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He is officially called the "Messaging Community Lead" for IBM's WebSphere message queue (MQ) architecture, which is a title that grants some modicum of honor without claiming too much authority. Andy Piper has become IBM's point man for the concept of a planet enmeshed in billions, perhaps trillions, of signal-sending, communicating devices. The case may be made that anything that can be "on" could be made to send a signal on a network - perhaps something as simple as "on" itself, periodically. The possibilities for a world where the operating status of any electronic device may be measured from any point on the globe, are astounding.

Two weeks ago, IBM and its development partner Eurotech formally submitted Message Queue Telemetry Transport protocol to the Eclipse Foundation open source group. It's being called "the" Internet of Things (IoT) protocol, but in fairness it's only one candidate. It would serve as the communications mechanism for devices whose size may scale down to the very small level, with negligible power and transmission radius of only a few feet.

One example application already in the field, Piper told RWW, is in pacemakers. Tiny transmitters inside pacemakers communicate using MQTT with message queue brokers at their patients' bedsides. Those brokers then communicate with upstream servers using more conventional, sophisticated protocols such as WebSphere MQ.

People fed up with the proliferation of credit cards, IDs and key cards that fill their wallets to bulging may soon have an alternative. New technology could bundle such functions into just one item: your cell phone.

Near Field Communication technology, jointly developed by Sony and Royal Philips Electronics, lets wireless devices connect to other devices nearby and transfer data, from payment information to digital pictures. Samsung Electronics and Philips say they are developing cell phones with embedded NFC chips that could double as debit cards or electronic IDs. The companies plan to begin field trials toward the end of the year.

Such phones are already available in Japan and Korea, where users can charge their phones with virtual cash, then wave them near NFC-enabled machines to buy anything from a soda to lunch. But it remains to be seen how Americans will react to the devices, which are not yet available outside Asia, said wireless technology analyst Allen Nogee of In-Stat/MDR.

Samsung mobile phones look set to double as m-wallets as the mobile phone manufacturer signs a Near Field Communication chip deal with Philips.

Through the use of Near Field Communication (NFC), Samsung mobile phones will be transformed into multi-functional devices from which users can conduct secure m-payment transactions, gain access to public transport and buildings or download event tickets, the company claims

"Joining forces with Philips for the further development of NFC-enabled devices is part of Samsung's commitment to change the way information and services are paid for, distributed and accessed by all consumers," said JK Shin, senior vice president of the research and development team at Samsung.

Here’s a quick breakdown of the big differences between desktop and mobile platforms: Mobile device hardware is smaller and generally tends to have lower hardware resources than desktops/laptops. Smaller screens bring about different design considerations and challenges. Touchscreen technology introduces new interaction concepts that differ from traditional input devices (keyboard and mouse). With a mobile device, internet connectivity is not always as reliable as a hard-wired broadband connection, which means internet connectivity is a concern and data transfer could be significantly slower. Although these sound as if they are hurdles to get over, with careful thought and consideration, there’s no reason why they should be. Touchscreen technology is exciting. The smaller screen design will really make you think about how to get the user to interact with your mobile web app in the most satisfying way possible. What we should really be doing is looking at the list of differences above and seeing opportunities to deliver our content in a different way. Building mobile web apps will be a paradigm shift from traditional web development and web design.

In the next sections, we will discuss development/design considerations, as well as concepts and techniques for building mobile web apps.

Leveraging CSS3 Mobile web browsers these days are pretty advanced. Android devices use a mobile version of Google Chrome, whilst the iPhone does the same with Apple’s Safari. Some mobile devices come with mobile Opera and others allow you to install a browser of your choice such as mobile Firefox. So we’re talking about some pretty good browsers in terms of CSS3 and HTML5 feature support. CSS3 allows us to render things through code that would previously have required an image. We can use color gradients, draw rounded corners, create drop shadows, apply multiple backgrounds to HTML elements, and more — all of which can help improve performance and decrease development times.

