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  Google Glass Year In Review
  It’s been a little over a year since Google started teasing something it called “Project Glass.” The futuristic, wearable computer that would change the way that you interact with the world was nothing more than a series of rumors for months before it was “formally introduced” in April 2012. Not known for hardware and not having a current bonafide physical device that was popular among consumers, many opined that this was Google’s way of begging for attention. It might have been, and it definitely worked. In thirteen months, Glass has gone from Star Trek fantasy to reality. It’s been quite the whirlwind of activity. The “wearable computing” age is upon us, and it’s been widely reported that Apple was working on a watch, therefore many assumed that Google was working on a similar device to keep up. This was clearly not the case and Google’s co-founder Sergey Brin took special interest in the Glass project and has been leading the charge going back to when prototype weighed around eight pounds in August 2011. Let’s take a stroll down memory lane, as a lot has happened over the past year in Glassland. It’s real(ish) The video from Google itself got sent people’s imaginations into overdrive. It was called “One day…” and gave us a glimpse into the life of a daily user of what Google had up its sleeve. We now know that the “One day…” reference had more to do with what the product could become, not what it would be in its first iteration: The user experience in this video is aspirational, at best, as the current iteration of Glass is more of a compliment and utility to your day, rather than the augmented reality “enhancer” as this video demonstrates. Still, the elements that make Glass handy are all there, taking calls, getting directions and taking pictures from a new point of view. Immediately after the video, and public admonishment that the project was real, the press wondered out loud if Apple should compete and that other companies should stand up and take notice. We also now know that the rumored final name for the device, Google Eye, isn’t likely. Good thing, because it sounds way creepier than Glass. We’ll get to more “creepiness” later. It was clear that Glass was getting a lot of attention, both positive and negative, from the start. Even Jon Stewart did a parody
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  Ziff Davis Is Buying NetShelter/InPowered's Display Ad Business
  Digital media company and ad sales platform Ziff Davis is expanding its network of properties even further with the purchase of NetShelter's display advertising business, a well-placed source has informed us. The source couldn't share exact terms of the deal, but did reveal that InPowered, the product which NetShelter focused on and eventually essentially rebranded to last November, will be split into two teams, with half heading to Ziff Davis as part of the arrangement.
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  Hey, Hardware Hackers! There's A WiFi-Enabled Arduino Now
  Lets say you've come up with a brilliant idea for some shiny new piece of hardware. You brush up your coding chops, scratch out a design, and set out to build a prototype. First, you'll need a programmable chip to act as the brain. Because of the relatively gentle learning curve and friendly community, you go with the Arduino. The problem: your hardware idea requires WiFi. Until now, that's actually been a pretty complicated issue.
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  Google Believes Web Components Are The Future Of Web Development
  While it was missing the skydiving antics of last year’s event, Google’s I/O keynote last week wasn’t short on product launches. In between the splashy updates to Google Maps, Search, Android and everything else Google announced, the company also briefly talked about Web Components for a few minutes. While Google’s Sundar Pichai noted that it’s still early days for this technology, he also said he believes that “the vision for it is clear” and that it will allow developers to build “elegant user interfaces that work across all form factors.” Web Components are clearly a topic that’s close to the heart of a number of Chrome developers. Many of them, for example, cited it as one of the Chrome features they are most excited about at a fireside chat later in the week. A number of Google engineers are also working on Project Polymer, which aims to write a web application framework that’s built upon the idea of Web Components and will allow developers to use the ideas behind Web Components on browsers that don’t even feature all of the necessary technologies yet. The fact that it made an appearance during the keynote, right next to WebGL and other more established web development techniques, makes it pretty obvious that this is a technology that Google believes has the potential to change how developers write web apps going forward. So what is this all about? Essentially, Web Components give developers an easier way to create web sites and recyclable widgets on these sites with the help of the HTML, CSS and JavaScript they already know. The ideas behind Web Components have been around for a while (and a few years back, Microsoft backed a similar initiative that never got any traction), but even today, this is still a topic that’s pretty foreign to most. Building large, single-page web apps with a smart component models isn’t easy today. Web Components help developer encapsulate they HTML, CSS and JavaScript so it doesn’t interfere with the rest of the page and the page doesn’t interfere with it. It’s worth noting that, for the time being, developers can’t rely on this to work in all browsers. Chrome Canary includes support for Web Components, but it’s hidden behind a number of flags. Mozilla will likely start adding support for it in Firefox soon, too. Most importantly, though, the Polymer project aims to bring the concept to
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  An Interview With Dr. Joshua Pearce Of Printers For Peace
  Joshua Pearce, PhD, is a researcher at Michigan Tech who rearches open source and low-impact solutions to engineering problems. He is also the founder of the Printers For Peace contest, an effort to bring together clever 3D-printed ideas that have loftier aims. You can win one of two 3D printers if you submit the winning project.