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"Verizon will be eliminating its unlimited smartphone data plan this summer. No longer will one be able to pay $30 a month to have unlimited data. This move is designed to 'force heavy data users to pay more for mobile data.'"

Cloudera founder Christophe Bisciglia launched a new company today called Odiago, whose WibiData product utilizes Hadoop and HBase to let businesses make the most of online user data. The details around investors (Eric Schmidt, Mike Olson and SV Angel) and Bisciglia’s history at Cloudera and Google have made the rounds already, but what’s not as widely known is how WibiData actually works.

Here’s how Monash describes the essence of WibiData: WibiData is designed for management of, investigative analytics on, and operational analytics on consumer internet data, the main examples of which are web site traffic and personalization and their analogues for games and/or mobile devices. The core WibiData technology, built on HBase and Hadoop,* is a data management and analytic execution layer. That’s where the secret sauce resides. Also included are:

When people receive food or pharmaceuticals, the smart tag will display the temperature record. This method will be less expensive and more accurate than placing alarm sensors in shipping containers, ThinFilm said. ThinFilm's technology, which has been under development since the 1990s, is a printable memory device that stores the ones and zeros of digital information by changing the orientation of polymer chains when a voltage is applied. Last year, ThinFilm partnered with Xerox company PARC to combine its ferroelectric memory with PARC's printed transistors. Adding computing logic allows the device to not only read, write, and process data, but also to store more data.

The computing and storage are very limited on this sort of device and will work for less than a year but it is low power and, because it's printed on plastic, low cost. Data can be stored many times and is not lost with loss of power. By partnering with companies that have made a battery, display, and sensor for its memory system, ThinFilm has created smart tags which can be used for many different applications, said CEO Davor Sutija.

The company sees integrated printable electronics replacing silicon processors and enabling the Internet of things. For example, the company has deals to supply smart tags that add interactivity to toys and games. It has also had discussions with auto companies to use tags to gather data on vehicle brakes and notify drivers when they need service. In 2013 or 2014, the company plans to add a wireless networking module to its smart tag. That will allow everyday objects to communicate with the near-field communications in cell phones, said Sutija.

Wireless bandwidth is like land in Manhattan -- it's extremely valuable because they're not making more of it.

But we sure are using more of it. The wireless-industry association CTIA reported in October 2011 that the number of wireless devices in the U.S. had, for the first time, exceeded the number of people. And Mobile Future, a coalition of vendors and consumers, estimated in a March 2011 report that by 2014, voice traffic will comprise only 2% of the total wireless traffic in the United States -- a worrisome statistic because, as the report noted, smartphones consume 24 times more data than old-school cell phones, and tablets consume 120 times more data than smartphones. (See Data needs bandwidth, but how much? for details.)

The result: Wireless networks are edging near capacity, not just in the United States, but all over the world. Credit Suisse conducted a survey last year that revealed mobile networks in North America were running at 80% of capacity, with 36% of base stations facing capacity constraints. The average globally for base station capacity utilization, the report said, was 65%.

What Ellerdale is now doing with Twitter’s 50 million tweets per day is definitely interesting - the service uses an intelligent data-parsing engine to analyze the context of tweets and the links they contain and combines that with other data sources like RSS feeds and Wikipedia to create a real-time search engine and trends tracker that provides more than just a list of tweets - it provides an understanding of the world’s conversations.The best part about all these new partnerships is that we’re about to see an entirely new way to search the web emerge. For quick real-time results, there will always be the major search engines and their more basic lists of tweets, but for true data analysis, we now have incredible new options like Ellendale and all the others.Within each category are conversation topics and sub-topics.any topical page on Ellendale returns an incredible amount of data. There are summaries provided from sources like Wikipedia, Freebase (an online semantic database),

Opportunities emerge from the deep semantic web

Economics is the science of incentives. While the promise of searching a huge store of databases may not sound like Saturday social night at the local drive in burger joint, it does by extension, introduce new incentives.  The new technology will drive people to build databases.  A new generation of entrepreneurs will collect, organize, analyze and create – not information – but data.Database of databases of databasesThe first things entrepreneurs will organize are human knowledge data – starting with their own, then relating it to others. Not unlike the human genome project, the vast human knowledge reservoir will be mapped. Entrepreneurs will enter their communities (on line, neighborhood, work, school, church, social networks) and create a database for what other people know and parse the data in any number of important and useful databases.The reason for this is simple; data are collections of human observations.This is the only thing people are willing to pay forRead more at www.conversationalcurrency.com

The Topic-Mapper software development kit (SDK) by ai-one inc. reads and understands unstructured data without any human intervention. It allows developers to build artificial intelligence into almost any software program.

Unlike other machine learning approaches, ai-one’s technology extracts the inherent meaning of data without the need for any external references. A team of researchers spent more than eight years and $6.5 million building what they call “biologically inspired intelligence“ that works like a brain.

First, it automatically creates what ai-one describes as a “lightweight ontology” (LWO), The system determines the relationships between data elements as they are fed into the system. The primary benefit of LWO is that it is completely objective -- it makes associations without editorial (human) bias. LWOs are also very adaptive, automatically recalculating when ingesting new data. Unlike traditional ontologies, LWOs require no maintenance.

Source: http://enipedia.tudelft.nl Enipedia is an active exploration into the applications of wikis and the semantic web for energy and industry issues. Through this we seek to create a collaborative environment for discussion, while also providing the tools that allow for data from different sources to be connected, queried, and visualized from different perspectives

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.

