Nerval's Lobster writes Is the tablet market rapidly collapsing? Mobile-analytics firm Flurry doesn't come to quite that stark a conclusion, but things aren't looking too good for touch-screens that don't qualify as "phablets." According to Flurry's numbers, full-sized tablets accounted for only 11 percent of new devices in 2014, a decline from 2013, when that form-factor totaled 17 percent of the new-device market; small tablets experienced a smaller decline, falling from 12 percent to 11 percent of new devices between 2013 and 2014. (Meanwhile, phablets expanded from 4 percent of new devices in 2013 to 13 percent this year.) Boy Genius Report, for its part, looked at those numbers and decided that the tablet market is doomed: "Consumers happy with compact smartphones are not switching to larger iPhones for now, but former tablet buyers are." That's not to say people will stop using tablets, but the onetime theory that they would one day cannibalize all PCs looks increasingly nebulous.

Molly McHugh writes By disassembling your plastic Sting and incorporating the Spark Core, a tiny Wi-Fi development kit, you can hack the toy's light and enlist it to show you when you are near an unsecure network. The best part about this hack? It only requires two things: a Spark Core and a replica Sting with lights and sound, like this one."

An anonymous reader writes: Developer Pekka Väänänen has posted a fascinating report on how he got Quake running on an oscilloscope (video link). Obviously, the graphic details gets stripped down to basic lines, but even then, you need to cull any useless or unseen geometry to make things run smoothly. He says, "To cull the duplicates a std::unordered_set of the C++ standard library is used. The indices of the triangle edges are saved in pairs, packed in a single uint64_t, the lower index being first. The set is cleared between each object, so the same line could still be drawn twice or more if the same vertices are stored in different meshes. Before saving a line for end-of-the-frame-submit, its indices in the mesh are checked against the set, and discarded if already saved this frame. At the end of each frame all saved lines are checked against the depth buffer of the rendered scene. If a line lies completely behind the depth buffer, it can be safely discarded because it shouldn't be visible."

An anonymous reader writes I want to get a jump-start on next year's Christmas by wiring up my mother's gnome garden for a Christmas light show. I need a setup that can use wireless LED lights and speakers, the lights using a custom sequence set to music, that can be controlled remotely indoors to go off on a schedule, say every hour. Do you know of an off-the-shelf setup that is cheap and works seamlessly, especially for someone with little to no coding or custom building experience?

MojoKid writes The hard drive market has become a lot less sexy in the past few years thanks to SSDs. What we used to consider "fast" for a hard drive is relatively slow compared to even the cheapest of today's solid state drives. But there are two areas where hard drives still rule the roost, and that's overall capacity and cost per gigabyte. Since most of us still need a hard drive for bulk storage, the question naturally becomes, "how big of a drive do you need?" For a while, 4TB drives were the top end of what was available in the market but recently Seagate, HGST, and Western Digital announced breakthroughs in areal density and other technologies, that enabled the advent of the 6 Terabyte hard drive. This round-up looks at three offerings in the market currently, with a WD Red 6TB drive, WD Green and a Seagate 6TB Enterprise class model. Though the WD drives only sport a 5400RPM spindle speed, due to their increased areal density of 1TB platters, they're still able to put up respectable performance. Though the Seagate Enterprise Capacity 6TB (also known as the Constellation ES series) drive offers the best performance at 7200 RPM, it comes at nearly a $200 price premium. Still, at anywhere from .04 to .07 per GiB, you can't beat the bulk storage value of these new high capacity 6TB HDDs.

