Soon, everything on Earth will be connected via peer-to-peer networking and/or the public Internet, with a multitude of sensor-driven devices dramatically changing our lives and our environment. These devices will be based on a wide variety of devices, ranging from tiny (e.g., microcontrollers) to huge (e.g., cloud servers), with one thing in common: they will require a radio connection to a Gateway that is connected to the internet, in some form or another. While Bluetooth LE or even Wi-fi might be used around the "smart" house or within a limited range, the battery limitations of the later and the range limitations of the former mean it is unlikely that these standards will form the backbone of a IoT network.

For IoT there are a number of competing radio standards, e.g. LoRa and SigFox, both are long range and provide the ability to build nodes that are very low-power, with a potential battery life of 2 or more years, while providing a long range, often in access of 10km. A key feature of these standards is they are low-bandwidth, often each message is limited to 100 or so bytes, for SigFox even less. Each standard has its drawbacks but SigFox requires more expensive chipsets for the Gateway side of things, which is not the case for LoRa, and as such this has seen the development of community, crowd sourced, LoRa networks, based on LoRaWAN. One example of this is The Things Network, who community has been developing Gateways, nodes, cloud backends, and software to run on these, all open source, supporting open data and open science. In Bristol we are deploying a LoRaWAN network built on existing wireless infrastructure locations, provided by Bristol Wireless.

In this lecture I will introduce LoRaWAN from a technical perspective, providing examples, and also look at the IoT and LoRaWAN networks from a political perspective.

I will bring a portable LoRaWAN network that we have developed at the University of West of England, mostly for testing radio capabilities but also allowing us to demo LoRaWAN and IoT on the move, and also some example nodes, some of which will be used by the audience. This will demonstrate the use of The Things Network backend infrastructure to provide an internet backend and bring the internet part of Internet of Things. We will provide demos that the audience will be able to interact with during the session and see the results live during the talk.