Keep File Sizes Small

The initial set of documents from the Skyhook trial (which I analyzed here last week) gave a quick flash of Google's gamesmanship. But examining the larger set of documents from the initial phase of the Skyhook trial against Google is opening a window into Google executives' views on how they sought to reinforce Google's monopoly and collect personal information from its users. These  other batches of documents (see these PDFs here and here from the trial) highlight how Google both recognizes the monopoly nature of location-based services on smartphones and how it can keep extracting private information from users while maintaining a figleaf of "consent." As the New York Times noted in a story over the weekend, the emails flying back-and-forth give an almost minute-by-minute window into the workings of high-tech negotiations-- at least until some legal-aware top managers abruptly killed email exchanges with messages like "Thread-kill and talk to me off-line with any questions."  But in the meantime, we get some quite damning admissions by Google execs on their internal practices.

When Motorola and Samsung announced they were going to use Google-rival Skyhook for their location-based services on their Android smartphones, Google on one hand responded in these internal emails by noting the superiority of Google location information precisely because they were maintaining constant surveillance on customers and local wi-fi spots to update their location maps. "We are constantlyre-mapping through our users, which keeps the data re-refreshed," said one email (see p. 44) or, from another manager, the advantage of "the large volume of device distribution that helps the data collection. (see p. 32) Conversely, the managers bemoan the doom if Skyhook gets the business from manufacturers like Motorola and Samsung and Google loses the ability to spy on customer locations through the smartphones. "It will cut off our ability to continue collecting data to maintain and improve our location database.  If that happens, we can easily wind up in a situation we were in before creating our own location database and that is (a) having no access at all or (b) paying exorbitant costs for access."

Google managers recognize this market as a classic winner-take-all monopoly situation where controlling more devices let's you control more data which in turn gives you such an overwhelming advantage in providing location-based services that manufacturers will have to use your service.  With Android phones beginning to take off strongly in early 2010, who controlled those location-based services would create a tipping point for control into the future.

Kaggle is an Australian company that crowdsources predictive models. How does Kaggle do this? By hosting competitions of prediction models. Clients post their problem and correlating data promising a prize money for the most reliable prediction model provided by the community.

Kaggle’s community consists of data analysts from all over the world and from a wide array of fields, with the majority of users coming from computer science (15.6%), statistics (11.6%) and economics (10%) but also from physics, engineering and even social sciences. According to a recent blog entry, Kaggle’s community is reaching 13,000 data scientists.

Mobile development framework Sencha is releasing several new products to tie HTML5 mobile Web development to the cloud. Sencha.io is designed to give Web app developers the ability to synchronize and manage data in the cloud without having to write an excessive amount of code. For messaging, data management, login and deployment, Sencha claims that a few lines of Javascript will allow mobile Web developers to easily integrate these functions to apps built with HTML5.

Sencha.io has four main components: data, messages, login and deployment.

It also serves as a place to manage the app through the senchafy.com domain and allows administrators to upload apps, manage different versions of apps and put apps in the production and development environments.

LocalResponse, a new startup in the social media mobile ad space, is using semantic analysis to capitalize on real-time social data: “LocalResponse was born out of the ashes of Buzzd, a city guide that mashed up Foursquare and Twitter to help users find local hotspots. Founder Nihal Mehta learned a valuable lesson in defeat, and this week raised a $5 million round… Buzzd was a consumer facing platform, but failed to attract enough users. LocalResponse, by contrast, take the massive amount of public data being shared on Facebook, Twitter and Foursquare, and turns that into ad inventory.”

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.

IT has been said that Google knows more about what you like than your own partnerNow the search giant has given a glimpse on just how much information it has collected - and who thinks you are.But it seems the famed Google algorithms are far from infallible.

And people taking advantage of the facility that allows the public to view what kind of consumer Google thinks they are have been amused to find themselves listed with the wrong age and even sex.Nevertheless, the knowledge that Google works so hard to profile its 350m account holders is bound to intensify the debate about privacy which flared up again this week with the announcement that the company was going to start tracking users across all of its sites, including YouTube.

The detailed personal 'profile' sums up many of a user's interests, along with age and gender.Google builds a detailed profile by harvesting the history of its account holders' visits to sites in its advertising network.But your age and gender are decided by those of other Google users who have visited the sites you visit, leading to the mistakes

Vantiv, a provider of mobile payment solutions, announced a new point-of-sale product on Friday that it will be rolling out in partnership with Verizon Wireless. The product, which is currently in field testing, includes custom tailored applications and an Android-based point-of-sale solution for accepting payments. The applications will be available in Verizon’s Private Application Store for Business. “Merchants and consumers are seeking greater mobility, control and timely access to data,” said Bill Weingart, Chief Product Officer of Vantiv. “We’ve teamed with Verizon to combine our payment and security expertise with Verizon’s ability to tailor development of mobile technologies to address those needs.” Verizon Wireless is also a member of ISIS, an initiative in which it has partnered with AT&T and T-Mobile to provide customers with NFC-based mobile payment options. Vantiv’s full press release follows after the break.

Vantiv Introduces Next Generation Mobile Payment Solution Teams with Verizon to Develop and Deliver More Flexibility and Opportunity for Merchants to Grow Their Businesses CINCINNATI, Jan. 31, 2012  — Vantiv, LLC (formerly Fifth Third Processing Solutions, LLC), a leading integrated payment processor, today announced that its customers will be the first to use an innovative point-of-sale device and system that will help merchants more effectively conduct business.

Vantiv is conducting a field trial of a new mobile payment solution developed in collaboration with Verizon. The new solution is architected on the Android operating system and features end-to-end, secure point-of-sale payment capabilities and business applications using Verizon’s Private Application Store for Business. As a result, Vantiv customers can tailor point-of-sale applications to meet their needs while taking advantage of remote device management.