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Microsoft makes a nod to subscriptions for Windows 10

Microsoft Chief Operating Officer Kevin Turner Microsoft Even as it has cut the price of Windows— offering it for free on phones and small screen tablets, plus there’s a Bing edition for everything else—Microsoft is still working on ways to monetize its platform. Chief Operating Officer Kevin Turner was speaking to investors last week, and GeekWire  reported that profits are still the goal. Asked if the plan was to make Windows a loss leader to draw people into the Microsoft ecosystem, Turner said that the company had “not had any conversations” on this. He reiterated this when asked if the company was going to start losing money on Windows, saying “that’s not any conversations that we’ve had… we’ve got to monetize it differently.” What form might that different monetization take? Turner says that “there are services involved. There are additional opportunities for us to bring additional services to the product and do it in a creative way.” Read 10 remaining paragraphs | Comments

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Microsoft makes a nod to subscriptions for Windows 10

New wireless charging gear promises 3x faster charging

Faster charging, like Qualcomm’s “Quick Charge 2.0” (branded as “Turbo Charging” on the Nexus 6), is one of the nicest new smartphone features available. If we can’t make a battery last all day with heavy use, we can at least make it charge faster. The faster charging is possible because these devices charge at a higher voltage—instead of the normal 5 watts from a standard USB charger, these hit about 14 watts. These faster chargers have left wireless chargers in the dust, though. Today’s Qi charging pads still only put out 5W, the same as a slow wired charger. Freescale Semiconductor, a company that provides various chips to OEMs, is out to fix that. Today the company announced integrated circuits for 15 watt wireless chargers —a wireless solution that should be just as fast as a hardwired turbo charger. Of course, you will need new hardware to make this work. Freescale’s solution will require a new chip in your smartphone or tablet and a new charging pad. The good news is that this isn’t a new standard. Freescale’s chips can be tweaked to be compliant with Qi charging, which is found in many smartphone, or with lesser-used standards like the Power Matters Alliance. The Qi “medium power” standard is actually good up to 120W, provided the pad and device support it. Read 2 remaining paragraphs | Comments

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New wireless charging gear promises 3x faster charging

Facebook Finally Lets You Search For Specific Posts

Facebook is getting some long overdue functionality to help you find not just people and pages, but also specific posts from the past. So as in the example above, if you search for your friend Jessica’s wedding, it’ll search full posts for keywords “Jessica” and “wedding” and hopefully return the result you were looking for. It’s hard to believe this is new. Read more…

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Facebook Finally Lets You Search For Specific Posts

Samsung 850 EVO SSD takes its storage into the third dimension

Things have advanced quite a bit since our last thoroughly in-depth look at how solid state disks work, and Samsung has been one of the biggest companies leading the charge toward faster, denser solid state drives. Its 840 EVO was the first consumer SSD to use TLC NAND—that’s triple-level cell NAND, which can store three bits per memory cell instead of one or two. Now, Samsung’s newest consumer SSD takes NAND density a step further, stacking the memory cells on top of each other in a complex sandwich. The 850 EVO, formally announced this morning , uses 32-layer TLC “V-NAND,” where the “V” stands for “vertical.” As we discussed previously at the 2013 Consumer Electronics Show, Samsung is the only SSD manufacturer that makes ” the whole widget “—it’s the only vertically integrated OEM that builds every part of the SSDs it sells, including the NAND that actually holds the data. This gives the company a distinct advantage over other SSD manufacturers—most of whom source their NAND from Samsung. The 850 EVO is set to be released in four capacities: 120GB, 250GB, 500GB, and 1TB. These are all decimal measurements, not binary—so that “1TB” is properly one trillion bytes, not 1024GB (there are official IEC units for binary measurements, but I’ll eat glass before I start saying ” tebibyte “). The quoted numbers on Samsung’s site look pretty good for a consumer-level drive: max sequential read speeds of 540MB/s, max sequential write speeds of 520MB/s, and relatively high IOPS across a variety of read and write regimes. Read 5 remaining paragraphs | Comments

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Samsung 850 EVO SSD takes its storage into the third dimension

Powerful, highly stealthy Linux trojan may have infected victims for years

Researchers have uncovered an extremely stealthy trojan for Linux systems that attackers have been using to siphon sensitive data from governments and pharmaceutical companies around the world. The previously undiscovered malware represents a missing puzzle piece tied to “Turla,” a so-called advanced persistent threat (APT) disclosed in August by Kaspersky Lab and Symantec . For at least four years, the campaign targeted government institutions, embassies, military, education, research, and pharmaceutical companies in more than 45 countries. The unknown attackers—who are probably backed by a nation-state, according to Symantec—were known to have infected several hundred Windows-based computers by exploiting a variety of vulnerabilities, at least two of which were zero-day bugs. The malware was notable for its use of a rootkit that made it extremely hard to detect. Now researchers from Moscow-based Kaspersky Lab have detected Linux-based malware used in the same campaign . Turla was already ranked as one of the top-tier APTs, in the same league as the recently disclosed Regin  for instance. The discovery of the Linux component suggests it is bigger than previously thought and may presage the discovery of still more infected systems. Read 8 remaining paragraphs | Comments

