The brainBAND project is in its infancy, with many changes ahead, but Samsung’s newest initiative (said to run on Tizen Micro OS, the IoT system expected to be unveiled next month at Samsung’s SDC 2016 Conference) opens up a world of possibilities for athletes and has the potential to ensure that American football remains a beloved national sport for centuries to come. Athletes give us the best of their efforts on the field; they too, have the right to medical treatment that ensures they continue to “play” the sport, not live or die from it.
When a group of talented people get together to create a Linux distribution optimized for use on Chromebooks, a suitable way of giving thanks is to install that operating system on a Chromebook and make a screencast showcasing the operating system at work. Back in December 2015, I did that with the outstanding GalliumOS distro.
I would love to buy a laptop with a Chromebook form factor and GalliumOS pre-installed. If any company launches a crowdfunding campaign to make that happen, you’ll likely read about that right here on FOSS Force.
When they founded CoreOS, Brandon Philips and Alex Polvi set out to essentially redesign the Linux operating system for distributed systems.
They began by looking at the areas where they thought the whole server infrastructure space could be improved. Then zeroed in on one of the hurdles of distributed systems: deployments -- including application lifecycle management. They also realized that managing the lifecycle of all the files on disk -- the traditional job of a package manager -- is really hard.
Redox uses Rust for its kernel-level code to provide more memory safety considerations than C allows by default. But the project doesn't simply rewrite Linux in a new language. Redox discards as much from Linux's version of the Unix tradition as it keeps.
As explained in the project's wiki and design documents, Redox uses a minimal set of syscalls -- a deliberately smaller subset than what Linux supports so as to avoid legacy bloat. The OS also uses a microkernel design to stay slender, in contrast to Linux's monolithic kernel.
Deep dive Jide’s Remix OS is Android for a desktop or tablet OS: with multitasking, overlapping windows and the shortcut conveniences you need for productivity-style work.
And the firmware tweaks to make it run well on x86 processors. I’ve seen what the next billion internet users will be running.
Jide was founded by three Google veterans and draws heavily on the Android-x86 project, a heroic solo effort by Chinese engineer Chih-Wei Huang, that he began seven years ago. The founders moved to Beijing to be close the Huang and China’s supply chains.
In summary I would say that if KDE Plasma 5 is your cup of tea, then KaOS could be worth your careful consideration. I have found it to be clean, simple and solid (despite the minor annoyance of the missing efibootmgr). Furthermore, if you are happy with only the KDE applications and utilities, it is ready to go out of the box, but if you want you can add some of the more popular general-use applications such as Firefox, LibreOffice, VLC and such, they are available in the KaOS Add/Remove Software utility.
The ReactOS project appears to be trying to recreate the experience of Windows 95 through to Windows 2000 as faithfully as possible and, from a look and feel perspective, the developers have done an amazing job. However, from a practical point of view ReactOS rarely delivered the functionality I would expect from its closed source cousin. The system refused to run on either of my test machines and, though it would install in VirtualBox, I regularly ran into system crashes, sound didn't work and most of the Windows applications I tried to run failed in some way. I have had better luck running Windows software with WINE on Linux boxes than I did with ReactOS.
In the end, while I admire the ReactOS team's attention to detail in recreating the Windows interface, I do not think running ReactOS is practical for most situations. WINE will run most Windows software passably well and there are lots of good open source alternatives to most closed source applications. Running an old copy of Windows in a virtual machine would probably offer a better experience in most circumstances. The one area where I think ReactOS would shine would be if a person needed to run a Windows clone on hardware that also required Windows specific drivers. ReactOS reports itself to be compatible with drivers written for Microsoft's operating system and I think that may prove to be the project's strong point. Some old systems are very particular when it comes to applications and drivers and I think ReactOS might fill in nicely in those situations.