An anonymous reader writes: Partnering with Adafruit, Microsoft has announced the Windows IoT Core Starter Kit. The $75 kit comes comes with an SD card preloaded with Windows 10 IoT. According to the Raspberry Pi blog: "The pack is available with a Pi 2 for people who are are new to Raspberry Pi or who'd like a dedicated device for their projects, or without one for those who'll be using a Pi they already own. The box contains an SD card with Windows 10 Core and a case, power supply, wifi module and Ethernet cable for your Pi; a breadboard, jumper wires and components including LEDs, potentiometers and switches; and sensors for light, colour, temperature and pressure. There's everything you need to start building."

joabj writes: Most software releases more or less follow the routine convention of Major.Minor.Bugfix numbering (i.e. Linux 4.2.1). This gives administrators an idea of what updates are major ones and might bring compatibility issues. As Dominic Tarr points out in his essay "Sentimental Versioning," a few projects boldly take on more whimsical schemes for versioning, such as Donald Knuth's use of successive Pi digits to enumerate new updates to TeX, or Node.js's punk-rock careening between major and minor releases. If you break convention, Tarr seems to be arguing, at least do so with panache.

An anonymous reader writes: I've started a second career, teaching English at a High School in a middle class area. While the large majority of students have a computer and internet access at home, about 10-15% do not. I assign papers that must be typed, I have papers turned in online, and I plan to freely refer to texts, videos, and other resources that are available online. This gives an extra disadvantage to students that may be from the poorer end of the strata, and also means extra inefficiency for me, as I have to make allowances for students who don't have a computer available at home.

Right now, I have to tell them to either use school computers during the day, or to pick up a $170 laptop (more than enough — I administer the class using such a laptop). However, I was surprised at the lack of a super-cheap option for students. I'd love to see something for $20 that any student could afford easily, or perhaps I could just gift to a few students. I feel like something in this price range could be sufficiently powerful for basic word processing, youtube videos, and internet searches (internet access is a separate issue). But looking over my options I see:

1) The very cheapest Chromebooks are also in the $170 range.
2) Android Sticks have been around for a while, and do cost in the $20 range, but don't seem to have matured into a generally usable technology. Surprisingly, there doesn't seem to be a community effort to easily turn these Android sticks into Ubuntu/Mint sticks.
3) Students can't be assumed to have the technical know-how to fix up a Salvation Army computer (I wouldn't mind helping out a bit, but I don't want to turn into tech support)
4) A Raspberry Pi costs $70 once you include a case/power supply/etc, and students would receive a big bag of parts.
5) Cheap Windows Tablets have glitches, and don't have an HDMI out.
6) There isn't a good solution to using a cell phone as a desktop computer.

Are any of my assumptions wrong? Are there any other options I'm not considering?

An anonymous reader writes: The Raspberry Pi has been enormously successful, but one frequent request has been for the Foundation to create a simple touchscreen to go along with it. Gordon Hollingworth said, "I honestly believed it would only take us six months from start to end, but there were a number of issues we met (and other products diverted our attention from the display – like Rev 2.1, B+, A+, and Pi 2)." Now, after two years of development, they've launched a 7", 800x480 LCD that runs at 60 fps. The capacitive screen supports 10 simultaneous finger touches and has a 70 degree viewing angle. The Raspberry Pi Foundation's blog post provides some interesting technical background on electromagnetic compliance and how to connect and use the display.

An anonymous reader writes: Ubuntu Core is a tiny Ubuntu distribution aimed at the Internet of Things, using a new transactional packaging format called Snappy rather than the venerable Debian packaging format. It recently gained support for I2C and GPIO on the Raspberry Pi 2, and a quick demo is given here. Ubuntu's Core support site says that the support for Raspberry Pi 2 isn't yet official, but provides some handy tips for anyone who wants to try it out.

An anonymous reader writes: One of the more interesting aspects of Microsoft's Windows 10 push is their desire to see it running on hobbyist hardware platforms. Today they released Windows 10 IoT Core for the Raspberry Pi 2 and the MinnowBoard Max. They say, "Windows 10 IoT Core is a new edition for Windows targeted towards small, embedded devices that may or may not have screens. For devices with screens, Windows 10 IoT Core does not have a Windows shell experience; instead you can write a Universal Windows app that is the interface and "personality" for your device." Microsoft has posted a list of release notes for this version, calling out improved support for Python and Node.js, significantly improved GPIO performance, and more electronics support for breakout boards. Under a heading cheekily named 'Developers, Developer, Developers,' they lay out their plan for language support and provide a code sample.

gthuang88 writes: Wireless charging of electronics is an old concept, but there's a new player in the competition between companies like WiTricity, Energous, and tech giants Apple, Samsung, and Qualcomm. A new spinout from Dina Katabi's lab at MIT, called Pi, may have a new take on how to charge mobile devices at a distance. The company isn't talking yet, but Katabi's research suggests the system uses an array of coils to produce a magnetic field and detect when a device is within range, like a Wi-Fi router. The array can then focus the magnetic field on a coil attached to a phone or mobile device and induce a current to charge the battery. But it's still very early, and the field of wireless charging needs to settle on technical standards and work out its commercial kinks.

