Content added to deepen knowledge on IoT hub

The content on Smart Factories covers the concepts of the Smart Factory, the Industrial Internet of Things (IIoT) and Industry 4.0, and shows how many organisations are implementing them now as well as investing significantly for the future.

Productivity, flexibility and safety are the key goals, aided by developments in technologies such as automatic guided vehicles (AGVs) and robotics.

These machines must function as nodes on the factory network while performing their tasks with speed, accuracy, flexibility, safety and reliability.

The content shows how designers are improving these aspects of AGV and robot performance, through the availability of advanced integrated circuits and support products from Farnell element14 which are allowing faster and better solutions to be developed for sensing, signal processing, local processing, power management and communications.

Other new content includes the second and third in a series of articles on IoT security, covering Cloud considerations and infrastructure, respectively.

These articles look at some of the ways in which security can be compromised and the measures that organisations can take to protect themselves.

Key topics covered include prevention of hacking of IoT connected devices, protecting the data both on the devices and when it is being transmitted, securing devices against being copied, and authentication.

Content looking at the role of artificial intelligence in the IoT infrastructure has been added.

An article starts by looking at what AI is, and what it could become. It then considers the current relationship between AI and the IoT, and how this is bringing benefits at all levels. It finishes with a roadmap that defines the possible future stages of AI development.

There is also a feature on Smart Sensors. This material describes how sensors have evolved from devices that simply convert physical variables into electrical signals into something more sophisticated to perform technically and economically viable roles within the IoT environment.

It reviews the IoT’s expectations of its sensors – including what must be done to achieve the large sensor arrays characteristic of the IoT - and shows how manufacturers have responded, with improvements to fabrication, integration and built-in intelligence, culminating in the concept of the smart sensors now in wide use.

The IoT Hub content also includes the first of a series of articles on “Wireless solutions”, covering the LoRaWAN as an IoT network solution. LoRaWAN is a low-power wide-area network (LPWAN) specification that allows battery-powered devices to connect to an IoT network over a long range, using a low bandwidth, in a regional, national or global network.

It is intended as a low-cost open standard with easy accessibility, and does not require WiFi-type passwords or mobile subscriptions.

This article discusses the nature of LoRaWAN and its underlying technology, and then shows how developers can start to engage with the standard with a currently available end-device chip and associated demonstration kit.

It also gives an example of how designers and users can take advantage of LoRaWAN’s licence-free model to gain low-cost and simple access to the network.