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Your mobile wireless carrier may soon have a say in the way you think about health and wellness. AT&T, through its Emerging Devices unit, plans to offer for sale health-tracking clothing equipped with wireless sensors that enable you to track your heart rate, body temperature and other vital signs -- and then send all this data to a site where a physician can access it. The first offering will be a version of the E39 body compression shirt, originally designed by Under Armour for the NFL scouting combines and other world-class athletic competitions. Now imagine yourself as a high-performance weekend athlete, effortlessly transmitting your heart rate, skin temperature and activity levels to the Web. That the “smart fitness” trend – which can be traced back to the Fitbit tracker – is now transforming into a broader “e-wellness” movement is not a coincidence. The biggest wireless network carriers - like AT&T – are under intense pressure to produce new revenue streams. The total mobile Internet penetration rates at these companies have hit a saturation point. They can advertise as much as they want, but there’s simply no one else who needs another mobile phone these days.

Not long ago, we reported on a prototype thin, flexible smartphone known as the Paperphone. While it isn't actually made out of paper, the success of a research project at North Carolina State University indicates that phones in the future could be. Scientists there have been able to deposit conductive nanocoatings onto textiles, meaning that items such as pieces of paper or clothing could ultimately be used as electronic devices.

smart fabrics.

"Research like this has potential health and monitoring applications since we could potentially create a uniform with cloth sensors embedded in the actual material that could track heart rate, body temperature, movement and more in real time," said Dr. Jesse Jur, NCSU assistant professor of textile engineering, chemistry and science, and lead author of a paper on the technology. "To do this now, you would need to stick a bunch of wires throughout the fabric - which would make it bulky and uncomfortable."

The event, held on 27 June, showcased the latest research on next-generation body-centric communications – wireless networks worn on the human body. Future communication systems will be worn on clothing rather than held in the hand as smart phones are nowadays, and will be made possible due to cutting-edge advancements in wearable electronics. Dr Paul, from the Centre for Communications Research (CCR), specialises in the design of antennas that can be integrated into textiles through electromagnetic numerical simulation. Applications range from smart clothing for sportswear, to soldiers’ and emergency workers’ outfits, and to monitoring devices for healthcare and telemedicine. Professor Joe McGeehan, Director of CCR, said: ‘We are delighted that Dr Paul has had the opportunity to present an invited paper on her novel research is this key area. Wireless networks worn on the human body will become more pervasive, particularly in applications such as medical sensor networks for an ageing population and healthcare.’

Putting sensors and actuators in everything from homes and cars to shoes and coffee cups promises to make our daily lives easier, safer and more efficient. But such 'ambient intelligence' requires a merger of the virtual and digital worlds. EU-funded researchers in the Sensei project are bridging the gap and their results are already leading to 'smart cities' being set up all over Europe.

'Today, the internet world is a virtual world of data mostly stored and accessed from servers,' says Dr Hérault. In the future, we will have an 'Internet of things' in which a multitude of things in the real, physical world will be digitised continuously: in many situations, we won't just be asking web servers for data, we will be asking sensors in everyday objects for data, he suggests. 'We need to understand how best to interconnect the real world and the virtual world.' 

An open service interface that uses semantic information to process data means that information is accessible and understandable to both humans and machines.  'You could ask, for example, "What is the temperature on Oxford Street?" The system would decode that semantic information, access sensor networks on Oxford Street that have temperature sensors, check the reliability of each network with regard to information quality, and return an answer,' Dr Hérault explains. 

Perhaps you’ve recently read about the Tampa Bay Lightning’s innovative chip-embedded jerseys. Blending physical gamification techniques such as a special badge to denote a certain level of status – in this case a season ticket holder – and embedded chip technology in the patch that issues those donning the jersey automatic discounts on concessions and merchandise while at the arena, the Lightning have a bona fide innovation hit on their hands. As a marketing ploy, you can not argue with the success of this experiment. As a technological innovation, what you see here – a piece of connected clothing – is just a rudimentary beginning of Web 3.0.

American retail company REI ventures into augmented reality (AR) promotions by creating an AR app to give prizes to consumers and at the same time encourage traffic inside its new location in New York.

The app is named “Find Out NYC” and may be used by consumers to scan more than 400 specially-designed REI posters located around New York City, which serve as portals to six virtual scenes. Upon finding one of these posters, they can use their smartphone at the poster to scan and capture its respective headline. This will take them to an AR page that projects the virtual nature scene along with pictures of outdoor gear prizes that they can tap to win them. Apart from winning the outdoor gear prize, customers are also given the chance to win a trip for two to Costa Rica.

From REI: REI is now in New York City! We’re located in the historic Puck building near Manhattan’s SoHo district. Drop in and explore our 39,000-square-foot, three-level store. REI offers top-brand outdoor gear and clothing for camping, climbing, cycling, fitness, hiking, paddling, skiing, snowboarding and more. We’re also a complete New York City bike shop, offering professional bike shop services to help keep you biking the streets and trails year-round. Come by, meet our friendly staff of outdoor experts, and gear up for your next adventure. Find out about all of the REI events going on now in the New York area, and be sure to download our new FIND OUT NYC app! Use your phone to scan and unlock specially designed REI posters around the city which serve as portals to six virtual scenes. Use the map functionality on the app to find the posters nearest you. Get Find Out NYC app details.