New submitter RavenLrD20k writes: I am a programmer by trade with a significant amount of training as a Network Administrator (AAS in Computer Networking). I have no problem with how to build three or four separate networks in each location and make them route over the internet. My weakness is in trying to setup a VPN for a secured two-way connection between location A and location B, both mixed OS environments, with the requirement that all of the internet traffic on B gets routed through A first. I've already looked at some boxed solutions, such as LogMeIn Hamachi, but there hasn't been much in the way of mixed environment support. This is a complicated one, so keep reading for more on what RavenLrD20k is trying to accomplish.

descubes writes: ELIoT (Extensible Language for the Internet of Things) is a new programming language designed to facilitate distributed programming. A code sample with less than 20 lines of code looks like a single program, but really runs on three different computers to collect temperature measurements and report when they differ. ELIoT transforms a simple sensor API into a rich, remotely-programmable API, giving your application the opportunity to optimize energy usage and minimize network traffic.

Using fewer resources than Bash, and capable of serving hundreds of clients easily on a Raspberry Pi, ELIoT transparently sends program fragments around, but also the data they need to function, e.g. variable values or function definitions. This is possible because, like in Lisp, programs are data. ELIoT has no keywords, and program constructs such as loops or if-then-else are defined in the library rather than in the language. This makes the language very flexible and extensible, so that you can adapt it to the needs of your application.

The project is still very young (published last week), and is looking for talented developers interested in distributed programming, programming languages or language design.

The BBC has revealed the final design for its Micro Bit computer, a programmable board the size of a credit card they hope will inspire the same love of technology that the BBC Micro did in 1981. The Micro Bit includes an array of LEDs, buttons, and a motion sensor. It can be powered via USB, or by an addon pack with AA batteries. It's not intended as a competitor to devices like the Raspberry Pi or the Arduino — it is intended to complement them while remaining simple for educational purposes. In October, the BBC will begin distributing the Micro Bit to students in grade 7. They expect to give away about a million of them. Afterward, the device will go on sale, and its specs will be open sourced.

Rick Zeman writes: On this 4th of July, the day when Americans flock to their grills and smokers, Wired has a fascinating article on a computerized smoker designed by Harvard engineering students. They say, "In prototype form, the smoker looks like a combination of a giant pepper mill, a tandoori oven, and V.I.N.CENT from The Black Hole. It weighs 300 pounds. It has a refueling chute built into the side of it. And it uses a proportional-integral-derivative controller, a Raspberry Pi, and fans to regulate its own temperature, automatically producing an ideal slow-and-low burn."

After cooking >200 lbs of brisket while fine-tuning the design, the students concluded, "Old-school pitmasters are like, 'I cook mine in a garbage can,' and there's a point of pride in that. A lot of the cutting edge is when you take an art form and drag it back onto scientific turf and turn it into an algorithm. I don't think we've diluted the artistic component with this."

DeviceGuru writes: The results from the 2015 Hacker SBC Survey cohosted by LinuxGizmos.com and the Linux Foundation's Linux.com community site have just been announced and, not surprisingly, RPi won two of the top three slots. With 1721 voting in the survey, the ten most popular single board computers turned out to be the Raspberry Pi 2 Model B, Beaglebone Black, Raspberry Pi Model B+, Odroid-C1, DragonBoard 410c, Odroid-XU3, Parallella, Arduino TRE, Edison Kit for Arduino, and Odroid-U3. The report includes scores for all 53 SBCs that were listed in the susrvey, along with data on feature preferences, targeted applications, and the nature of participants' use of [SBCs], and more.

jones_supa writes: Linux-based Chromebooks have experienced a huge growth in sales during the last couple of years, so much that Microsoft is getting nervous. The company is working with partners to bring cheaper devices to the market, and part of this plan is Windows 10 with Bing, a special version of the new operating system that would only be addressed to original equipment manufacturers. This low-price basic version of Windows comes with hardcoded Bing branding, although the search engine can be changed by the user. Microsoft wants Windows 10 to be installed on as many devices as possible, and the company's roadmap expects 1 billion PCs, tablets, and smartphones to be running it until 2017. The build for Raspberry Pi 2 is still in the works as well.

DeviceGuru writes: Russia-based Eltechs announced its ExaGear Desktop virtual machine last August, enabling Linux/ARMv7 SBCs and mini-PCs to run x86 software. That meant that users of the quad-core, Cortex-A7-based Raspberry Pi 2 Model B, could use it as well, although the software was not yet optimized for it. Now Eltechs has extended extended ExaGear to support earlier ARMv6 versions of the Raspberry Pi. The company also optimized the emulator for the Pi 2 allowing, for example, Pi 2 users to use automatically forwarding startup scripts.

