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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. 

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.

"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.”

Currency: A formal system for shaping, enabling, and measuring currents (or flows)Currencies involve a number of functions, each of which can be modified independently: unit of measure, store of value, token of status, medium of exchange, etc. Monetary Currency or Money is just a common way of bundling those functions as a medium of exchange for a commercial economy. It is a minuscule part of the full spectrum of possible currencies. In this expanded sense, currencies are tools for seeing and changing flows.One specific way we use them is to create collective intelligence at the level of our social entities and institutions. At the individual level, we see humans born, growing, learning, walking around and dying. However, the state “sees” humans created through birth certificates, their activities and accounts woven together by social security numbers, their communication patterns via cell phone bills, and their discorporation via death certificates.Read more at newcurrencyfrontiers.com 

Literacy has evolved beyond the definition of the ability to read and write. Literacy now includes the ability to seamlessly interpret on-screen information, such as the graphics in a videogame, and the ability to rapidly decode symbols. To be effective, gamers must be able to quickly decipher each game’s symbols and conventions, which is essentially what good readers have to do in terms of deciphering the alphabetic code.

Serious Games are not replacing literacy activities, they ARE literacy activities.

Literacy specialists are just beginning to investigate how reading on the Internet affects reading skills. Students are developing new reading skills that are neither taught nor evaluated in school.

A common mistake for those seeking to cope with this profound disruption is to confuse technology with innovation. Algorithms, apps and search tools help make data useful but they can’t replace the value judgements at the core of journalism.

Genuine innovation requires a fundamental shift in how journalists think about their role in a changed world. To begin with, they need to get used to being ‘curators’; sorting news from the noise on the social web using smart new tools and good old fashioned reporting skills.

I find it helps to think of curation as three central questions: * Discovery: How do we find valuable social media content? * Verification: How do we make sure we can trust it? * Delivery: How do we turn that content into stories for a changed audience?

"A lot has been written lately on the crowd effect and the wisdom of crowds. But for those of us who are doubtful, the Proceedings of the National Academy of Science has published a study showing how masses can become dumber: social influence. While previous studies show how groups of people can come up with remarkably accurate results, it seems 'even mild social influence can undermine the wisdom of crowd effect in simple estimation tasks.' Social influence 'diminishes the diversity of the crowd without improvements of its collective error.' In short, crowd intelligence only works in cases where the opinion of others is hidden."

In Disneys Fantasia, Mickey Mouse as the Sorcerer's Apprentice brings to life everyday objects such as brooms and buckets to help him with his tasks of cleaning - what starts as a good idea ultimately ends with terrible results as he fails to be able to control them.Whilst Mickey may have gotten out of his depth, this thinking of everyday objects being brought to life isn't just a fantasy.

Obviously not in the literal sense we see in the Sourcers Apprentice (although that would have been great!), but more in the sense that previously in-anmiate objects can now start to record their activities. Termed the "Internet of Things" this was discussed in part by a talk at DICE by Jesse Schell about gamification and how this may extend into everyday items and tasks. (The video is really worth watching if you haven't previously seen it)

What Jesse discussed in terms of earning points for brushing your teeth has now been enabled by start-up Green Goose. Using a combination of intelligent stickers or product add-ons, Green Goose claims to be able to track any activity, from cleaning your teeth to drinking a class of water.