Webconverger is a distribution designed and developed with a single goal in mind, namely to provide the best Kiosk experience possible. This means that people will be able to use that OS as a regular system, although its functionality will be limited and it will be impossible to install any other apps.
This is a very helpful solution if this is a public PC, like in a library or a cafe, and it preserves the quality of the installation for a very long time. Because users can't interact with it on a deeper level, the operating system will remain stable and it will be pretty much the same like in the first day that it was used.
Anyone who believes Google isn't "making a play" for desktop users isn't paying attention. In recent years, I've seen ChromeOS making quite a splash on the Google Chromebook. Exploding with popularity on sites such as Amazon.com, it looks as if ChromeOS could be unstoppable.
In this article, I'm going to look at ChromeOS as a concept to market, how it's affecting Linux adoption and whether or not it's a good/bad thing for the Linux community as a whole. Plus, I'll talk about the biggest issue of all and how no one is doing anything about it.
In 2008, the European Research Council awarded Prof. Andrew S. Tanenbaum, the designer of MINIX, an Advanced Grant of €2.5 million (about $3.2 million) to produce a reliable operating system. He and his team have been working on it hard since then and they are now proud to release the result as a free and open-source operating system for the PC and ARM. It comes with a BSD license, meaning that individuals and companies can use it in products without paying royalties and without being required to disclose any changes they make to competitors.
MINIX 1 was originally a system aimed at teaching operating systems but after the ERC grant, the focus changed to include producing a solid, commercially viable product as well. The new version, MINIX 3.3.0, has a number of key features.
Operating System U: A new Linux based OS with a firm focus on you the user and functionality over UI overhauls, hits KickStarterSubmitted by Rianne Schestowitz on Monday 8th of September 2014 08:32:09 PM Filed under
There's isn't probably a piece of software that is as hated as Windows 8's Metro UI. Some seasoned Windows enthusiasts like it, but most of the normal day-to-day user had a hard time getting used to it. Operating System U is being readied with the regular user in mind, and is based on Manjaro Linux. A quick overview of the project.
Cumulus Networks, which develops Cumulus Linux, describes its product as "the industry's first, full-featured Linux operating system for networking hardware." That's a debatable claim, mostly because "full-featured" is a term that may be interpreted in myriad ways, and because Linux-based operating systems tailored for networking hardware have been around in various forms for decades. But with a focus on hardware-agnosticism and a commitment to supporting a broad range of applications, all while maintaining a Debian Linux-based platform that is not watered-down to the bare essentials, Cumulus is doing some new things in an old niche.
The developers of Simplicity Linux have based their system on Slacko 5.9.3 and they are using the 3.15.4 Linux kernel. This kernel is one of the newest available and should provide adequate hardware support for the latest devices. Also, unlike previous releases in the series, the new version covers only two flavors, Netbook and Desktop.
The Netbook flavor is a simpler operating system, with fewer default applications and an accessible desktop experience. It's also a smaller ISO, so users won't need too much space for the actual size of the Linux distribution.
The curios case of Pear OS 8 is a very interesting one. This operating system had numerous problems during its existence, which spanned a few years. The devs had to change the name two or three times, they had to change the logo as well, and they finally decided on Pear OS. They had a few releases under the Pear OS name, but one day the distro disappeared.
The OpenELEC devs have released yet another Beta version of their embedded operating systems and they are getting really close to get a new stable version out the door. Some of the major components have been updated as well and the Raspberry Pi users should be really thrilled about this latest upgrade, as it includes some interesting changes for them as well.
"This release includes some bugfixes, security fixes and improvements since OpenELEC-4.1.4. Besides the usual bugfixes and package updates we updated XBMC to XBMC Gotham 13.2 final, FFmpeg to ffmpeg-2.3.3, Mesa to Mesa-10.3-rc1and systemd to systemd-216. We fixed crashes while playing FLAC files with ID3v2 tags, optimized some software packages and updated the RaspberryPi firmware to include the last fixes and features," said the devs in the official announcement.
Haiku, the open-source operating system that maintains compatibility with the defunct BeOS, now appears to have basic support for Haswell graphics.
A commit hit Haiku Git today entitled Add support for my Core i3 integrated graphics. The commit just adds Haswell desktop PCI IDs and that's about it, but was apparently enough to have Adrien Destugues' Core i3 Haswell system now light up with Haiku.
The overall theme of version 14.08 is the introduction of a new scalable GUI architecture that takes security as the most fundamental premise. It is unique in the way that the security of graphical applications and thereby the privacy of the user depends on only a few components of very little complexity. We strive for low complexity to reduce the likelihood for bugs and thereby the attack surface of the system. When using a secure microkernel such as NOVA, Genode's trusted computing base for graphical applications is orders of magnitude less complex compared to contemporary operating systems. To illustrate the rigidity of this claim, the security-sensitive parts of the GUI stack do not even depend on a C runtime. With the current release, we maintain our focus on security while taking the scalability of the GUI architecture to a level that meets the expectations of general-purpose OSes. Thanks to its component-based design, the new GUI stack provides a great deal of flexibility with respect to its behaviour and style. Section New GUI architecture provides the rationale behind the development, the big picture of the architecture, and details about the current implementation.