FuzzNugget writes "After the Economic Development Administration (EDA) was alerted by the DHS to a possible malware infection, they took extraordinary measures. Fearing a targeted attack by a nation-state, they shut down their entire IT operations, isolating their network from the outside world, disabling their email services and leaving their regional offices high and dry, unable to access the centrally-stored databases. A security contractor ultimately declared the systems largely clean, finding only six computers infected with untargeted, garden-variety malware and easily repaired by reimaging. But that wasn't enough for the EDA: taking gross incompetence to a whole new level, they proceeded to physically destroy $170,500 worth of equipment (PDF), including uninfected systems, printers, cameras, keyboards and mice. After the destruction was halted — only because they ran out of money to continue smashing up perfectly good hardware — they had racked up a total of $2.3 million in service costs, temporary infrastructure acquisitions and equipment destruction."

DavidGilbert99 writes "Jeri Ellsworth has opened up about her time at games developer Valve and has hit out strongly at the so-called flatpack management structure. She says that despite Valve's claims of a democratic structure, there is a layer of powerful management in place and when she was fired she felt like she had been stabbed in the back. 'If I sound bitter, it's because I am. I am really, really bitter. They promised me the world and then stabbed me in the back.'" Develop Online has a good transcript. In the end, Gabe Newell at least let her team keep the rights to their augmented reality hardware. She also notes that she still loves Valve, but the management and bonus structure resulted in communication breakdowns at Valve's size. It does seem that a flat structure can work: Andy Wingo has been weblogging about working at Igalia and seems pretty positive about the experience.

cylonlover writes "Li-ion batteries may be ok for your smartphone, but when it comes to large-scale energy storage, the priorities suddenly shift from compactness and cycling performance (at which Li-ion batteries excel) to low cost and environmental feasibility (in which Li-ion batteries still have much room for improvement). A new 'wood battery' could allow the emerging sodium-ion battery technology to fit the bill as a long-lasting, efficient and environmentally friendly battery for large-scale energy storage."

An anonymous reader writes "Last October, we discussed Andrew 'bunnie' Huang's effort to build a complete open hardware laptop, called the Novena. bunnie has now posted a progress report on the laptop's design and construction, showing the latest revision of the board, the display, and a hack to use it as a secure router. bunnie says, 'At the end of the day, we're having fun building the laptop we always wanted — it's now somewhere between a python-scriptable oscilloscope, logic analyzer, and a laptop. I think it will be an indispensable tool for hacking, particularly for doing signal analysis which requires coordination across multiple protocol layers, complex trigger conditions and/or feedback stimulus loops. As for the inevitable question about if these will be sold, and for how muchonce we're done building the system (and, "done" is a moving target — really, the whole idea is this is continuously under development and improving) I'll make it available to qualified buyers. Because it's open-source and a bit quirky, I'm shy on the idea of just selling it to anyone who comes along wanting a laptop. I'm worried about buyers who don't understand that "open" also means a bit of DIY hacking to get things working, and that things are continuously under development."

An anonymous reader writes "South African Quentin Harley has picked up the $20,000 Gada Uplift prize for making the open source RepRap 3D printer design easier to build, cheaper to construct, and — most importantly — capable of printing more of its own parts. Lots of background on Harley and his RepRap Morgan are available on his website." A further goal of the RepRap Morgan project is to replace the Prusa Mendel as the default RepRap model. And they are on track to hit less than $100 in parts, excluding the printing bed. You can grab the hardware design and the controller firmware over at Github.

RockDoctor writes "After spending several years on supporting the uptake of 3-D TV, the BBC has accepted that people don't want it, and are turning off their 3-D channels following an uptake of under 5% of households with 3-D equipment. I can just feel the joy at not having wasted my money on this technology."

beaverdownunder writes "Melbourne restauranteur Paul Mathis has developed a one-character replacement for the word 'The' – effectively an upper-case 'T' and a lower-case 'h' bunched together so they share the upright stem – and an app that puts it in everyone's hand by allowing users to download an entirely new keyboard complete not just with his 'Th' symbol, but also a row of keys containing the 10 or 15 (depending on the version) most frequently typed words in English. Mathis has already copped criticism from people who claim he is attempting to trademark a symbol that is part of the Serbian Cyrillic alphabet (pronounced 'tshe,' the letter represents the 'ch' sound found in the word 'chew')."

MojoKid writes "The semiconductor market for mobile and hand-held devices has changed dramatically in the past six years and ARM has had to evolve along side it. ARM's IP focus allows it to dedicate all its resources to building a great design rather than committing to any single manufacturing process node, customer, or foundry. Architectural design and implementation is done very much in partnership with both foundries (TSMC, GlobalFoundries) and licensees like Samsung or Qualcomm. The difference between the way Intel goes to market and ARM's model is more nuanced than the simple ownership of manufacturing facilities. Owning its own fab means that Intel can tweak process technology to match the particulars of a given architecture (and vice-versa). It also gives the company far more flexibility when planning future nodes. If Intel feels that integrating Peanut Butter Silicon on Insulator (PB-SOI) is the best way to hit its performance and power consumption targets at 14nm, for example, it can make that happen internally. ARM, in contrast, is limited by the decisions of the foundry manufacturers it partners with."

