Over on the xda developers forum, [exception13] shows us the work he’s put into geting Debian running on his Samsung Galaxy Note 10.1, allowing him to dual boot Android and Linux on a single device.
The project is still in a fairly early state, but so far [exception13] has most of the goodies required for a decent Linux experience running already. There’s WiFi, bluetooth, sound, usb-otg and touchscreen support, as well as support for the Note’s S Pen, the Wacom digitizer that basically turns the Galaxy Note 10.1 into an Intuos touch pad.
There’s still a lot of work work to be done, including getting the camera up and running, as well as enabling the GPS receiver. Still, it’s a very cool project that puts the power of a proper desktop interface into a tablet with enough horsepower to get something useful done.
If you’d like to get this running on your Galaxy Note, [exception13] has a download avaiable over on Google Code. There’s also a video [exception13] put together demoing all the cool stuff his Note can do, you can check that out after the break.
Continue reading “Turning the Samsung Galaxy Note 10.1 into a proper Linux box”
Over the last few months, we’ve seen our fair share of pentesting appliances. Whether they’re in the form of a Raspberry Pi with a custom distro, or an innocuous looking Internet-connected wall wart, they’re all great tools for investigating potential security vulnerabilites at home, in the workplace, or in someone else’s workplace. Pwnie Express, manufacturers of pentesting equipment, are now releasing one of the best looking and potentially most useful piece of pentesting equipment we’ve ever seen. It’s called the PwnPad, and it allows you to get your pentesting on while still looking stylish.
Based on Google’s Nexus 7 tablet, the PwnPad combines all the goodies of a really great tablet – the ability to read NFC tags and multiband radios – with open source tools and a USB OTG cable with USB Ethernet, Bluetooth, and WiFi adapters. Everything in the PwnPad is designed for maximum utility for pentesting applications.
Of course, for those of us that already have a $200 Nexus 7, Pwnie Express says they’ll be giving away the source for their software, enabling anyone with knowledge of make to have the same functionality of the PwnPad. Of course you’ll need to get yourself a USB OTG cable and the WiFi, Bluetooth, and Ethernet adapters, but that should only add up to about $100; combined with a $200 Nexus 7, building your own is more than just a bit cheaper than Pwnie Express’ asking pre-order price of $795.
The creator of this project started off with a 7″ tablet he received from a coworker. The screen was horribly smashed from one corner spreading out through the entire surface. But the hardware inside still worked, including the HDMI out port. He ended up transplanting the tablet hardware for use as an emulator.
After a bit of sizing up it was determined that the tablet hardware would fit inside the case of a broken NES. The battery would have been a tough fit, but this thing is always going to need to be connected to a television so there’s no need to work without mains power. The back plate was cut down to size and used as a try for mounting the motherboard in the case. Before that step he wired up a USB hub and mounted it so that two ports could be accessed through the original controller port openings.
There’s no details on the software used, but the final image in the gallery shows a game of Starfox being played.
This grid of letters is a puzzle game for tablet devices called Ruzzle. The contraption attached is an automated solver which uses LEGO Mindstorm parts to input the solutions on the screen. [Alberto Sarullo] is the mastermind behind the project. As you can seen in his demo video after the break he has a flair for the cinematic. But he makes you work a little bit to discover the details of his project.
His post gives a general overview of how this works. A Linux box takes a screenshot of the Ruzzle board. After processing the graphics with Imagemagick he uses Tesseract — an Optical Character Recognition program — to figure out which letter is on each square of the playing area. From there NodeJS is used to discover all possible words with the help of a dictionary file. The final solutions are pushed to the LEGO parts to be traced out on the touch screen with a stylus. The nice thing is that he published all of his code, so you can drill much deeper into the project by pawing through his repository.
Continue reading “LEGO stylus solves Ruzzle tablet game”
Windows RT, the version of Windows being loaded onto ARM-powered tablets and netbooks such as the new Microsoft Surface, has one drawback: there are tens of thousands of apps written for x86 hardware that simply won’t run on this new ARM-powered architecture. While this may present a problem for hospitals, banks, and other institutions needing a proper Wintel platform, we’re wondering how to get classic games such as Civ III and Age of Empires running on these new tablets.
It seems with a lot of black magic, [mamaich] over at the XDA Developers forum has a solution for us. He’s created a tool for running x86 Win32 apps on Windows RT. Basically, he’s created an x86 emulator for ARM devices that also passes Windows API calls to Windows RT.
So far, [mamaich] has been playing some classic Windows games on his Windows RT box, including Heroes of Might and Magic 3 and Space Cadet Pinball from Windows 95. A few utility apps such as 7Zip and WinRAR also work.
[mamaich]’s plans for his build are to make x86 emulation more automatic without the need for a separate launcher tool. Then, finally, we’ll have the perfect portable platform for RTS games.
The work which [Mark] did to mount this iPad mini in the dashboard of his Ford truck is commendable. It looks like it came from the factory this way, and the functionality matches that illusion.
He actually started the project before he had the iPad mini on hand. A PDF that mapped out the exact dimensions was used as a template for the layout and alteration. He took the stereo controls out of the original faceplate. That opening was made to fit the screen by cutting, adding putty, then sanding and finishing.
Since the bezel won’t let [Mark] get at any of the buttons on the iPad itself he picked up an external home button on eBay and mounted it just to the left of the screen. Inside the dashboard a docking connector is responsible for powering the tablet and connecting it to the sound system. There’s even a WiFi connection thanks to the MiFi system he mounted in the overhead console.
Pinch-zoom is a godsend (and shouldn’t be patent-able) and although we mourn the loss of a physical keyboard on a lot of device we use a tablet nearly as often as we do a full computer. But the touch screen interface is not open to everyone. Those who lack full dexterity of their digits will find the interface frustrating at best or completely unusable at worst. A team of researchers from the Atlanta Pediatric Device Consortium came up with a way to control touch-screen tablets with a sensor array that mounts on your arm.
The project — called Access4Kids — looks not only to make tablet use possible, but to use it as a means of rehabilitation. The iPad seen above is running a custom app designed for use with the sensor sleeve. The interface is explained in the video after the break. Each sensor can serve as an individual button, but the hardware can also process sequential input from all three as a swipe in one direction or the other. If they can get the kids interested in the game it ends up being its own physical therapy coach by encouraging them to practice their upper body motor skills.
Continue reading “Sensor sleeve makes tablet use easier and benefitial for disabled children”