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Powerful, highly stealthy Linux trojan may have infected victims for years

Linux Mint 17.1 review—less change is good change

The Linux Mint team recently released Linux Mint 17.1—a somewhat minor but still welcome upgrade to the Ubuntu-based ecosystem. And while Linux Mint 17.1 arrives as it usually does (a few weeks after the release of a new version of Ubuntu), version 17.1 is not based on Ubuntu’s latest effort, 14.10. Instead, this edition of Mint remains tied to the last Long Term Support (LTS) release, Ubuntu 14.04 . This marks the first time Linux Mint has not used the newest version of Ubuntu for a release. But if you paid attention to the curious approach of Linux Mint 17.0, you’ll know that was the plan all along. These days, Mint will not be changing its Ubuntu base again until the next LTS release—Ubuntu 16.04—arrives in 2016. And at first glance, it might seem like a bad thing. After all, Mint is missing out on whatever new stuff is in Ubuntu 14.10 (in this case it’s not much, but 15.04 will have plenty of changes). However, Mint 17.1 is in fact a very good sign for fans of the distro’s own tools, like its homegrown Cinnamon desktop. By relying on a consistent LTS release, Mint developers can more or less ignore the base system. Instead of spending all their time and effort making sure whatever Ubuntu has changed works with Mint, they can focus on what makes the ecosystem great—namely, its two primary desktops, MATE and Cinnamon. Read 32 remaining paragraphs | Comments

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Linux Mint 17.1 review—less change is good change

Linux 3.18 Released, Lockup Bug Still Present

jones_supa writes As anticipated, Linus Torvalds officially released Linux 3.18. The new version is now out there, though that nasty lockup issue has still yet to be resolved. Dave Jones is nearing the end of bisecting the issue, but since it also affects Linux 3.17 and not too many people seem to get hit by the lockups, Linus Torvalds decided to go ahead and do the 3.18 release on schedule. Linus was also concerned that dragging out the 3.18 release would then complicate the Linux 3.19 merge window due to the holidays later this month. Now the Linux 3.19 kernel merge window is open for two weeks of exciting changes. Read more of this story at Slashdot.

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Linux 3.18 Released, Lockup Bug Still Present

NASA: Mars’ Gale Crater held a huge lake for millions of years

Humans have been speculating about water on Mars for hundreds of years, and now thanks to the Curiosity rover we’re getting a better sense of how wet the Red Planet used to be. NASA revealed today that the Gale Crater, the 96-mile wide patch of land Curiosity has been exploring since 2012, held a large lake bed for tens of millions of years. What’s more, the agency found that the three-mile high Mount Sharp, which sits in the middle of the crater, was likely formed by sediment deposits from the lake. The big takeaway? Mars was likely warm enough to house liquid water for long periods of time — perhaps even long enough for life to form. “If our hypothesis for Mount Sharp holds up, it challenges the notion that warm and wet conditions were transient, local, or only underground on Mars, ” said Ashwin Vasvada, NASA’s Curiosity deputy project scientist. The only problem now is that we still don’t know how the Martian atmosphere supported such a wet environment. Curiosity previously found evidence of “vigorous” waterflow , which fueled long-held speculation about water’s presence on Mars. NASA is now focusing the rover’s efforts on on the lowest layers of Mount Sharp, which could give us a better sense of how it was formed. The findings will also help NASA when planning for future missions to seek out evidence of life on Mars, and potentially even affect how the agency approaches manned missions in the 2030s. [Image: NASA/JPL-Caltech/ESA/DLR/FU Berlin/MSSS] Filed under: Science Comments Source: NASA

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NASA: Mars’ Gale Crater held a huge lake for millions of years

The Light Bandit Lets You Plug Sunlight Directly Into a No-Electricity Lamp

It seems absurd to be burning energy by using lightbulbs while the sun is shining, but buildings can only have so many windows, and sunlight can only penetrate so far. MIT’s Solar Bottle Bulb and Ross Lovegrove’s Sun Tunnel are two ways to get sunlight inside, but both solutions require piercing a roof for installation. This new system called the Light Bandit , in contrast, is a no-construction-required solution. And it’s brilliant: “Sunlight is the fuel that powers all life on Earth, yet our lifestyles block most of it out, ” the developers write. “Between work, school and home we spend most of our time indoors under artificial lighting that lacks important benefits of natural lighting. The Light Bandit changes that.” What’s fascinating is that the coating on the reflectors filters out UV and infrared, delivering only visible light; this means you won’t fade out the part of your couch that’s got a Light Bandit lamp over it. The Light Bandit Kickstarter is no foregone conclusion, by the way; these guys need help and publicity. At press time they’d clocked under six grand out of a $200, 000 target, and there’s just 21 days left to go. But we’ve seen less impressive projects hit higher targets in a shorter stretch of time, so we’re hoping this product becomes a reality. (more…)

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The Light Bandit Lets You Plug Sunlight Directly Into a No-Electricity Lamp