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David McCullough has connected up into Pachube’s public platform, to share, store and visualise weather sensor data, using the Opengear ACM5000 smart device server

Pachube is a global data brokerage platform for the Internet of Things, managing millions of datapoints per day from thousands of individuals, organisations and companies around the world. By sharing data feeds from and between physical Things, such as environmental sensors, smart meters, building management and process control systems, Pachube provides a globally distributed data ecosystem and application development platform.

The Opengear ACM5000’s Linux system under the hood made integrating Pachube API support quick and easy using the free Opengear Custom Development Kit. The ACM5000’s legacy as an industrial-grade, rugged device that is proven and reliable in harsh environments, and wide array of network and data ports, make it an ideal solution to provide network connectivity and data telemetry for things such as weather stations.

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.

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.

25-year-old Tim Pool — an internationally known journalist who attracts tens of thousands of viewers to his live-stream broadcasts from Occupy Wall Street protests in New York, DC, LA and other cities. (His feeds and archival footage are also aired on mainstream networks such as NBC.) He and his partners hope that the toy chopper — the $300 Parrot AR Drone — will be one step toward a citizen-driven alternative to mainstream news.

Along with “general assembly” and “99 percenters,” Occupy Wall Street has brought the phrase “live streaming” to the forefront. Rising-star reporters — known best by their Twitter and Ustream handles — such as Pool (timcast) in New York City and Spencer Mills (oakfosho) in Oakland are passionate, deeply embedded correspondents who provide live video reporting – sometimes lasting a dozen hours or more – of protests, general assemblies and other Occupy events. Instead of using a satellite truck, they broadcast live “TV” coverage from 3G- and 4G-equipped smartphones over video networks such as Ustream.com and Livestream.com.

The AR Drone is the first toy that came out,” said Sam Shapiro, a 24-year-old programmer from Brooklyn who’s helping Pool hack together an airborne news network.

At the Nordic Exceptional Trendshop (NEXT) conference in Aarhus, Denmark today, Clark Dodsworth gave a talk about how contextual awareness will transform our usage of devices such as mobile phones. Contextual awareness uses a variety of sensors in a device to give you information that’s relevant to what you’re doing. Imagine your phone being able to offer relevant alerts for traffic when it knows you’re driving, for example. As Dodsworth notes, Apple’s purchase of ‘virtual assistant’ service Siri last year is one example of how this is set to become a reality. He believes contextual awareness features will soon be built into mobile operating systems as standard.

Rainier , director of the Pew Internet & American Life Project, looks ahead and makes a lengthy prediction of where we’re headed via the internet. As tempting as it was to clip the whole thing, I’ve resisted which means you will want to follow the link to read the article.

Themes:Cognitive capacities will shift (memorization)New literacies will be required. Fourth “R” is retrieval… “extreme Googlers”Tech isn’t the problem; people’s inherent character traits is the issuePerformance of information markets is a big unknown especially in the age of social media and junk information … Google will improve.Innovation ecosystem will change so radically (bandwidth/processing) that it’s hard to forecastBasic trends are evident — “the internet of things” and “sensors” and “mobile” and “location-based services” and “3D” and “speech recognition” and “translation systems”Law/regulations to protect privacy even though more disclosure required“Workarounds” to provide a measure of anonymityConfidentiality and autonomy will replace yearning for anonymityRise of social media is as much a challenge to anonymity as authentication requirements. Reputation management and information responsibility will emerge. Significantly more responsive govt, biz, NFP (71%/72%) v (26/26) [responses - anonymous, not-anonymous] Tide too strong to resist – pressure for transparency is powerfulData wil be the platform for changeEfficiency and responsiveness aren’t the same thingWe’re reading and writing more than our parents – participation breeds engagementNature of writing has changed (public). Quality will get better due to feedback and flamersReading and writing will be different in 10 years; screen literacy will become importantRead more at wiredpen.com

While tablet computing may in future transform the whole computer industry, it is already changing the way we look at augmented reality. And this is not only because of the big display. More and more different devices for multiple OS platforms are expected to appear on the market, equipped with advanced sensors such as high-resolution cameras. The cost of data roaming is likely to drop and considering the millions of people expected to buy such a device in the next few years, there are incentives enough for optimizing augmented reality (AR) tablet software and to start creating really useful and fascinating applications taking full advantage of the promising, new capabilities. metaio, with its junaio 2.6 release, a junaio plug-in for third party app integration, and the revised mobile AR SDK Unifeye 2.5, is well prepared and ready to go for the next generation of AR applications. If you want to learn more about mobile AR in general and on tablets, everything is summed up here: http://www.metaio.com/specials/augmented-reality-on-tablets/ And here you can find a movie with almost everything we´re working on: 3D tracking, markerless 2D tracking and image processing, virtual manuals, interactive TV, smart packaging, advertising as a service, context sensitive product visualization, AR gaming and so on. By the way: to my knowledge it´s the first AR demos running on the Android 3.0 based Xoom!

Azavea announced the publication of a free white paper that summarizes their research on the use of mobile augmented reality techniques for enhancing digital access to historical and cultural resources

the Philadelphia Department of Records was awarded an NEH Digital Humanities Start-Up Grant to develop innovative techniques for leveraging the sensors in contemporary smart phones to expand public access to historical data in novel ways. 