Wayne2 writes "While there have been many attempts to preserve human knowledge in electronic format, it occurred to me that these attempts all assume that human civilization remains more or less intact. Given humanity's history of growth and collapse with knowledge repeatedly gained then lost, has anyone considered a more permanent solution? I realize that this could be very difficult and/or expensive depending on how long we want to preserve the information and what assumptions we make regarding posterity's ability to access it. Alternatively, are we, as a species, willing to start over if we experience a catastrophe, pandemic, etc. of significant magnitude on a global scale that derails our progress and sends us back to the dark ages or worse?"

Nerval's Lobster writes "Major IT vendors have been including custom-built wind- and solar-power farms in their datacenter construction plans. But while wind and solar power may be clean, they're often unreliable, especially by the standards of datacenters that need a way to keep operating through any unexpected surges or drops in power. How about saving the wind that generates the power? That might work, according to researchers at the federal Bonneville Power Administration (BPA), and U.S. Department of Energy's Pacific Northwest National Laboratory. A study published in February (PDF) outlined the potential benefit of pumping pressurized air into caverns deep underground as a way to store wind energy, then letting it out whenever demand spikes, or the wind drops, and the above-ground facilities need help spinning enough turbines to keep power levels steady. The technique, called Compressed Air Energy Storage (CAES) isn't new: existing CAES plants in Alabama and Huntorf, Germany (built in 1991 and 1978, respectively) store compressed air in underground salt caverns hollowed out by solution mining (pumping salt-saturated water out of concentrations of salt buried far underground and replacing it with fresh water). But implementing such a technique for datacenters might take a little work. The BPA and the Pacific Northwest National Laboratory have already identified, and are evaluating, sites in the Pacific Northwest that would be suitable for CAES underground reservoirs; the first, which could be located in Washington's Columbia Hills could—via existing CAES technology—store enough compressed air to generate a steady 207MW for 40 days of continuous usage, ultimately delivering 400 additional hours without adding any compressed air."

An anonymous reader writes "Sanders Kleinfeld explains how his experiences with a Makerbot device led him to the decision that 3-D printing hasn't quite arrived as a legitimate, consumer-friendly technology. Quoting: 'Waiting five hours for your Yoda feels like an eternity; you can play approximately sixty rounds of Candy Crush Saga in that same timeframe (although arguably, staring blankly at the MakerBot is equally intellectually stimulating). To make matters worse, I’d estimate MakerBot’s failure rate fell in the range of 25%–33%, which meant that there was around a one-in-three chance that two hours in, your Yoda print would fail, or that it would finish but once it was complete, you’d discover it was warped or otherwise defective. ... The first-generation MakerBot Replicator felt too much like a prototype, as opposed to a proven, refined piece of hardware. I look forward to the day when 3D printers are as cheap, ubiquitous, and easy to use as their 2D inkjet printer counterparts.'"

MojoKid writes "Ask any person who owns a dual-monitor setup and they'll likely tell you they couldn't fathom going back to a single display. But what if you could enjoy all the benefits of a dual-monitor configuration from a single monitor? Would you be game to reclaiming some desk space by trading in two panels for a single display? AOC aims to answer that question with its new 29-inch Q2963PM LCD monitor. Armed with an UltraWide IPS panel, this LED-backlit monitor boasts a 2560x1080 resolution with 21:9 aspect ratio, providing users with an extra wide panoramic view. With features like picture-in-picture (PIP) and picture-by-picture (PBP) built-in, workcaholics can multitask the night away from multiple video sources with plenty of horizontal real estate to play with. The funky aspect ratio limits the appeal of the Q2963PM for gamers currently; though if developers were to jump on board, a 21:9 monitor could offer a wider field-of-view of the action."

Nerval's Lobster writes "Apple's Nevada data center has been in the works for quite some time: a 2,200-acre plot outside of Reno will host a 90,000-square-foot datacenter that, in turn, will support the tech giant's cloud services. Apple will reportedly spend $1 billion over the next decade on the facilities, in return for significant tax abatements at the city, county and state levels. It will also fund and build a 137-acre solar farm, managed in conjunction with NV Energy, to power the datacenter (it will generate approximately 43.5 million kilowatt hours of electricity). The Reno datacenter will be the third Apple cloud facility in the U.S. that is powered largely or entirely by solar power. Sixty percent of the power for Apple's North Carolina datacenter comes from an existing solar-power farm near the facility; an Apple datacenter in Oregon uses solar power for part of its power load, but also uses power from wind and hydroelectric sources."