Without so much as a whisper from the retailer itself, Amazon’s Android tablet is heading our way. Rumoured to launch at the end of the third quarter in time for the holiday season, Amazon is hoping it can steal a little of Apple’s thunder and steal a little of its market share.

Amazon’s decision to launch an Appstore was a surprising one, especially because there was no shortage of alternative Android marketplaces at the time. Incorporating its patented recommendation system and its “Free App A Day”, the third-party application store won many fans in the US primarly because it has been providing customers with downloads of some of the most popular Android apps and games.

Amazon is one of, if not the world’s number one Cloud storage and service provider and is seen by many to have led the march towards the Cloud, with affordable and reliable online services that even the most bootstrapped startups could afford. Asserting itself in the hosting market has helped the company make the best of its other web-based services, namely online music downloads and its new Android Appstore.

1. Just Gimme My Mobile Wallet, Man There are a lot of deviations of a mobile wallet, and everyone does it differently. Essentially, the mobile wallet is exactly what it sounds like: A service that stores everything you would normally put in a physical wallet, including debit and credit cards, coupons and loyalty cards, in a mobile wallet. Not all wallets store data on the phone itself; SCVNGR's LevelUp and PayPal, for example, store data in the cloud. Your mobile wallet arrives empty, just like an wallet. You decide what goes in it. Google's mobile wallet works off of an NFC chip called the Secure Element, which acts like a secure wallet and differentiates this product from being just an app. It's also separate from the phone's main operating system and hardware.

Google launched its Wallet program in late May. The official launch (yes, a beta) happened in September. Google chose MasterCard as its official partner in the realm of mobile payments using near-field communications (NFC). At the time of launch, Nexus S 4G on Sprint with Citibank and payment network MasterCard was the only phone compatible with Google Wallet. The industry is preparing for Wallet, but the consumer side isn't quite there yet. In September, however, Visa also signed a licensing deal to include credit and debit cards in Google's Wallet program. MasterCard's has begun its shift toward technology innovator thanks to its new partnership and investment with mFoundry. This solidifies MasterCard's commitment to the field of mobile payments. PayPal has a slightly different vision for its mobile wallet. With a wallet in the cloud, consumers can select a payment instrument (credit card, debit card, bank account) and then use any Internet-connected device to enable that purchase. Really, PayPal wants to be technology agnostic, meaning that its mobile wallet should work on any device regardless of the operating system. In mid-November, PayPal unleashed its mobile wallet that features a card and a smartphone app that lets consumers store credit cards, gift cards, frequent flier miles and more. Speaking of mobile wallets, whatever happened to Apple's iWallet? NFC never did come to the iPhone4S.

2. Where NFCs Will Go, Few Do Know NFC (near field communication) enables the exchange of data between devices (typically, mobile devices) that are in close proximity to each other. NFC devices are used for more than just payments, though - they can be the link between real world actions and consumer-facing or back office systems. While card issuers love NFC options, they would force payment processors to radically redesign. Are consumers ready to trade in the swipe of a credit card for the tap of an NFC-enabled device? NFC may never be widely used as a form of payments, writes RWW mobile expert Dan Rowinski. While the technology around NFC is ready and being widely adapted within the industry, the actual infrastructure is not there yet. But the NFC hype is here. Since Google's Beta Wallet launch in September, it has partnered with Mastercard, CitiBank, Sprint, FirstData, Verifone, VivoTech (NFC partner), Hypercom, Igenico and NXP (NFC partner). On the opposing end, NFC mobile payment solution ISIS is poised to attack Google's Wallet; it recently partnered with Verizon, T-Mobile and AT&T.

Contrary to the many rumours in circulation on-line, the ‘Nozomi' or Xperia HD was actually only the codename for the first in the, now only Sony, Xperia range of mobile phones. The Sony Xperia S is now the official name of the device, which was launched this week at Las Vegas' Consumer Electronics Show.

