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China's inland and maritime rivers and canals are now part of the Internet of Things. The Chinese maritime authority has outfitted cargo and passenger ships with RFID chips and has placed RFID readers at strategic locations. Now, keeping track of the identify of ships, their speed and what they carry is automated, at least for a segment of the populous country's water traffic. Almost all waterways Grade IV and higher have been equipped, according to the People's Daily. The Maritime Safety Administration of China made this announcement recently, explaining that the tags use the Automatic Identification System, a maritime Internet of Things platform designed to track waterborne traffic.

Banjo has three main goals. One is to connect you to your social networking friends you didn’t know were nearby – for example, a friend from Facebook or Twitter, killing time at the airport, only a few gates away from you. It also wants to hep you find out what’s going on nearby by providing access to status updates and tweets from everyone around you, in a radius you specify. And it provides you with a way to virtually visit other locations, even when you’re far away, to see what’s going on with the people there.

The people Banjo finds don’t necessarily have to have “checked in” using a location-based networking service like Gowalla, Foursquare or Facebook Places. While that helps, of course, Banjo is designed to also pull in locations from geotagged tweets, uploaded photos, and other media from all social networking services. Wait – all? Yes, that’s the plan. Patton says they have 22 services they’re focused on integrating now, but the company’s goal is to become a federation of all social networks, big and small, from around the world.

“Wireless sensor networks are the enabling technology for key applications in defense, health care, home and industrial automation and energy management. Technology leaders have recognized this fact and are providing high end application solutions for their customers based on advanced WSN technology. The Millennial Net Energy Management System which includes LEM energy sub meters, wireless pneumatic thermostats and numerous other devices allow for monitoring and control of commercial, public and light industrial buildings of several hundred thousand square feet with unprecedented scalability and reliability, leading to substantial energy savings and ROIs of around 1 year,” said Dieter Schill, President and CEO of Millennial Net.

This gateway connects the networked devices to existing Building Management System via BACnet or communicates with hosted internet-based application for monitoring and control. The devices are designed to work with legacy HVAC systems, fixtures, and appliances, making it unnecessary to upgrade HVAC equipment to save energy. Energy savings are achieved by improved compliance and energy policy enforcement.

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.

Zoosh is a new technology that brings NFC-like payments to any phone with a speaker — i.e. every smartphone on the market.

Using the almost-inaudible 20,000KHz range — which almost every cell phone speaker is capable of — Zoosh technology can then send data to a receiving microphone. The end point can either be a point of sale — a shop, a ticket machine — or it can be another mobile phone. Apparently the technology has been successfully used in noisy environments — and it’s also fairly safe to assume that a technology like Zoosh would be designed to incorporate as much redundancy and error checking as possible.

Narrate, the company behind Zoosh, envisions two main use cases for its ultrasonic payment system. The first is just like Google Wallet: for $30 — a third of the price of NFC hardware — Narrate says that points of sale can be upgraded to accept Zoosh payments.

Boring conversation? Accessories that decipher emotional cues could save your social life – or reveal that you're a jerk

The glasses can send me this information thanks to a built-in camera linked to software that analyses Picard's facial expressions. They're just one example of a number of "social X-ray specs" that are set to transform how we interact with each other. By sensing emotions that we would otherwise miss, these technologies can thwart disastrous social gaffes and help us understand each other better. Some companies are already wiring up their employees with the technology, to help them improve how they communicate with customers. Our emotional intelligence is about to be boosted, but are we ready to broadcast feelings we might rather keep private?

In a 10-day experiment in 2008, Japanese and American college students were given the task of building a complex contraption while wearing the next generation of jerk-o-meter - which by that time had been more diplomatically renamed a "sociometric badge". As well as audio, their badge measured proximity to other people.

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.’

We are in the early stages of the Internet of Things, the much anticipated era when all manner of devices can talk to each other and to intermediary services. But for this era to achieve its full potential, operators must fundamentally change the way they build and run clouds. Why? Machine-to-machine (M2M) interactions are far less failure tolerant than machine-to-human interactions. Yes, it sucks when your Netflix subscription goes dark in a big cloud outage, and it’s bad when your cloud provider loses user data. But its far worse when a fleet of trucks can no longer report their whereabouts to a central control system designed to regulate how long drivers can stay on the road without resting or all the lights in your building turn out and the HVAC system dies on a hot day because of a cloud outage.

The current cloud infrastructure could crumble under the data weight In the very near future, everything from banks of elevators to cell phones to city buses will either be subject to IP-connected control systems or use IP networks to report back critical information. IP addressability will become nearly ubiquitous. The sheer volume of data flowing through IP networks will mushroom. In a dedicated or co-located hardware world, that increase would result in prohibitively expensive hardware requirements. Thus, the cloud becomes the only viable option to affordably connect, track and manage the new Internet of Things.

That is critical, in turn, to mitigate growing latency risks for mobile connectivity resulting from the wild proliferation of IP enabled devices on mobile networks coming in the new era of the Internet of Things.

Square has struck a deal with Wal-Mart that will bring the dongle into retail stores across the country.

In theory, Wal-Mart could arm all of the floor representatives with Square dongles and have customers in and out. It may even help alleviate long lines at the checkout.

It is also imaginable that Wal-Mart could set up in-store payment kiosks away from the registers with the Square Register.

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.

Well now that Apple has gone and integrated the most sophisticated piece of AI to ever to see the light of the consumer market into its iPhone 4S, I thought it was time to brush some dirt off of Quora’s shoulder and shine a light on what the future of the company could hold.

Quora’s founders and their first hire—designer Rebekah Cox—created the core of the most impressive “subjective knowledge extraction” machine ever constructed.

By combining an answer voting mechanism and a reward addiction loop (upvotes are crack) with a strict identity requirement and a one-to-many follower model, Quora started solving the problem of extracting high-quality experiential knowledge out of humanity’s collective head and getting it into structured form on the internet. What’s more, Quora is also using humanity’s collective wisdom to rank it.

Used to be if spies wanted to eavesdrop, they planted a bug. These days, it's much easier. Because we all carry potential bugs in our pockets—smartphones. One team of researchers used an iPhone to track typing on a nearby computer keyboard with up to 80 percent accuracy.

The researchers designed a malicious app for the iPhone 4. When you place the phone near a keyboard, it exploits accelerometer and gyroscope data to sense vibrations as the victim types—detecting whether keystrokes come from the left or right side of the keyboard, and how near or far subsequent keys are from each other. Then, using that seismic fingerprint, the app checks a pre-created "vibrational" dictionary for the most likely words—a technique that works reliably on words of three letters or more.

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.

The financial services industry is warming up to the idea of using the cloud for some of its critical computing needs. More than half of bank transactions will be supported by cloud-based infrastructure and software by 2015, according to a recent report from Gartner.

That is the expectation of about 39% of financial services CIOs worldwide, according to the survey. In Europe, the Middle East and Africa, 44% of CIOs for banking firms expect that more than half of their institutions' transactions will take place via infrastructure that lives in the cloud, and 33% expect most of them will be processed using some type of SaaS application.

For banks, the cloud can offer far greater computing power and scalability. Migrating critical operations there won't be without its risks, however. Security and stability are always a concern when moving to the cloud, and that's especially true when highly sensitive data like financial transactions are involved. It simply requires that systems are architected in a secure and fail-proof way.

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: