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Updated: 43 min 59 sec ago

Linus Torvalds: 'I Still Want the Desktop'

Wednesday 20th of August 2014 07:37:00 PM
darthcamaro writes: Linux has clawed its way into lots of places these days. But at the LinuxCon conference in Chicago today Linus Torvalds was asked where Linux should go next. Torvalds didn't hesitate with his reply. "I still want the desktop," Torvalds said, as the audience erupted into boisterous applause. Torvalds doesn't see the desktop as being a kernel problem at this point, either, but rather one about infrastructure. While not ready to declare a "Year of the Linux Desktop" he still expects that to happen — one day.

Read more of this story at Slashdot.








Operating Systems Still Matter In a Containerized World

Wednesday 20th of August 2014 04:10:00 AM
New submitter Jason Baker writes: With the rise of Docker containers as an alternative for deploying complex server-based applications, one might wonder, does the operating system even matter anymore? Certainly the question gets asked periodically. Gordon Haff makes the argument on Opensource.com that the operating system is still very much alive and kicking, and that a hardened, tuned, reliable operating system is just as important to the success of applications as it was in the pre-container data center.

Read more of this story at Slashdot.








Munich Reverses Course, May Ditch Linux For Microsoft

Monday 18th of August 2014 10:50:00 PM
alphadogg (971356) writes with news that the transition from Windows to GNU/Linux in Munich may be in danger The German city of Munich, long one of the open-source community's poster children for the institutional adoption of Linux, is close to performing a major about-face and returning to Microsoft products. Munich's deputy mayor, Josef Schmid, told the Süddeutsche Zeitung that user complaints had prompted a reconsideration (Google translation to English) of the city's end-user software, which has been progressively converted from Microsoft to a custom Linux distribution — "LiMux" — in a process that dates back to 2003.

Read more of this story at Slashdot.








Linux Kernel Git Repositories Add 2-Factor Authentication

Monday 18th of August 2014 08:09:00 PM
LibbyMC writes For a few years now Linux kernel developers have followed a fairly strict authentication policy for those who commit directly to the git repositories housing the Linux kernel. Each is issued their own ssh private key, which then becomes the sole way for them to push code changes to the git repositories hosted at kernel.org. While using ssh keys is much more secure than just passwords, there are still a number of ways for ssh private keys to fall into malicious hands. So they've further tightened access requirements with two-factor authentication using yubikeys.

Read more of this story at Slashdot.








Study: Firmware Plagued By Poor Encryption and Backdoors

Tuesday 12th of August 2014 08:38:00 PM
itwbennett writes: The first large-scale analysis of firmware has revealed poor security practices that could present opportunities for hackers probing the Internet of Things. Researchers with Eurecom, a technology-focused graduate school in France, developed a web crawler that plucked more than 30,000 firmware images from the websites of manufacturers including Siemens, Xerox, Bosch, Philips, D-Link, Samsung, LG and Belkin. In one instance, the researchers found a Linux kernel that was 10 years out of date bundled in a recently released firmware image. They also uncovered 41 digital certificates in firmware that were self-signed and contained a private RSA encryption key and 326 instances of terms that could indicate the presence of a backdoor.

Read more of this story at Slashdot.








Elementary OS "Freya" Beta Released

Monday 11th of August 2014 12:06:00 PM
jjoelc (1589361) writes One year after their last release "Luna", Elementary OS (a Linux distribution with a very heavy emphasis on design and usability which draws a lot of comparisons to Mac OS X) Has released the public beta of their latest version "Freya." Using core components from Ubuntu 14.04, "Freya" sports many improvements including the usual newer kernel, better hardware support and newer libraries.Other updates include a GSignon-based online accounts system, improved searches, Grub-free uEFI booting, GTK+ 3.12, an updated theme, and much more. This being a beta, the usual warnings apply, but I would also point out that the Elementary OS Team also has over $5,000 worth of bugs still available on Bountysource which can be a great way to contribute to the project and make a little dough while you are at it.