MojoKid writes As a power user, you notice certain things that the average person might not. One of those is the difference between typing on a sweet mechanical keyboard with luxurious key action, versus pounding away on a run-of-the-mill squishy plank that relies on membrane switches to register your keystrokes. The difference may seem subtle to the uninitiated, though even casual typists can recognize that there's something inherently superior about a mechanical keyboard. Of course, it's the mechanical key switches that are responsible for elevating the typing experience. These are better than the rubber domes found in membrane keyboards in a number of ways, including feel, responsiveness, and durability. Mechanical keyboards are growing in popularity, as word is spreading about how good they are. In turn, keyboard manufacturers have responded by feeding more mechanical models into what was once a niche market. If you go out in search of a mechanical keyboard, you'll now find a mountain of options. This roundup further reinforced something we've known for a long time, which is that mechanical keyboards are the superior choice for both gaming and daily typing chores. That doesn't mean they're all created equal — there are different key switches to choose from, and features vary from one plank to the next. The choice of key switch type is highly subjective but we can say that Cherry MX key switches are indeed of higher quality than knock-offs like the Kailh switch. That's not to say Kailh switches are bad, just that you can discern a difference when going from one to the other.

Phoronix has taken an in-depth look at progress on AMD's open source Radeon driver, and declares 2014 to have been a good year. There are several pages with detailed benchmarks, but the upshot is overwhelmingly positive: Across the board there's huge performance improvements to find out of the open-source AMD Linux graphics driver when comparing the state at the end of 2013 to the current code at the end of this year. The performance improvements and new features presented (among them are OpenMAX / AMD video encode, UVD for older AMD GPUs, various new OpenGL extensions, continued work on OpenCL, power management improvements, and the start of open-source HSA) has been nothing short of incredible. Most of the new work benefits the Radeon HD 7000 series and newer (GCN) GPUs the most but these tests showed the Radeon HD 6000 series still improving too. ... Coming up before the end of the year will be a fresh comparison of these open-source Radeon driver results compared to the newest proprietary AMD Catalyst Linux graphics driver.

An anonymous reader writes The MeArm is a flat-pack robot arm. It has been developed in a very short time frame as the creators have been able to tap into crowd development by open sourcing all of the designs. Because of this it's exploded around the world with builders on every continent (bar Antarctica) and there are even people manufacturing them to sell in Peru, Taiwan and South Africa. MeArm manufacture them in the UK and export to distributors around the world, including Open Source pioneers like Adafruit and Hackaday in the USA. They're currently running a Kickstarter for a controller to take it out of the 'Hackersphere' and into the living room. They doubled their target in the first week and are still going strong so it's looking like they will be the first consumer flat pack robot kit in the world! Controller or not, you can download the arm from Thingiverse, and follow the project at Hackaday.

Baldrson writes Kitco.com reports that: "Low energy nuclear reactor (LENR) technology, and by extension palladium, is attracting the attention of one of the richest men in the world and a pioneer inventor of new technology... In a recent visit to Italy, billionaire business man, investor and inventor Bill Gates said that for several years he has been a believer in the idea of LENR, and is a sponsor of companies developing the technology... During his trip to Italy he visited the national agency for new technologies energy and sustainable economic development (ENEA) where scientists have made significant progress towards a working design for low energy nuclear fusion. The centerpiece of their design is the same as in Mitsubishi's, palladium. Creating palladium foil with just the right parameters, and managing stress levels in the material was a key issue, one that the researchers at EMEA were able to resolve several years ago."

Esra Erimez writes It's been a little over a year since the announcement of Microsoft Corp.'s acquisition of Finnish tech veteran Nokia Oyj.'s Devices unit. A year later Chinese leaks site SINA Tech says Nokia is back and ready to compete against its former unit, suggesting it will launch in China on Jan. 7. As one commenter on the Daily Tech story points out (as does this ExtremeTech article from last month), the not-yet-launched N1, with its "one piece aluminum body, 7.9", 2048*1536, [and] 3:4 aspect ratio" looks an awful lot like the iPad mini, but costs quite a bit less.