Sony has been eager to show off the high definition display of the newest Xperia on the block, with a resolution of 720 x 1280 pixels. The phone has two front-facing cameras; one with 12MP camera that is capable of 720p video recording and a front-facing version, for video calling. The Exmor ‘R' sensor also makes a welcome return, which is essentially an image sensor with enhanced imaging characteristics. Introduced to the original Xperia series, this feature helps you to capture high quality, bright pictures especially under poor light conditions. In order to further heighten the camera's specification, there is a 3D-sweep panorama feature and low aperture value - allowing more light to reach the sensor.

The Xperia S is also NFC enabled, and offers up 32GB of internal flash storage space, as opposed to the widely considered 8GB that came close to causing mass uproar. The device itself weighs in at 144grams, which is only fractionally more than the Samsung Galaxy Nexus. This is actually quite impressive, given the bulk of the design

The arrival of NFC in handsets has been talked about since the world was young, but big steps are finally being taken towards making its availability more widespread. Samsung’s new Galaxy Nexus device supports NFC through Google Wallet; RIM and Telefónica recently announced a new trial of the technology in Europe next year; and America’s big three networks have formed the ISIS alliance to enable a common architecture for NFC mobile payments.

There have been rumours that Microsoft is working on an NFC payment platform to rival Google Wallet, while this week, it was suggested that NFC will soon play a part in how Microsoft devices communicate with each other. Coleman didn’t spill the beans on any specifics, but did say that “in the not too distant future, there are some exciting things that will be coming through with NFC from Microsoft.”

In an interview on Windows Phone with TechRadar, Will Coleman, product manager at Microsoft UK, said that “NFC is supported by it, but needs to be enabled by the OEM. So if any [manufacturer] wants to enable it, that can be done by all means.”

"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.”

Intuit is announcing major news this evening around its mobile credit card swiping device and Square-competitor GoPayment reader. Intuit is one of the first major U.S. mobile payments readers to go international, with a launch in Canada. And Intuit is debuting a newly, redesigned sleek version of its reader.

Launched two years ago, GoPayment offers a complimentary app and credit card reader to allow small businesses to conduct charges via their smartphones. GoPayment is available for iOS, Android and Blackberry phones and similar to Square’s device, the card reader simply plugs into the audio jack of a phone or tablet. The credit card data is also encrypted, (and never stored on the phone).

The GoPayment mobile payment app is free and the basic service has no monthly, transaction or cancellation fees, and offers a 2.7 percent rate for swiped transactions. Intuit and Square actually both eliminated the per transaction fee. And Intuit recently started allowing merchants to keep and receive funds on a prepaid credit card as opposed to depositing the amount in a bank account.

Leave your wallets at home, people. You'll soon be able to pay by cellphone.

Canada's three big wireless service providers are hatching a system that promises to change the way people shop.

Bell Canada, Rogers Wireless and Telus Mobility said yesterday they have set up a mobile commerce company in Toronto to work on a network that would let consumers use their cellphones to pay for everything from vending machine munchies to transit trips.

Near Field Communication (NFC) technology evolved from a combination of contactless identification and interconnection technologies. It combines the functions of a contactless reader, a contactless card and peer-to-peer functionality on a single chip. It operates in the 13.56MHz frequency range, typically over a distance of a few centimeters.

Consumers will first see NFC technology appear in their most commonly utilized personal device – the mobile phone. With NFC, the mobile phone transitions from running primarily voice applications to becoming a more personalized device that can let you conduct secure payment transactions, gain access to public transportation, building access and store digital rights. In essence, the mobile phone becomes a point-of-sale terminal, a ticket counter, keys to your building, a transport card, a debit/credit card and an electronic business card all in one easy to use device

Users of Samsung’s mobile phones and other devices that include Philips NFC chips will be able to access content and services in an intuitive way. For example, a Samsung mobile phone equipped with NFC technology could automatically connect with an NFC-enabled PC or TV, simply by holding them next to each other, in order to transfer digital pictures or other data, according to the statement of two companies.

