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  • AsteroidOS is an Open Source OS for Smartwatches

    Florent Revest is a French computer science student who has been working on an open source operating system for smartwatches for the last two years. Yesterday, he officially launched version 1 of the alpha for AsteroidOS.

    The goal for the platform was to create something that gave smartwatch owners more control over their privacy, as well as the hardware they purchased.

    Florent feels that the current proprietary platforms do not guarantee this, and this was the basis for AsteroidOS. He wanted his open source smartwatch operating system to provide freedom with free software, more privacy than other wearable platforms offer, interoperability so it could communicate with other devices, modularity that enabled the user to tweak and change the OS as they see fit, the ability to port the software to as many devices as possible, and gathering a community who is passionate about the platform.

  • AsteroidOS Brings Open Source Functionality To Smartwatches

    Smartwatches may not have taken off like companies were hoping, but they have come quite far in terms of what they can offer and what sorts of features are available for the many different models of smartwatches that are out there. Even with the updated functionality of options like Samsung’s Gear S lineup and Android Wear platforms, though, smartwatches can still feel a little bit limiting, and part of this undoubtedly includes the reason that the operating systems aren’t as open as platforms like Android. That is now changing thanks to a platform called AsteroidOS which is an open source operating system for smartwatches.

  • Mini Apollo Lake module takes the heat — and the cold

    Congatec’s “Conga-MA5” is a Linux-ready COM Express Compact Type 10 Mini module with Apollo Lake SoCs, up to 128GB eMMC 5.1, and -40 to 85°C support.

    Congatec was one of the first embedded vendors to announce computer-on-modules based on Intel’s Atom E3900 and other Apollo Lake Pentium and Celeron SoCs. The offerings included a Qseven module, a SMARC 2.0 module, and a COM Express Compact Type 6 Conga-TCA5. The company has now followed up with a COM Express Compact Type 10 Mini Conga-MA5 module.

  • Top 20 Best Tizen Apps for November 2016, Tizen Smartphone
  • Smartphone game: Indian Football League game comes to the Tizen Store

Eight great Linux gifts for the holiday season

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GNU
Linux
Gadgets

Do you want to give your techie friend a very Linux holiday season? Sure you do! Here are some suggestion to brighten your favorite Tux fan's day.

Read more

Also: More Random Gift Ideas For Linux Enthusiasts & Others Into Tech

Which open source gift is at the top of your holiday wish list?

Huawei Linux Devices

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Gadgets
  • Huawei Mate 9 leaked in flat and curved-screen variants

    Evan Blass has leaked renders of two variants of the upcoming Huawei Mate 9: a flat-screened and dual curved screen version that looks an awful lot like the Galaxy Note 7. While the wrapping will come off the new phone/s on November 3 in Munich, these renders are apparently the real deal and Blass’ sources have confirmed that the previously leaked Mate 9 specs are legit.

  • Huawei launches Honor 8 in India, along with Honor 8 Smart
  • Huawei Teases Honor S1 smartwatch, No mention of Android Wear

    Huawei is currently teasing their new smartwatch which is to be released under the Honor brand named as the Honor S1. The Chinese manufacturer has an event scheduled for October 18 at which we expect the S1 to be unveiled. But could it be running Tizen ? Huawei are already known as stating they will not release anymore Android wear smartwatches for the remainder of this year, so this leaves either Tizen or some other proprietary OS. According to a report in the JoongAng Ilbo newspaper Huawei are currently working with Samsung to deploy the Tizen operating system in its next smartwatches.

Tizen Phones in India

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Gadgets

Onion Omega2 vs. Raspberry Pi Zero

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Gadgets

Trying to Make Sense of Fuchsia

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Google
Gadgets
  • Is Fuschsia Google’s answer to Samsung’s Tizen?

    Google is prepping an open source “Fuchsia” OS that can target IoT, handhelds, and laptops. It uses a new “Magenta” kernel, based on the “LK” project.

    Google has posted GitHub code for an emerging operating system called Fuchsia, designed for a wide range of devices. Like Google’s Android, Chrome OS, and IoT-focused Brillo, Fuchsia is open source — but unlike those platforms, it’s not based on the Linux kernel. Instead, it taps an independent, MIT licensed kernel project called “Little Kernel” (LK), which has been under development for several years.

  • Will Google replace Android with Fuchsia?

    Android is one of the most widely used operating systems in the world. But never let it be said that Google is content to rest on past achievements. The company has been hard at work on a new operating system call Fuchsia, and some are wondering if it will eventually replace Android.

  • Google May Paint IoT Fuchsia

    A team at Google is working on a new operating system called "Fuchsia," but details are sparse. Fuchsia "is a new open source project that is not at all related to Android or Chrome OS," said Google spokesperson Joshua Cruz. He declined to provide further details about Fuchsia, saying only that "we have many revolving open source projects at Google." Fuchsia reportedly already has undergone some testing, and it is booting "reasonably well" on NUCs based on Intel's Skylake and Broadwell processors.

