Category Archives: Article

Standards body targets Internet of Things protocol

Standards body Oasis has set up a new technical committee to establish a standard protocol to connect a huge range of devices and sensors in the ‘internet of things’. This will use MQTT (Messaging Queue Telemetry Transport), a technology which originated at IBM and has been heavily supported by the IT giant, which is seeking a controlling role in IoT.

MQTT was designed as an “extremely lightweight publish/subscribe messaging transport” targeted at M2M applications or those requiring a tiny code footprint or low network bandwidth. Its supporters say it is well suited to mobile usage because of its low power and size and its “efficient distribution of information to one or many receivers”.

The MQTT specification is a method “by which sensors, control systems, embedded systems and mobile devices can publish and subscribe low level, technically orientated data”, said Oasis.

Oasis (Organization for the Advancement of Structured Information Standards) is a not-for-profit consortium that drives standards in various areas such as web services, smart grid and security. The consortium has more than 5,000 participants representing over 600 organizations and boasts a lightweight standards process and transparent governance.

The new technical committee was proposed by Oasis members from, among others, IBM and Eurotech, the firms behind the original protocol, developed in 1999 by Andy Stanford-Clark and Arlen Nipper.

The new project will complement previous work by another Oasis committee, AMQP, which supports MQ-based messaging routing for enterprise applications. There is a “natural affinity to bridge MQTT with AMQP so as to connect telemetry with enterprise applications,” said Oasis. Both standards reflect the evolution from packet level routing to full message-based routing using technologies like XML and MQ.

Source: rethink wireless

GOW: winning App of The App Date Award 2012

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The legal implications of the Internet of Things

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Internet of things inspired by Lego with Telefonica and Thinking Things

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The rise of big data leads scientists to accelerate the conversion of analog to digital

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Telefónica launches Connected Metering Platform

Telefónica claims it’s launched the first platform that integrates M2M communications and metering infrastructure management.

The idea is to offer utility companies a single integrated system for deploying and monitoring their metering ‘estate’ – both the comms and the metering infrastructure.

This should reduce the overall operational cost and provide a better long-term framework for managing the smart metering network as it grows, has overlapping technologies and just gets more complex.

Telefonica claims the main benefits of its Connected Metering Platform are reduced operating costs, service level improvement, compliance with security policies, and the ability to adapt to utilities’ operations and business processes.

The big one though, might be what Telefonica describes as “independence from meter and communications hardware vendors”.

This recognises that the platform can become a neutral integration point, not just to different vendors’ back-end systems (for grid operations, billing, big data analysis) but also a flexible platform for integrating different access technologies such as cell, WiFi and, in the future perhaps, M2M specialist networks such as those exploiting white space spectrum.

Source: Telecom TV

On Sale At Last: Twine, Your Gateway To The Internet Of Things

The hit Kickstarter product hopes to popularize “the Internet of things” with thoughtful product design.

A year ago, two MIT Media Lab graduates raised half a million dollars on Kickstarter to create Twine, a cigarette-pack-sized chunk of Internet magic that promised to turn any object in your home into a web-connected, interactive “smart product.” Want your basement pipes to send you a text message when they’re in danger of freezing up, or your garage door to ping you if you forget to close it? No problem: With Twine, building your own personal “Internet of things” is supposed to be easier than programming a VCR. And now that the product is available for purchase, it looks like creators John Kestner and David Carr have very nearly delivered on that ambitious promise.

Twine is packed with sensors that detect temperature, moisture, and position, but it’s as light, small, and unassuming as a pack of gum. “It’s just a solid chunk of connectivity,” Kestner says. “We settled on elastomer [for the outer case]–it feels great to the touch, and reads as durable, friendly, and decidedly non-electronic.”

Once your Twine is set up, the dashboard in your Web browser invites you to set up “rules” (which are actually simple programs) for telling it what to do.

Twine’s real genius: its complete non-jetpackiness. It doesn’t look or feel futuristic. Which makes it so much easier to imagine its capabilities–which are undeniably futuristic–actually becoming the new normal.

Source:  Fastcodesign

General Electric promotes an Industrial Internet

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The “Thinking Things” concept of Telefonica Digital can create intelligent conectivity for any object

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What is the City Of Things?

The City Of Things is a research project run by Swirrl and partners as part of the Technology Strategy Board’s Internet of Things Convergence programme.

The project is looking at the application of the Internet of Things to management of the urban built environment, making cities more efficient, cleaner and safer.

They are looking at use cases around Manchester in particular focusing on three main use cases:

1) Car parking addresses the possibilities created by instrumenting parking places of various types. There has been some significant work in this area, notably in San Francisco, thatis being examined as part of the analysis.

2) Civic infrastructure looks at the potential of creating a sensor environment within the public realm and the services that could be developed from that. This includes environmental monitoring and street furniture that can report on its own status.

3) Personal sensors in the city looks at the sensors we are in control of, such as mobile phones, fitness devices and personal health sensors, how they interact with a pervasive data environment and the services that can then be derived.

Each of these use cases is been analyzed from a variety of perspectives: in terms of business models, in terms of technical issues around collecting, managing and distributing data and from the perspective of control of the data produced, particularly when this has a bearing on privacy or preferences of individuals.

Source: City of Things blog