MojoKid writes Differentiation is difficult in the smartphone market these days. Larger screens, faster processors, additional sensors and higher resolution cameras, all are nice upgrades but are only iterative, especially when you consider the deluge of products that come to market. True innovation is coming along with less frequency and Samsung, more so perhaps than some other players, is guilty of punching out so many different phone models that it's hard not to gloss over new releases. However, the new Samsung Galaxy Note Edge may offer something truly useful and innovative with its supplementary 160 pixel curved edge display. The Note Edge is based on the same internal platform as the Galaxy Note 4, and features a 2.7GHz Qualcomm Snapdragon 805 SoC with Adreno 420 graphics and 3GB of RAM. What makes the Galaxy Note Edge so different from virtually all other smartphones on the market is its curved edge display and what Samsung calls its "revolving UI" that offers app shortcuts, status updates, data feeds and features all on its own, but integrated with the rest of the UI on the primary display. You can cycle through various "edge panels" as Samsung calls them, like shortcuts to your favorite apps, a Twitter ticker, news feeds, and a tools panel for quick access to the alarm clock, stop-watch, a flashlight app, audio recorder and even a digital ruler. The Galaxy Note Edge may not be for everyone, but Samsung actually took curved display technology and built something useful out of it."

An anonymous reader writes: Cory Doctorow has an article in Wired explaining why crafting laws to restrict software is going to hurt us in the long run. The reason? Because we're on an irreversible trajectory toward integrating technology with our cars and houses, bodies and brains. If we don't control the software, then at some point, we won't control parts of our homes and our selves. Doctorow writes, "Any law or regulation that undermines computers' utility or security also ripples through all the systems that have been colonized by the general-purpose computer. And therein lies the potential for untold trouble and mischief.

Code always has flaws, and those flaws are easy for bad guys to find. But if your computer has deliberately been designed with a blind spot, the bad guys will use it to evade detection by you and your antivirus software. That's why a 3-D printer with anti-gun-printing code isn't a 3-D printer that won't print guns—the bad guys will quickly find a way around that. It's a 3-D printer that is vulnerable to hacking by malware creeps who can use your printer's 'security' against you: from bricking your printer to screwing up your prints to introducing subtle structural flaws to simply hijacking the operating system and using it to stage attacks on your whole network."

New submitter Pelam writes: Researchers from Carnegie Mellon and Intel report that a large percentage of tested regular DDR3 modules flip bits in adjacent rows (PDF) when a voltage in a certain control line is forced to fluctuate. The program that triggers this is dead simple — just two memory reads with special relative offset and some cache control instructions in a tight loop. The researchers don't delve deeply into applications of this, but hint at possible security exploits. For example a rather theoretical attack on JVM sandbox using random bit flips (PDF) has been demonstrated before.

MojoKid writes Samsung announced today that it has begun volume production of its 8Gb LPDDR4 memory chips, with expected commercial shipments in 2015. The announcement is noteworthy for a number of reasons. First, one of the most important characteristics of a modern mobile device is its battery life, and moving to a new memory standard should significantly reduce the memory subsystem's power consumption. Second, however, there's the clock speed. Samsung is claiming that its LPDDR4 will hit 3.2GHz, and while bus widths on mobile parts are significantly smaller than the 64-bit channels that desktops use, the higher clock speed per chip will help close that gap. In fact, multiple vendors have predicted that LPDDR4 clock speeds will actually outpace standard DDR4, with a higher amount of total bandwidth potentially delivered to tablets and smartphones than conventional PCs will see. In addition, the power savings are expected to be substantial.

DeviceGuru writes: Erle Robotics has launched what is claimed to be the first drone to run both a Pixhawk APM autopilot and ROS directly on Linux. Over the last year Erle Robotics and 3DRobotics have collaborated on developing an open source, all-Linux BeagleBone Black-based autopilot for drones using the popular 3DR APM architecture, but without using Nuttx RTOS for the real-time bits. In addition to being used on a new 'Erle-copter' quadcopter drone, the new all-Linux 'Erle-brain' APM will ship in both a two-winged UAV and a four-wheeled robotic vehicle, due next spring.