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Point-and-Shoot: TrackingPoint's New Linux-Controlled AR-15s

Monday 11th of August 2014 03:04:00 AM
Ars Technica takes a look at the next generation of TrackingPoint's automatically aimed rifles (not "automatic" in the usual sense), and visited the shooting range where they're tested out. Like the company's previous generation of gun (still in production, and increasingly being sold to government buyers), TrackingPoint's offerings integrate a Linux computer that makes acquiring and tracking a target far easier and more accurate than it would otherwise be. Unlike the older models, though, this year TrackingPoint is concentrating on AR-15s, rather than longer, heavier bolt-action rifles. A slice: The signature "Tag-Track-Xact" system has gained additional functionality on the AR models, too. With the bolt-action guns, there was only one way to put a round onto a target: first, you sighted in on the thing you wanted to hit and depressed the red tagging button just above the trigger. A red pip would appear in the scope’s crosshairs, and you’d place the pip onto the target and release the button. The scope’s rangefinding laser would then illuminate the target to measure its distance, and the image processor would fix on the object; if you moved, or if the target moved, the red pip would remain atop the target. Then, to fire, you squeezed the trigger and lined the crosshairs up with the target’s pip. When the two coincided, the weapon fired. This method works fine for a bolt-action rifle where every round has to be manually chambered, but it’s less than ideal for a carbine, which one might want to fire off-hand (i.e., standing up and aiming) or from the hip. With this in mind, the AR PGFs have a new "free fire mode," in which you can tag a target once and then shoot at it as many times as you want by pulling the trigger directly, with all the shots using the ballistic data from the first shot’s tag. That means, says writer Lee Hutchinson, a rifle "with essentially 100 percent accuracy at 250 yards."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








Netflix Now Works On Linux With HTML5 DRM Video Support In Chrome

Saturday 9th of August 2014 06:55:00 PM
An anonymous reader writes "Beginning with the Chrome 38 Beta it's now possible to watch Netflix without any Wine/Silverlight plug-ins but will work natively using Chrome's DRM-HTML5 video capabilities with Netflix. The steps just involve using the latest beta of Chrome and an HTTP user-agent switcher to tell Netflix you're a Windows Chrome user, due to Netflix arbitrarily blocking the Linux build."

Read more of this story at Slashdot.








More in Tux Machines

Acer Offers New Desktop Chromebox

Acer, which has been rapidly gaining popularity as a portable computing hardware manufacturer, has been placing some heavy bets on Google's cloud-centric Chrome OS platform. The company has a fleet of portable computers based on Chrome OS, and is taking Chrome OS to the desktop form factor with a new system. Acer’s Chromebox CXI system, announced on Thursday, is seen back-mounted in the photo and runs an Intel Celeron 2957U dual-core 1.4GHz processor. It also has a 16GB solid-state drive, and--like other systems based on Chrome OS--offers a fast boot-up time that Acer claims takes only eight seconds. Read more

Android in-dash IVI device revs up in India

MapmyIndia released an Android-based IVI and navigation system called the IceNav 701 with a dual-core processor, a 6.2-inch WVGA touchscreen, and NaviMap. With Indian navigation technology firm MapmyIndia releasing the IceNav 701, Android continues its quiet push into in-vehicle infotainment (IVI). Other Android-based systems we’ve seen include Renault’s R-Link, Clarion Malaysia’s AX1, and Malaysia-based Proton’s Suprima S, among others. Read more

Orca 3.14 Beta 1 Features Major Changes and Improvements

Orca 3.13.90, a free, open source, flexible, and extensible screen reader that provides access to the graphical desktop via speech and refreshable Braille, is now available for download and testing. Read more

Leaked images of Elephone P1000 – The OnePlus Killer loaded with CyanogenMod

Gizchina yesterday received leaked images from what they call “a high level employee at Elephone”. The images are of Elephone’s newest device the P1000 which is remarkably similar to the OnePlus One. Now it is no secret that companies within China quickly copied and cloned the OnePlus one on other devices but (if the images and specs) are true than this will be the most all-round and highest-spec clone to become available. Read more