Nerval's Lobster writes "Mozilla and its hardware partners have begun launching the first Firefox OS smartphones, starting with Spain's Telefonica releasing the ZTE Open later this week. A lightweight mobile OS based on HTML5, Firefox OS (once known as 'Boot to Gecko') offers a user interface instantly familiar to anyone who's used Google Android or Apple iOS: in addition to home-screens of individual apps arranged on a grid, features include messaging, email, built-in social-networking, maps, and the Firefox Web browser. There's also Firefox Marketplace, an online storefront of HTML5 apps; early apps include Twitter, Facebook, AccuWeather, and a handful of games. But can Firefox OS make any headway in a mobile-device crowded with options? At this February's Mobile World Congress, Mozilla claimed that some 17 operators around the world have committed to the Firefox OS initiative, including China Unicom, Sprint, MegaFon, and the Telecom Italia Group. But many of those operators released rather ambiguous statements about whether they would launch an actual Firefox OS smartphone. Tony Cripps, principal device analyst at Ovum, wrote in a research note earlier this year that 'the real acid test for Firefox OS and its long-term prospects is the quality of the software itself and the user and developer experiences that it fosters.' In other words, Mozilla and its partners need to produce some quality devices, paired with a variety of spectacular apps. Some early reviews of the ZTE Open weren't good, to put it mildly, with The Verge citing: 'unremarkable hardware' and a 'laggy' OS. But that doesn't mean future phones can't go toe-to-toe against anything else on the market, provided Mozilla and its partners provide solid support and marketing."

After suing each other for the last few years in various courts around the world, you'd think that if Apple and Samsung were human beings they would have walked away from their rocky relationship a while back. The Wall Street Journal explains (beside the larger fact that they're both huge companies with complex links, rather than a squabbling couple) why it's so hard for Apple to take up with another supplier. Things are starting to look different, though: "Apple's deal this month to start buying chips from TSMC is a milestone. Apple long wanted to build its own processors, and it bought a chip company in 2008 to begin designing the chips itself. But it continued to rely on Samsung to make them. ... TSMC plans to start mass-producing the chips early next year using advanced '20-nanometer' technology, which makes the chips potentially smaller and more energy-efficient."

An anonymous reader writes with a bit of sports commentary on the just-concluded RoboCup 2013 soccer matches: "Previously achieved results are no guarantee for the future, as was demonstrated once again in the final match of the Middle Size League. Team Tech United Eindhoven had reached the final unbeaten and without a single goal against them, but the Chinese team Water turned out to be the stronger party in the final." It's hard to stop watching video of soccer-playing robots.

It's not just for obscure Japanese islands anymore: reader NobleSavage writes with news that "If you're a tourism board, non-profit, university, research organization or other third party who can gain access and help collect imagery of hard to reach places, you can apply to borrow the Trekker and help map the world." You can also help map the world (albeit without the very neat Trekker backpack cam) without an application process via OpenStreetMap. But if you had access to a panoramic camera like this, what places or spaces would you want to capture? I hope there will be street view imagery of Petra, but I don't see any yet.

cylonlover writes with this Gizmag excerpt: "In April of this year, a BAE Systems Jetstream research aircraft flew from Preston in Lancashire, England, to Inverness, Scotland and back. This 500-mile (805 km) journey wouldn't be worth noting if it weren't for the small detail that its pilot was not on board, but sitting on the ground in Warton, Lancashire and that the plane did most of the flying itself. Even this alteration of a standard commercial prop plane into an Unmanned Aerial Vehicle (UAV) seems a back page item until you realize that this may herald the biggest revolution in civil aviation since Wilbur Wright won the coin toss at Kitty Hawk in 1903."

Nerval's Lobster writes "Despite the growing list of innovative (and sometimes expensive) adaptations designed to transform datacenters into slightly-less-active power gluttons, the most effective way to make datacenters more efficient is also the most obvious, according to researchers from Stanford, Berkeley and Northwestern. Using power-efficient hardware, turning power down (or off) when the systems aren't running at high loads, and making sure air-cooling systems are pointed at hot IT equipment—rather than in a random direction—can all do far more than fancier methods for cutting datacenter power, according to Jonathan Koomey, a Stanford researcher who has been instrumental in making power use a hot topic in IT. Many of the most-publicized advances in building "green" datacenters during the past five years have focused on efforts to buy datacenter power from sources that also have very low carbon footprints. But "green" energy buying didn't match the impact of two very basic, obvious things: the overall energy efficiency of the individual pieces of hardware installed in a datacenter, and the level of efficiency with which those systems were configured and managed, Koomey explained in a blog published in conjunction with his and his co-authors' paper on the subject in Nature Climate Change . (The full paper is behind a paywall but Koomey offered to distribute copies free to those contacting him via his personal blog.)"

An anonymous reader writes "A team of scientists says it has verified that quantum effects are indeed at work in the D-Wave processor, the first commercial quantum optimization computer processor. The team demonstrated that the D-Wave processor behaves in a manner that indicates that quantum mechanics has a functional role in the way it works. The demonstration involved a small subset of the chip's 128 qubits, but in other words, the device appears to be operating as a quantum processor."