will continue to work around the clock to restore them as quickly as possible, though the impacts may be felt through the Christmas holiday. We know many people have questions regarding filing and payment deadlines. We are reviewing this topic and will provide an update when we have further information."

hypnosec writes: Oak Ridge National Laboratory has successfully produced 50 grams of plutonium-238, an isotope that produces heat without a lot of other, problematic radiation. This makes it suitable for use in radioisotope thermoelectric generators, which can power space probes. The new sample effectively revives the U.S.'s end-to-end plutonium-238 production capabilities, which have been dormant for around 30 years since work was stopped at the Savannah River Plant in South Carolina. The ORNL is optimistic this important milestone will pave the way for regular production of the material, ensuring constant supply for NASA's future missions.

mdsolar writes: The Department of Energy is formally launching its initiative aimed at establishing a disposal site for spent nuclear fuel. The department said Monday that it is accepting input on the disposal plan, which centers on finding at least one place to store spent fuel, with the consent of the local community. Officials are also planning forums throughout 2016 to inform a more concrete plan for establishing a disposal site. It's a key step toward rolling out what the Obama administration thinks is the best way forward for nuclear waste disposal. It stands in stark contrast to the proposed Yucca Mountain nuclear waste repository in Nevada, which was designated by Congress to be the country's main waste site, but which the Obama administration canceled amid strong local and state opposition to it.

sciencehabit writes: NASA has suspended its next mission to Mars after problems with a French-built seismological instrument could not be fixed in time for the scheduled launch. The mission, a lander called InSight that was to listen for tremors on Mars as a way of understanding the planet's interior, will not launch in March 2016, the agency said today. NASA has not announced a new launch date, but because of the relative orbits of Mars and Earth, the agency will have to wait at least 26 months before it can try to launch again. The troublesome instrument is called the Seismic Experiment for Interior Structure; the Max Planck Institute, one of the instrument's developers, has a nice page outlining SEIS's construction and function.

davidwr writes: A security researcher and the Associated Press are reporting that hackers have infiltrated many of the United States' power grid networks. "About a dozen times in the last decade, sophisticated foreign hackers have gained enough remote access to control the operations networks that keep the lights on, according to top experts who spoke only on condition of anonymity due to the sensitive nature of the subject matter." Exfiltrated data included engineering plans and other non-public information that could aid an attacker later, as well as account credentials. Multiple companies were affected, but one of the more notable ones was the energy provider Calpine. "Circumstantial evidence such as snippets of Persian comments in the code helped investigators conclude that Iran was the source of the attacks. Calpine didn't know its information had been compromised until it was informed by Cylance, Kerr said."

itwbennett writes: In a blog post on Rapid7's community portal Sunday, HD Moore posted some notes on the Juniper ScreenOS incident, notably that his team discovered the backdoor password that enables the Telnet and SSH bypass. Quoting: "Although most folks are more familiar with x86 than ARM, the ARM binaries are significantly easier to compare due to minimal changes in the compiler output. ... Once the binary is loaded, it helps to identify and tag common functions. Searching for the text "strcmp" finds a static string that is referenced in the sub_ED7D94 function. Looking at the strings output, we can see some interesting string references, including auth_admin_ssh_special and auth_admin_internal. ... The argument to the strcmp call is <<< %s(un='%s') = %u, which is the backdoor password, and was presumably chosen so that it would be mistaken for one of the many other debug format strings in the code. This password allows an attacker to bypass authentication through SSH and Telnet, as long as they know a valid username. If you want to test this issue by hand, telnet or ssh to a Netscreen device, specify a valid username, and the backdoor password. If the device is vulnerable, you should receive an interactive shell with the highest privileges."

1sockchuck writes: Over the past decade, there have been repeated predictions of the imminent arrival of higher rack power densities. Yet extreme densities have remained focused in high performance computing. Now data center providers are beginning to adapt their designs for higher densities. One of these companies is Colovore, which is among a cliuster of companies adopting chilled-water cooling doors for their cabinets (LinkedIn is another). They say the move to higher densities is driven in part by a generational change in IT teams, as younger engineers are less worried about high-density strategies using water in the data center. "A lot of them grew up with PC gaming and water cooling right in their living room," said a Colovore executive.

hypnosec writes: High-Speed Operando Tomography and Digital Volume Correlation have been used by a University College London-led team to show in real-time how lithium batteries degrade as they are used. Real-time 3D images of active, commercial Li/MnO2 disposable batteries were captured using X-ray computed tomography (CT) and advanced digital volume correlation software. The images formed cross-section time-lapse videos showing the damage occurring on the electrodes inside the battery in real-time.

MojoKid writes: Since the original iPhone was released in 2007, we have seen some incredible advances in smartphone processing power along with a wealth of feature improvements like faster Wi-Fi and cellular speeds and larger, higher resolution displays. However, battery technology, for the most part, hasn't kept up. There are a few major battery suppliers but Sony is currently an underdog, commanding just 8 percent of the market for compact lithium-ion batteries. Its three largest competitors — Samsung (SDI), Panasonic and LG Chem — each command around 20 percent of the market. In an effort to change that, Sony is developing a new type of battery chemistry that can boost runtimes by 40 percent compared to lithium-ion batteries of the same volume. Sony's batteries use a sulfur compound instead of lithium compounds for the positive electrodes, reportedly allowing for much great energy density. Sulfur batteries can also supposedly be made 30 percent smaller than traditional lithium-ion cells while maintaining the same run times. The company is now working to ensure that the new battery chemistry is safe enough for commercial use.

aarondubrow writes: Today, the National Science Foundation, in partnership with the DoD, NASA, NIH, and USDA, announced $37 million in new awards to spur the development and use of co-robots — robots that work cooperatively with people. From unmanned vehicles that can inspect and fix ailing infrastructure to co-robots that can collaborate with workers on manufacturing tasks, scientists and engineers are developing the next generation of robots that can handle critical tasks in close proximity to humans, providing for unprecedented safety and resilience. This year, the initiative funded 66 new research proposals to 49 distinct institutions in 27 states.