The new Augmented Reality by PhillyHistory.org application provides point-and-view access to 500 historic photographs of selected sites around Philadelphia.  Users are able to automatically access and view the historic photographs by simply pointing the camera of a smart phone at the contemporary site and selecting an available image.  The historic photos then appear as an overlay on the current urban landscape, enabling viewers to compare the past to the present.

Dorai Thodla, CEO of the US-based iMorph Inc. (http://bit.ly/F4TThodlaD), speaks frequently on the emerging trends in IT.

This Internet of things will cause another fundamental shift. The shift will be at several levels – at the chip level (hundreds of cores), at the device level (smart phones more powerful than your current laptops), at the interaction level (smart devices talking to each other), application level (smart applications leveraging all these sensors for different uses), and interaction level (caused by touch, gestures and voice inputs).

In which areas of emerging IT do you see India playing a major role? India can play many roles both as a consumer of the technology and a producer.

For 25 years, the field of robotics has been bedeviled by a fundamental problem: If a robot is to move through the world, it needs to be able to create a map of its environment and understand its place within it. Roboticists have developed tools to accomplish this task, known as simultaneous localization and mapping, or SLAM. But the sensors required to build that map have traditionally been either expensive and bulky or cheap and inaccurate. Laser arrays cost a few thousand dollars and weigh several pounds, and the images they capture are only two-dimensional. Stereo cameras are less expensive, lighter, and can construct 3-D maps, but they require a massive amount of computing power. Until a reasonably priced, easier method could be designed, autonomous robots were trapped in the lab.

On November 4, a solution was discovered—in a videogame. That’s the day Microsoft released the Kinect for Xbox 360, a $150 add-on that allows players to direct the action in a game simply by moving their bodies. Most of the world focused on the controller-free interface, but roboticists saw something else entirely: an affordable, lightweight camera that could capture 3-D images in real time.

A group from UC Berkeley strapped a Kinect to a quadrotor—a small helicopter with four propellers—enabling it to fly autonomously around a room. A couple of students at the University of Bundeswehr Munich attached a Kinect to a robotic car and sent it through an obstacle course. And a team from the University of Warwick in the UK built a robot that had the potential to navigate around post-earthquake rubble and search for trapped victims. “When something is that cheap, it opens up all sorts of possibilities,” says Ken Conley of Willow Garage, which sells a $500 open source robotics kit that incorporates the Kinect. (The previous non-Kinect version cost $280,000.) “Now it’s in the hands of just about anybody.”

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.

Tools for collaboration The Internet of Things will introduce new smart objects to our homes. One challenge is to find effective solutions to enable different products to work together. Currently no standardised tools or distribution platforms exist in this area

A group of Norwegian researchers have been addressing this issue. In the research project Infrastructure for Integrated Services (ISIS) they have created a platform for developing and distributing applications for the Internet of Things. The platform encompasses a programming tool for developers, called Arctis and the website ISIS Store for downloading applications. The project has received funding from the Research Council of Norway's Large-scale Programme VERDIKT

"In a 'smart' everyday life objects and applications often need to be connected to several different communication services, sensors and other components. At the same time they need to respond quickly to changes and the actions of users. This requires very good control over concurrence in the system, which can be difficult to achieve with normal programming," he explains. Dr Kraemer believes that the tool will make it easier to create new applications, adapt them to existing applications and update software as necessary.

The traditional internet is oriented towards person-to-person connection, whereas the Internet of Things is oriented towards connection of inanimate objects. As such, the Internet of Things covers a larger range of connections and involves more semantics. Internet and telecom networks are focused on information transfer, while the Internet of Things is focused on information services. By combining sensor networks, the Internet, telecom networks, and cloud computing platforms, the Internet of Things can sense, recognize, affect, and control the physical world. The physical world can be unified with the virtual world and human perception. This opens a whole new media market yet to be explored to see which is the killer applications.

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."

Can the UK overcome sector fragmentation to build an ‘Internet of things’ industry? The European Commission recently approved a plan to encourage farmers to use electronic tagging to identify cattle. This, regulators believe, will help make rearing cattle more efficient, cut fraud, and help stem the spread of diseases.

A broad term (even by the standards of ‘cloud computing’ and ‘big data’), it was first coined by British-born MIT researcher Kevin Ashton in 1999. Its approximate meaning today is a system for integrating the data produced by devices such as RFID tags or sensors in order to monitor, measure, manage and enhance physical objects.

revealing new patterns of interconnectedness in the physical world.

SAS Airlines begins distributing NFC stickers for frequent flyers' mobile phones; Help Alert solution supports mobile-phone app for student and staff safety; Sony Ericsson selects NXP's NFC solution for its Android-based smartphones; Isle of Wight Festival guests sport contactless wristbands; U.K. mental-health facility deploys AeroScout's patient- and staff-safety solution; Secura Key offers updated card-ordering guide, intros Web training; Libelium adds new sensor board to Smart Cities solution.

“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.

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 cool kids of today - yes, the same kids who will be voting in the 2012 election - don't want to talk about infrastructure. Instead, they want to talk about mobile devices, crowdsourcing real-time data and collaborating via high-tech RFID sensors. They don't want to think about massive government expenditures and cheap bank loans for new construction projects. They think about cool ways for The Internet of Things to empower everyday citizens.