Pisi Linux has continued its activities after 1.0 and we reached our second stable version 1.1. This version resulting from intensive studies; strong, stable, comfortable to use, safe and so fast. The strength of the structure to prevent damage to your system uses hardware safely to the end. Also in this release, along with many innovations were offered to us.
Two of the major Linux distributors, Red Hat Inc. and SUSE, appear to believe that becoming the dominant supplier of cloud services and technology will allow them to continue to battle mainframes, Windows and single-vendor Unix in both corporate and services provider datacenters. Both of these suppliers have made recent announcements based on cloud-related products and services. Let's take a look at what they're doing.
Legitimate questions have been raised as to whether Linux platforms designed for smartphones are as good as a tailored embedded Linux stack built from scratch. Yet, so far experiments outside the mobile realm have proven fairly successful. Over the last week, we saw how several of these platforms, including Firefox OS, Tizen, Ubuntu, and WebOS, are spreading out to new device types.
First, Mozilla revealed a Firefox OS port to the Raspberry Pi that it hopes will rival Raspbian. Also last week, Samsung showed off a Tizen-based smart TV prototype, as well as a new camera. In addition, specs for the first Ubuntu Touch-enabled tablet were floated on the web, and earlier last month, LG hinted at an upcoming WebOS smartwatch.
The $269 iBox Nano, billed as the “world’s smallest, cheapest 3D resin printer,” offers WiFi and 328 Micron resolution, and runs Linux on a Raspberry Pi.
The Raspberry Pi has been used as a computer interface device for 3D printers, as well as a calibration add-on, but as far as we know the iBox Nano is the first 3D printer in which Linux is running the show internally. Last month, an engineering student named Owen Jeffreys showed a video of a Raspberry Pi-based 3D printer project, but the project has yet to be completed (see farther below). Meanwhile, the only other commercial 3D printers we know of that run Linux are the three MakerBot Replicator models announced earlier this year.
The Tizen Samsung Gear S is slowly extending its global rollout, with many of our readers being excited about seeing the Smartwatch / phone arriving on in the US on November 7 on AT&T, Sprint, T-Mobile and Verizon Wireless.
Now we have had the announcement of the Tizen based Samsung Gear S coming to Samsung’s home country of South Korea, and will be available in Black and White colours for 297,000 WON, through SK Telecom and also KT. The Gear S is the first Tizen based Smartwatch to have an Integrated 3G modem that can be used to make calls directly from the Smartwatch, and also to provide 3G data connectivity.
CoreOS is a slimmed-down Linux distribution designed for easy creation of lots of OS instances. We like the concept.
CoreOS uses Docker to deploy applications in virtual containers; it also features a management communications bus, and group instance management.
Rackspace, Amazon Web Services (AWS), GoogleComputeEngine (GCE), and Brightbox are early cloud compute providers compatible with CoreOS and with specific deployment capacity for CoreOS. We tried Rackspace and AWS, and also some local “fleet” deployments.
Choice and flexibility are the hallmarks of a Linux distribution, and by extension the Linux ecosystem. With the proprietary Windows and OS X, you're stuck with the system as designed and can't make changes no matter how unpleasant you may find the experience. Linux distributions are free of such limitations.
Each distro has the Linux kernel at its core, but builds on top of that with its own selection of other components, depending on the target audience of the distro. Most Linux users switch between distros until they finally find the one that best suits their needs. However, for new and inexperienced users, the choice of hundreds of distros, with seemingly little to distinguish them, can seem challenging to say the least.
Gizmo for You has gone to Indiegogo to ask for $600 for a modular, Linux based “Open Source Remote Control” for UAVs and other remote-controlled craft.
Three years in the making, the Open Source Remote Control (OSRC) device is available in Indiegogo fixed-funding packages starting at 350 Euros ($600) for the basic version, or 1,250 Euros ($1,561) for an advanced version. The Linux-based OSRC device is designed to act as a hackable universal controller for all types of “drones, filming, UAV control and general RC.” It seems to be primarily aimed at high-end, hobbyist remote model airplanes.