Don Kingsborough could have called it quits. The man who founded Worlds of Wonder Toys, famous for Teddy Ruxpin and helping lead the introduction of Nintendo in the U.S., and the former president of of consumer products at Atari, was just winding down his time last year at Blackhawk Network, a pre-paid card company that he had sold to supermarket Safeway. With his options expiring, he decided to sell and contemplated retirement.

But then PayPal came calling, and Kingsborough couldn’t resist the opportunity to make one more big stab at shaking up the retail world. Kingsborough joined PayPal in March 2011 as VP for retail and prepaid products, heading up PayPal’s efforts to launch an in-store payment system.

In his first extensive interview since joining PayPal, Kingsborough said he wasn’t just interested in extending his career; he saw a huge chance to fundamentally change the way people shopped in retail stores as digitalization moved payments beyond cash and credit. And he believes that PayPal is uniquely positioned to bring that vision to market.

Late last month, I ordered the beverage at Sightglass Coffee in SoMa, grabbed it from the counter and walked out without cracking my wallet.

Nobody chased me down because, when I first approached the cafe, the Card Case app on my iPhone detected the store's perimeter and automatically switched on. It broadcast my picture to the barista, who could then tap my pre-entered credit card number to cover the bill. The phone never had to leave my pocket.

It felt a lot like buying in the one-click environments of iTunes or Amazon, which is to say it didn't feel like buying at all. Square, the San Francisco startup behind the app, has come close to replicating the frictionless online buying experience in the brick-and-mortar world.

If it were up to Jumio, we’re all going to be ‘netswiping’ to purchase books, clothes, travel, FarmVille crops and whatnot online in a couple of years. The startup has been extensively testing its digital payments service in private beta mode since last year, when Jajah founder Daniel Mattes started teasing whatever they were building.

The startup has since assembled an impressive advisory board, including former Google exec Zain Khan, former Amazon exec Mark Britto and Maarten Linthorst, CEO of CSI Communication Systems. And we recently learned that Facebook co-founder Eduardo Saverin and other investors pumped $6.5 million into the startup.

Today, Jumio is finally unveiling Netswipe, a technology solution that enables e-commerce site owners and Internet retailers to process online and mobile payments by having customers ‘swipe’ their credit cards using virtually any webcam. Think of it as Square for the Web, without the need to purchase and install additional hardware. Watch the video below to see how it works, in a nutshell.

This is the world of web 3.0, or what we call the ‘transcendent web’, and it will bring profound changes to people and businesses alike. The benefits it will provide users include the creation of a much more personalized web experience and the automation of many of the services already in use. Businesses too, will benefit from vastly greater amounts of information about consumers and thus the opportunity to market and sell to them much more directly. They will also be able to take advantage of the greater operational efficiencies brought about by technologies that will keep people, processes and products much more tightly connected. The transcendent web will play a critical role in the digitization of industries as wide-ranging as telecommunications, financial services and healthcare.

The Internet of Things: More and more things are being made Internet-enabled — houses, cars, appliances, even clothing — allowing them not just to be located through technologies like radio frequency identification but to communicate richer amounts of information about themselves; all of this becomes not just possible but also visible to web users.

Author: Sheryl Grant

Is there some core definition or badge-ness to explain what makes badges unique?

If badges are like degrees, diplomas, grades, or currency -- which many of us have collected and displayed and benefited from -- what's wrong with them? Why are badges worse or better? If badges are visual signs of rank, reputation, membership, and identity, and are just another way to show affiliation, why are they different than, say, titles, clothing, hair, language, accents, bumper stickers, friends, or an alma mater?  

What if those new jeans you've just bought start tweeting about your location as you cross London Bridge? It sounds far-fetched, but it's possible - if one of your garments is equipped with a tiny radio-frequency identification device (RFID), your location could be revealed without you knowing about it. RFIDs are chips that use radio waves to send data to a reader - which in turn can be connected to the web.

"The IoT challenge is likely to grow both in scale and complexity as seven billion humans are expected to coexist with 70 billion machines and perhaps 70,000 billion 'smart things', with numbers infiltrating the last redoubts of personal life," says Gerald Santucci, head of the networked enterprise and RFID unit at the European Commission.

Because NFC tags are more expensive than barcodes or RFID tags (just under $1 in volume) they will make their way into high-end retail products first: Cars, electronics, consumer appliances.  As more products start to include NFC tags, this will drive the price down even further.  As the price goes down, NFC tags will make their way into products $20 and above (clothing, wine, shoes, Costco-sized purchases). And then there are the phones. With almost 100 million NFC-equipped phones estimated to be shipped just over the next year and more than 1 billion predicted for the next four years, shopping, comparing, and purchasing via NFC-equipped smartphones will become commonplace.