  • Why Google’s new Linux-less Fuchsia operating system is a huge deal

    Google has release all the components of the new operating system in a much more permissible MIT license. The community can try it, contribute to it and reuse it.

    Raspberry Pi 3 users will soon be able to play with Fuchsia, according to Google developer Travis Geiselbrecht, who is working on the project.

Linux Phones

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Gadgets

Creating a real GNU/Linux phone os

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GNU
Linux
Gadgets

I just want Linux on my phone. I love Android, it has a decent app ecosystem. I like the idea of Ubuntu Touch but I absolutely don't like the design guidelines. The problem is that both operating systems are missing the things from Linux I like. Technically they both run on a version of the Linux kernel but what I want is the GNU userland, Xorg/Wayland, the Filesystem Hierarchy Standard, and my own choice of desktop environment or window manager.

I know quite a lot programming languages enough to make some applications, I dont want to learn 3 new ones for 3 mobile platforms. I don't want to write my app in javascript, java or swift.

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Phones With Linux

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More in Tux Machines

What is Linux?

Leftovers: OSS

  • ISS Federal Lead Rob Rogers on Agencies’ Open Source Moves & ‘Information Advantage’ Efforts
    ExecutiveBiz recently caught up with ISS Federal Systems Vice President Rob Rogers for this interview to discuss ongoing data-related trends in government and where he sees agencies prioritizing efforts in that arena, plus his ideas for how the government should approach open source methodology. [...] We have seen a significant shift in the past five years around agencies adopting and embracing open source methods. For one, open source technology is the primary catalyst behind some of the most significant progress related to the evolution of “big data” and analytic capabilities, which is used pervasively in the intelligence community. Certain agencies have contributed major projects to the open source community, which further solidifies their position on supporting open source. One notable example is NSA’s contribution of NiFi and Accumulo to the Apache Software Foundation in 2014. If these types of actions are an indicator of the direction that the IC agencies are heading in their support of open source, then the future is bright.
  • Davos 2017: China unites 25 countries to establish Global Blockchain Business Council
    On January 17, the governmental and industrial representatives from China and 25 other countries gathered in Davos, Switzerland for the Davos Forum. According to the latest update provided by Tai Cloud Corporation to EconoTimes, Jamie Elizabeth Smith, the former spokesperson and special assistant of the U.S. president Obama, announced that the Global Blockchain Business Council (GBBC) is formally established. The first national team members include senior executives of World Bank Mariana Dahan, former Estonian President Toomas Hendrik Ilves, former Prime Minister of Haidi Laurent Lamont, former Economy Minister of Ukraine Aivaras Abromavičius.
  • Intel's BigDL deep learning framework snubs GPUs for CPUs
    Last week Intel unveiled BigDL, a Spark-powered framework for distributed deep learning, available as an open source project. With most major IT vendors releasing machine learning frameworks, why not the CPU giant, too? What matters most about Intel's project may not be what it offers people building deep learning solutions on Spark clusters, but what it says about Intel’s ambitions to promote hardware that competes with GPUs for those applications.
  • Google's VR art app is open source and ready to get weird
    Google's Tilt Brush is capable of some pretty impressive results. But what if those 3D paintings and projects you made while strapped into virtual reality could escape into the real world?
  • How is your community promoting diversity?
    Open source software is a great enabler for technology innovation. Diversity unlocks innovation and drives market growth. Open source and diversity seem like the ultimate winning combination, yet ironically open source communities are among the least diverse tech communities. This is especially true when it comes to inherent diversity: traits such as gender, age, ethnicity, and sexual orientation.
  • Walmart’s Contributions to Open Source
    You might first think about open source in the context of outstanding tools for lean startup companies, but open source also finds a welcome home in behemoth, established companies, such as Walmart. In this O’Reilly OSCON video interview with Walmart Lab’s Alex Grigoryan, learn how Walmart both benefits from and contributes back to open source. The key takeaway? Open source allows you to reuse software components in labor saving ways.
  • Librecore: Aiming To Be A Better Libre Spin Of Coreboot
    Librecore is a new project aiming to be a new Coreboot downstream with a focus remaining on providing fully-free system firmware. Separately, Minifree/Libreboot has been accused (and admitted by Leah Rowe) to not paying a vendor for a completed contract. Librecore was formed due to "[Libreboot lead developer Leah Rowe] alienating large portions of the community, plus the stagnant and hard to use libreboot firmware and build system." With Librecore, they are aiming to use industry-standard tools and build environments. Another different design decision is pursuing Petitboot as the payload for a more modern and useful interface over GRUB as a payload.
  • Use of open source software growing across telecom
    Open source software may still be a new model for the telecommunications industry, but it’s rapidly gaining traction as operators look to mimic computing world. While the open source community has quickly gaining ground in the computing space, the traditional telecommunications industry has a history of hardening its siloed approach to networking technology. This was especially apparent at a time when most mobile telecom networks were 2G-based, with 3G technology just coming online in more advanced markets.
  • Open Source Software: What Every In-House Counsel Should Know
    Open source software (OSS) is ubiquitous in software development today, enabling technical innovation, productivity gains, and touching everything from big data and cloud to mobile and embedded. Control modules on the market today commonly include OSS components such as real-time operating systems, libraries, data interfaces, firmware, and display software.
  • 4 Common Open Source License Compliance Failures and How to Avoid Them
    Companies or organizations that don’t have a strong open source compliance program often suffer from errors and limitations in processes throughout the software development cycle that can lead to open source compliance failures. The previous article in this series covered common intellectual property failures. This time, we’ll discuss the four common open source license compliance failures and how to avoid them.