An anonymous reader writes: Those of us who fiddle with electronics are probably familiar with this scenario: you've just finished assembling a project using your Arduino/Raspberry Pi/whatever, and it works! You'd like to set it up for long-term use, but... it's just a mass of wires and LEDs and switches. Alexis Matelin has written up a brief but handy guide for turning that mess into a self-contained prototype. He goes from planning out your circuit to designing your schematic to making your board, then working on an enclosure and a battery holder. Matelin also links to a variety of resources for the individual steps involved. It's a straightforward guide written for amateurs. Those of you who have experience with building permanent micro-controller projects: what would you add?

Meet Aron Hsiao. He works for Terapeak, a company that tracks sales through online venues such as eBay and Amazon in order to help merchants decide what to sell -- and how. The five 'maker' categories Terapeak tracks (drones, robotics, Arduino, Raspberry Pi and 3D printing) outsold Star Trek-related merchandise by a huge amount, namely $33 million to $4.3 million, during a recent 90 day study period. Star Wars merchandise did better at $29.4 million, but still... And as another comparison, Aron says that all Apple laptops combined, new and used, sold $48.4 million, so the DIY hobbyist movement still has a ways to go before it catches up with Apple laptops -- but seems to be heading steadily in that direction.

Drones are the hottest hobbyist thing going right now, Aron says, but all five of the hobbyist/tinkerer' categories Terapeak tracks are growing steadily at a rate of up to 70% year over year, with drones leading the way and robotics trailing (but still growing). It's good to see people taking an interest in making things for themselves. If you remember (or have heard of) the Homebrew Computer Club, you have an idea of what tinkerers and hobbyists can produce if given even a tiny bit of encouragement. And it's good to see that the DIY mindset is not only still alive, but growing -- even if it seems to be moving away from traditional hobby tinkering (cars; radios) toward concepts (drones; robotics) that weren't considered mass market 'homebrew' possibilities even a few years ago.

braindrainbahrain writes: Hacker Oscarv wanted a PDP-8 mini computer. But buying a real PDP-8 was horribly expensive and out of the question. So Oscarv did the next best thing: he used a Raspberry Pi as the computing engine and interfaced it to a replica PDP-8 front panel, complete with boatloads of fully functional switches and LEDs.

mikejuk writes GCHQ, the UK equivalent of the NSA, has created a 66 Raspberry Pi cluster called the Bramble for "educational" purposes. What educational purposes isn't exactly clear but you do associate super computers with spooks and spies. It seems that there was an internal competition to invent something and three, unnamed, GCHQ technologists decided that other Pi clusters were too ad-hoc. They set themselves the target of creating a cluster that could be reproduced as a standard architecture to create a commodity cluster. The basic unit of the cluster is a set of eight networked Pis, called an "OctaPi". Each OctaPi can be used standalone or hooked up to make a bigger cluster. In the case of the Bramble a total of eight OctaPis makes the cluster 64 processors strong. In addition there are two head control nodes, which couple the cluster to the outside world. Each head node has one Pi, a wired and WiFi connection, realtime clock, a touch screen and a camera. This is where the story becomes really interesting. Rather than just adopt a standard cluster application like Hadoop, OctaPi's creators decided to develop their own. After three iterations, the software to manage the cluster is now based on Node.js, Bootstrap and Angular. So what is it all for? The press release says that: "The initial aim for the cluster was as a teaching tool for GCHQ's software engineering community....The ultimate aim is to use the OctaPi concept in schools to help teach efficient and effective programming."

First time accepted submitter stilborne writes The Kolab Collaboration Suite, the open source groupware system that scales from "Raspberry PI" installations to 100k+ seat enterprise deployments, has been adopted by companies and governments around the world, making it one of most successful "poster children" for Free Software and Open Standards. In order to chart the next steps forward, the Kolab community has announced the inaugural Kolab Summit to be held in The Hague on May 2-3, 2015. Along with workshops, BoFs and coding break-out sessions, presentations will be given by key developers from a number of open source projects including Kolab, Roundcube, cyrus imap, and KDE among others. Registration is free, and the call for presentations is live for the next few weeks.

First time accepted submitter DrTJ writes Today is Pi day. This year is a bit more extraordinary as it is 3/14/15 (in American date format). To celebrate, USA Today has posted a number of videos of kids reciting Pi, one of them to 8,784 digits. The Washington Post highlights the story of a couple who decided to make it their special day. "Donahue, 33, a Legal Aid attorney, fell for Karmel’s geeky side as soon as they met. On a beach vacation with her friends in 2012, a psychic told her, 'You are about to meet your soulmate.' Three days later, she walked into Kostume Karaoke night at Solly’s Tavern along the U Street corridor and saw a man onstage croaking out the Backstreet Boys’s 'I Want It That Way.' By the end of the night, he would be serenading her with Cake’s 'The Distance' — the song the DJ will play when they cut the pie."