Migrating from M2M to IoT

Before the Internet of Things (IoT) captured the world’s imagination the utility industry relied on machine-to-machine (M2M) technology to help manage operations. Much of the industry still does and, truth be told, M2M fulfills much the same functions as IoT, so why all the hype about IoT ushering in a new era?

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IoT gets real: How the Internet of Things is changing our world

IoT is a term that has been much in use over the last few years. Most people are familiar with the fact that it means one day your refrigerator might automatically order more milk when it is running low, but IoT potentially offers far more impressive applications in places such as the utility industry.

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Smart grid development in Poland

Four leading distribution system operators in Poland are joining forces to modernize their power grid.

In Europe-wide assessments of grid stability, Poland often scores below average, with a System Average Interruption Duration Index (SAIDI) and System Average Interruption Frequency Index (SAIFI), both significantly higher than the EU average. This means that Polish consumers lose their power supply more often than their European neighbors, and the total amount of time without power is longer.

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Internet of things: Hype or a real game changer?

Interview with Bill Lichtensteiger, Director of Communications Technology at Landis+Gyr.

Across the world, a new field of innovation is opening up, spurred by alliances between utility and technology companies, working with Internet of Things solutions that promise to profoundly change business practices, processes and delivery of services. Landis+Gyr is seeking ways to use IoT technologies to bring added benefits to the core business of utility companies and society as a whole.

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Building the communication network of the future

IPv6 The key communication enabler for the Internet of Things

Internet Protocol Version 6 or IPv6 is an Internet addressing system developed by the Internet Engineering Taskforce (IETF) to replace the IPv4 protocol. Development was primarily driven by address exhaustion, but in addition to offering a vastly increased number of unique addresses (an IPv6 address is 128 bits long, which allows for a total of approximately 3.4×1038 different addresses) there are a number of other important advantages, particularly in the field of utilities infrastructure.

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