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As part of a Data Privacy Day report, Microsoft commissioned a study of over 1,200 hiring and recruitment managers. In one segment, they asked what kinds of sites they considered in researching applicants online. The short answer: almost everything. As PC World put it—and as Jason detailed in his online identity primer—having a decent-looking personal web site, with blog-like material showing your grasp of topics and general up-to-date skills, is the best defense against anything and everything else a potential employer or contractor might find about you online. Then again, take a look at how many online realms hiring managers peek into when peeking at you. It's reassuring, if you've put time into cleaning up your online image, and perhaps a wake-up call if you've still got LOLcats littering your photo service pages

It’s a good question: archiving all of Twitter - can any sense be made of it when the context has passed?

Hence the decision by the Library of Congress last week to store the complete archives of Twitter. Starting six months from now, every last tweet—currently produced at a rate of 50 million a day—will be saved on an LoC hard drive and will presumably be accessible to historians for … well, forever.

But the decision to archive Twitter takes digital preservation to a new level of detail. In the past, all archives, even digital ones, had to be selective.

We need ambient findability. We need smart ways of guiding people towards the content they’d like to see — with categorization and search playing complementary goals.Getting people to the content they want to see, using the search functionality your average newspaper website has on offer, is not exactly what I’d describe as fast or effortless. Full-text search can be a daunting experience. We need some sort of a sitemap that acts as a gateway to our content and is broader than our primary navigation.We need deep links to the topics that are currently on people’s mind and that are being talked about.How neat would it be if we could also browse by mood or by genre?We need quick links to topic pages about related persons, organizations, events and locations.We need links to terms on Wikipedia (e.g. using Apture) or the ability to look things up in a dictionary (like the one they have over at the New York Times)Related content should be referred to either using tags or if you’re really hip, using relationships. Search behavior doesn’t always revolve around a big input box and a submit button.Faceted search needs facets: ways of splitting up search results into meaningful categories. Rich metadata and a well thought-out categorization scheme is a prequisite.Online search should work similarly to asking a question to a flesh-and-blood reporter

Now Mobilizy, the leaders in augmented reality geo-location applications for mobile have taken the next major leap by combining augmented reality with GPS navigation software. Wikitude Drive is the award winning GPS navigation application for Android devices, it has already been awarded numerous prizes including the “Galileo Master 2010” of the European Satellite Navigation Competition, “Global Champion” of the NAVTEQ LBS Challenge and Winner of the “World Summit Award 2010”. Previously available for Austria, Germany and Switzerland the application is now available for Spain, UK, France and Italy. What’s different about Wikitude Drive from other navigation applications is it overlays the live route over the camera feed rather than using a traditional map view.  This new augmented reality view enables you to see exactly where you are going and the route without having to take your eyes off the road ahead. Having said sometime back that someday AR will change navigation, it’s been enjoyable playing around with the beta and testing the UK maps. As everything is stored on the server all the maps are up to date and I was even able to navigate to my house which hasn’t even made Google Street View yet. Turn by turn instructions are given clearly using a speech engine so you’ll always have the expected voice instructions.

roughly 30 percent more individuals in the U.S. carry a smart phone than buy a daily newspaper.

New York Public Library In a move that embodies the public intellectual history of America and the perfect application of social media, the New York Public Library plans to celebrate its centennial smart phone style.

It recently launched a “Find the Future” Foursquare badge that encourages and rewards exploration of public libraries in New York City. It transforms visitors into library ambassadors who, via location-based check-ins, end up promoting library services, programs, and collections to their Foursquare friends.

"The Invisible Internet is associated closely with the concept of the “Internet of Things,” in which a multitude of everyday objects are connected wirelessly. In such a world, not every object will have the intelligence to make decisions for itself — your carton of milk doesn’t need an advanced processor, only the ability to communicate what it is and its expiration date — but collectively they’ll create a form of ambient intelligence, allowing them to self-organize as a group. If the Invisible Internet of Things does become a reality, the Web will cease to be merely a virtual space, where people interact with one another from behind a PC or phone’s screen, and become a real space — “meat space,” if you will — where thousands of objects, both personal and public, interact with one another.

The one element, besides a radio, all of those objects have in common is awareness. They have to be able to sense one another as well as their surroundings. Embedding devices and objects with that kind of sensitivity probably is the smallest challenge the Internet of Things faces right now, said Henry Tirri, head of the Nokia Research Center. The core sensors needed in the network of the future already are embedded in the average smartphone today: GPS and cellular triangulation sense location; accelerometers and digital compasses sense movement and direction; digital cameras can see for the devices. Some of those sensors need to be refined, but for the most part, devices already have access to enormous amounts of raw sensory data, Tirri said. The challenge for the industry is processing that data, interpreting it and combining it with data from other sensors to make it useful. Once the technology overcomes those problems, there’s no limit to what can be wirelessly enabled, he added.

“In today’s world of handsets, we talk in billions; in the future, we will talk about trillions of devices,” Tirri said. “Radios and sensors will be very small. They will be in everyday devices like coffeemakers and key chains, as well as all consumer devices, but also things you wouldn’t think you’d have wireless capabilities, like chairs, tables, even your bed.”

The coins will be limited edition and will be produced in silver as well as gold. The silver 5€ and gold 10€ will be issued on June 22, 2011.

The Royal Dutch Mint has produced what is the first QR coded coin to celebrate the 100th anniversary of the mint in Utrecht.

The Royal Dutch Mint has produced what is the first QR coded coin to celebrate the 100th anniversary of the mint in Utrecht.

New research by electrical engineers at Oregon State University has confirmed that an electronic technology called "ultrawideband" could hold part of the solution to an ambitious goal in the future of medicine -- health monitoring with sophisticated "body-area networks."