Shares of Amazon were down about 1% $202.52 by mid-morning Friday. The stock is up about 13% for the year to date. The Kindle Fire is estimated to cost a total of $201.70 to build each unit, a number that includes a bill of materials — or BOM — of $185.60, with another $16.10 in manufacturing costs for each unit, iSuppli estimates. The tear-down estimate does not include cost figures for software, licensing or royalties that Amazon may pay on the device.

Amazon began shipping the Kindle Fire on Monday, after first unveiling the device in late September. The tablet costs $199 — about 60% less than the cheapest iPad from Apple Inc. /quotes/zigman/68270/quotes/nls/aapl AAPL -0.16% , which currently dominates the tablet market. Analysts expect the Kindle Fire to make the largest dent in the tablet market next to the iPad, after other devices using Google’s /quotes/zigman/93888/quotes/nls/goog GOOG -0.89%  Android operating system have largely failed to generate strong sales. The low price of the device, along with Amazon’s large library of books and other digital content, are expected to contribute to the appeal of the Kindle Fire. But Amazon does not break out data on its device sales.

Researchers Sean Gustafson, Christian Holz and Patrick Baudisch of the Hasso-Plattner Institute have created a working prototype of a touch interface

A wearable depth camera tracks the user's movements on the surface of the palm of his or hand, corresponding to specific commands for an iPhone or other touchscreen phone, such as sliding to unlock and time settings.

Imaginary Phone allows users to control their mobile devices without taking it out of their pocket. Instead, users mimic the interaction on the palm of their hand. The interaction is tracked by a wearable depth camera which sends input events to the actual physical device. By mimicking the layout of the physical device, here an iPhone, users can operate the device based on spatial memory built up while using the physical device.

The first dual-core Android tablets only arrived in February, but Nvidia is already showing off an improved quad-core chip that’s expected to power tablets by August. The system-on-a-chip, codenamed “Kal-El,” has four computer cores and a dozen graphics processors that will offer a huge performance boost in mobile devices. Nvidia announced the chip in February, with support for 1440p video playback, which is higher than most HDTV sets.

Kal-El should bring faster device response times, vastly improved graphics, quicker camera applications and more. But perhaps the chip is too impressive when it comes to product timing.

the first dual-core tablets launched in February and slates using this new quad-core chip could be available by August, that means the very young Google Honeycomb tablet market is essentially running through a product cycle in six short months

While the focus of this post is not specifically Apple or the iPad, it’s almost impossible to talk about successful mobile strategies without recognizing that the iPad has created a transitional moment for the Learning & Development world. The reasons why have been the subject of countless blog posts, but I think DreamWorks founder Jeffrey Katzenberg, in this video from TechCrunch, says it best:

“[The iPad] it’s the first device that actually is a reflection of me – or us. It’s so revolutionary that it’s no longer about me adapting myself to somebody else’s set of programmings or the way in which a device is going to engage. It is the reverse. It is as though I’m looking in a mirror.”

While it took the iPad to make learner-controlled content a reality, this level of flexibility is now the gold standard for delivery to any device, be it tablets, smart phones or any number of performance support devices.

12.7 million check-in done on smartphones in March 2011, says comScore report Nearly 17 million US mobile subscribers used location-based 'check-in' services on their phones in March 2011, found a new study by comScore.The study showed that users have done 12.7 million check-in on smartphones, representing 17.6% of the smartphone population.The check-in service users, representing 7.1% of the entire mobile population, showed a high propensity for mobile media usage, including accessing retail sites and shopping guides. They also displayed other characteristics of early adopters, including a stronger likelihood of owning a tablet device and accessing tech news, when compared to the average smartphone user.