Docker 1.13, Containers, and DevOps

  • Introducing Docker 1.13
    Today we’re releasing Docker 1.13 with lots of new features, improvements and fixes to help Docker users with New Year’s resolutions to build more and better container apps. Docker 1.13 builds on and improves Docker swarm mode introduced in Docker 1.12 and has lots of other fixes. Read on for Docker 1.13 highlights.
  • Docker 1.13 Officially Released, Docker for AWS and Azure Ready for Production
    Docker announced today the general availability of Docker 1.13, the third major update of the open-source application container engine for GNU/Linux, macOS, and Microsoft Windows operating systems. Docker 1.13 has been in development for the past couple of months, during which it received no less than seven RC (Release Candidate) versions that implemented numerous improvements for the new Swarm Mode introduced in Docker 1.12, a few security features, as well as a new Remote API (version 1.25) and Client.
  • Distributed Fabric: A New Architecture for Container-Based Applications
    There’s a palpable sense of excitement in the application development world around container technology. Containers bring a new level of agility and speed to app development, giving developers the ability to break large monolithic apps into small, manageable microservices that can talk to one another, be more easily tested and deployed, and operate more efficiently as a full application. However, containers also demand a new architecture for the application services managing these microservices and apps, particularly in regards to service discovery — locating and consuming the services of those microservices.
  • DevOps trends emerging for 2017 and beyond
    Finally, one of the biggest trends for 2017 will not be just a focus on engaging and implementing some of these DevOps best practices into your enterprise, but a sweeping adoption of the DevOps/agile culture. This is because one of the most important – if not the absolute most key –tenets to a successful DevOps organization is culture. The enterprises that most espouse the shared responsibility, the empowered autonomous teams, the can-do attitudes, and the continuous learning environment in which DevOps thrives will see the biggest benefits.

Kernel Space/Linux

  • Optimizing Linux for Slow Computers
    It’s interesting, to consider what constitutes a power user of an operating system. For most people in the wider world a power user is someone who knows their way around Windows and Microsoft Office a lot, and can help them get their print jobs to come out right. For those of us in our community, and in particular Linux users though it’s a more difficult thing to nail down. If you’re a LibreOffice power user like your Windows counterpart, you’ve only really scratched the surface. Even if you’ve made your Raspberry Pi do all sorts of tricks in Python from the command line, or spent a career shepherding websites onto virtual Linux machines loaded with Apache and MySQL, are you then a power user compared to the person who knows their way around the system at the lower level and has an understanding of the kernel? Probably not. It’s like climbing a mountain with false summits, there are so many layers to power usership. So while some of you readers will be au fait with your OS at its very lowest level, most of us will be somewhere intermediate. We’ll know our way around our OS in terms of the things we do with it, and while those things might be quite advanced we’ll rely on our distribution packager to take care of the vast majority of the hard work.
  • Long-Term Maintenance, or How to (Mis-)Manage Embedded Systems for 10+ Years
    In this presentation, kernel hacker Jan Lübbe will explain why apparently reasonable approaches to long-term maintenance fail and how to establish a sustainable workflow instead.
  • Linux 4.9 Is the Next Long-Term Supported Kernel Branch, Says Greg Kroah-Hartman
    Linux kernel maintainer Greg Kroah-Hartman confirmed today, January 19, 2017, in a short message, on his Google+ page, that the Linux 4.9 branch is now marked as "longterm," or as some of you know as LTS (Long-Term Support). The story behind Linux kernel 4.9 becoming the next long-term supported series dates from way before it's launch last month, on December 11, when Linus Torvalds officially announced the new branch. It all started back on August 12, 2016, when Greg Kroah-Hartman dropped a quick Google+ post to say "4.9 == next LTS kernel."
  • Maintainers Don't Scale
    First let’s look at how the kernel community works, and how a change gets merged into Linus Torvalds’ repository. Changes are submitted as patches to mailing list, then get some review and eventually get applied by a maintainer to that maintainer’s git tree. Each maintainer then sends pull request, often directly to Linus. With a few big subsystems (networking, graphics and ARM-SoC are the major ones) there’s a second or third level of sub-maintainers in. 80% of the patches get merged this way, only 20% are committed by a maintainer directly. Most maintainers are just that, a single person, and often responsible for a bunch of different areas in the kernel with corresponding different git branches and repositories. To my knowledge there are only three subsystems that have embraced group maintainership models of different kinds: TIP (x86 and core kernel), ARM-SoC and the graphics subsystem (DRM).