Such networks would offer continuous, real-time health diagnosis, experts say, to reduce the onset of degenerative diseases, save lives and cut health care costs. Some remote health monitoring is already available, but the perfection of such systems is still elusive

"This type of sensing would scale a monitor down to something about the size of a bandage that you could wear around with you," said Patrick Chiang, an expert in wireless medical electronics and assistant professor in the OSU School of Electrical Engineering and Computer Science. "The sensor might provide and transmit data on some important things, like heart health, bone density, blood pressure or insulin status," Chiang said. "Ideally, you could not only monitor health issues but also help prevent problems before they happen. Maybe detect arrhythmias, for instance, and anticipate heart attacks. And it needs to be non-invasive, cheap and able to provide huge amounts of data.

there are very few executives, only a fraction, who are actually creating next-generation social experiences for their companies like Jeff Schick. The IBM executive doesn’t just leverage social business solutions, he and his team create them. “We started well over 15 years ago. We’ve been thinking about how to better connect people with people and people with information in terms of IBM itself,” Schick says, “the idea of getting the right person over the right opportunity at the right time to yield the right result was genuinely a business imperative at IBM.”

At Big Blue, the company encourages the use of Twitter, Facebook, LinkedIn, and blogs to support their sales, communication, marketing and recruiting efforts.  While employee’s social interactions are not under a microscope, the experiments in social on a massive scale have led to a set of social business conduct guidelines that govern their employees’ social interactions. Schick advises that you need to establish behavior standards for employees to follow.

So why do they do it? Since they are both an early adopter and creator of social technologies, they’ve learned that content management, business process management, collaboration, commerce and analytics must all be combined with a social layer to create a universal and unified solution.

Qualcomm boss Paul Jacobs has outlined his vision of the future at the company's Innovation event: a world where mobile devices supplant PCs, with his company's chips at the heart of the ecosystem.

"The fundamental trend that we all know is that mobile is now the dominant computing platform," Jacobs told attendees. "That's not the future - that's now. The install base of smartphones has already surpassed PCs."

That's a sea change which shouldn't be overlooked, Jacobs argued. "There were limitations to how computing happened in the past - now we do it when we're moving around," he explained. "Mobile is everywhere with you - you take it wherever you go. It's about doing things when you have the time."

Of course, oftentimes you don’t really want to tell all of your friends where you are, and even then you may only want them to be able to see your whereabouts for a short while. That’s where Glympse comes in. The service, which is based entirely around ‘sharing your where’ with select friends a few hours at a time, has just raised a $7.5 million Series B funding round led by Menlo Ventures and Ignition Partners.

Say, for example, you were running late for a meeting and wanted your coworkers to have a sense for when you’d be arriving at the office. Instead of having to send a series of text messages (“15 minutes..”, “traffic bad, make that 30 min”, and so on), you could just send a Glympse that let them track your progress on a map. Then, when you arrived, you could turn the Glympse off and the map would stop updating.

So where is Glympse going next? The company isn’t sharing much about its future plans, other than to say that they’re working with partners to integrate the product into “the everyday life experience”. In other words, expect them to move well beyond their own iPhone and Android apps in the near future.

For example, way back in 1961, cinematographer Morton Heilig patented his Sensorama machine, an immersive multi-sensory device that looked like a giant arcade game, except it emitted aromas, environmental elements such as wind and it also vibrated and played stereo sounds. Whilst some have referred to this as the earliest example of augmented reality, it probably leans more towards the virtual reality world.

Other key advances that helped blur the boundaries between the physical and digital worlds include American Computer scientist Ivan Sutherland’s development of the first head-mounted display (HMD) in 1968. It was primitive and bulky, but it was a sign of things to come:

Moving forward, computer artist Myron Krueger built what was called an ‘artificial reality’ laboratory called the Videoplace, in 1974. The Videoplace combined projectors, video cameras and special purpose hardware, and onscreen silhouettes of the users, placing them within an interactive environment.

“Context-awareness can make computing devices more responsive to individual needs and help to intelligently personalize apps and services. Using self-learning mechanisms, sensor inputs, and data analytics, Intel research teams are engaged in a number of projects that promise to take machine learning beyond the lab to practical, real-world applications.”

Most interestingly, the site goes into some depth on Intel’s current projects that explore the boundaries of context-aware computing:

Online Semi-Supervised Learning and Face Recognition: Use face recognition in place of a password to log in to any protected site. The self-learning techniques being refined by this project can be adapted to many areas of context awareness.

Last week, video eyewear maker Vuzix announced (pdf) that it has partnered with cell phone maker Nokia to produce the next generation of see-through near-eye display (NED) glasses. The glasses will use Exit Pupil Expanding (EPE) optics technology developed by both Vuzix and Nokia.Vuzix, which has been developing display technologies for the military since 1997, credits itself with creating the consumer video eyewear market, which it did in 2005 with the release of the V920 glasses. 

Nokia-enhanced NED glasses

Attention smartphone users: the recent launch of the first two satellites for Europe’s Galileo global navigation satellite system (GNSS) could make things a lot more interesting in about four years.

Galileo will deliver real-time positioning accuracy down to one meter range, compared to 10 meters for GPS, the European Space Agency (ESA) states, and it plans to give non-European users access.

Meanwhile, Apple’s new iPhone 4S has a chip that will be able to access Glonass (the Russian version of GPS), Engadget reports. Other manufacturers, including Qualcomm, Samsung Electronics and Texas Instruments, will also support Glonass — and Galileo as soon as it is operational — with new chipsets and software able to receive and integrate all three main GNSS systems.