The research firm said that of the 16.7 million people using check-in services on their mobile devices, 12.7 million (76.3%) did so via a smartphone device.Android accounted for the largest share of check-in service users with 36.6% checking-in from an Android device, while 33.7% of users checked in from an iPhone. Apple had the highest representation relative to its percentage of the total smartphone market.RIM accounted for 22% of check-in service users, while Microsoft, Palm and Symbian each accounted for less than 5%.The study showed that more than 95% of check-in service users used their mobile browser or applications. Nearly 62% accessed news. Check-in user behavior was also consistent with that of traditional early adopters, with 40.3% of users accessing tech news and 28.2% owning a media tablet, both significantly higher than average.

Further, check-in service users also showed a high propensity for accessing retail-related destinations on their mobile devices. Nearly one-third of users accessed online retail sites on their mobiles, while one-fourth accessed shopping guides.Check-in service users were also more likely to be exposed to mobile advertising, with nearly 40% recalling seeing a Web or app ad during the month, compared to just 27.5% of smartphone users.

Global Internet traffic is expected to quadruple between 2010 and 2015, according to data provided to Mashable by Cisco.By that time, nearly 3 billion people will be using the Internet — more than 40% of the world’s projected population. On average, there will be more than two Internet connections for each person on Earth, driven by the proliferation of web-enabled mobile devices.Internet traffic is projected to approach 1 zettabyte per year in 2015 — that’s equivalent of all the digital data in existence in 2010. Regionally speaking, traffic is expected to more than double in the Middle East and Africa, where there will be an average of 0.9 devices per person for a projected population of 1.39 billion. Latin America is close behind, with a 48% increase in traffic and an estimated 2.1 devices per person among a population of 620 million.The rest of the world will experience more moderate growth in terms of traffic, but the number of devices per person is forecast to increase significantly. By 2015, there will be an average of 5.8 devices per person in North America, 5.4 in Japan and 4.4 in western Europe.

Somewhat surprisingly, it is neither mobile phones nor tablets that are expected to grow the most in the next four years. Rather, flat panel televisions will experience the greatest production increase globally, up 1063% from 2010, followed by tablets (750%), digital photo frames (600%) and ereaders (550%). The number of non-smartphones and smartphones is expected to increase by 17% and 194% worldwide, respectively

As part of BlackBerry Dev Con Asia taking place in Singapore right now, Wikitude has announced additional support for smartphones running on the BlackBerry 6. Bringing Wikitude to devices running BlackBerry 6 will help answer considerable demand expressed by users who want to experience Wikitude’s extensive content offering including more than 2,000 content Worlds consisting of approx. 150 million places around the globe. Users of the BlackBerry Bold 9700, 9780,9788 and BlackBerry Torch 9800 smartphones can download Wikitude on BlackBerry App World starting today.

After being crowned “The Most Addictive Social App Using the BBM Social Platform” at BlackBerry DevCon Americas in October, Wikitude most recently won the BlackBerry® EMEA Innovation Award for “Best BBM Connected App”, awarded in Alicante 1stDecember. “Extending the Wikitude platform to millions of BlackBerry 6 smartphone users will make the BBM experience richer than ever before. We are extremely happy to finally bring this version of Wikitude to even more BlackBerry smartphone users,” says Martin Herdina, Wikitude’s CEO.

Alec Saunders, VP Developer Relations, Research In Motion, said: “We’re delighted that Wikitude has integrated BBM support within their app. Integration with BBM can allow much greater viral discovery for apps, as well as enrich and transform the user experience with important social elements.”

The first of these changes is BYOD (Bring Your Own Device) computing. BYOD is a much better term than “consumerization” and really portrays the meaning that many of us are buying smart phones, tablets or laptops to use them on a work network. The tension this creates is predictable.

In 2012 and beyond, we’re going to see more and more different devices coming into the workplace.

Just a few weeks ago, Forrester Research said, “It’s time to repeal Prohibition” about Macs in the workplace, but the real changes are going to come from the smartphones and tablets.