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802.11ah – WiFi HaLow for wireless networking solutions


In order to continue maintaining wireless standards to meet contemporary and future needs – the Wi-Fi Alliance has announced Wi-Fi HaLow, the Alliance’s branding for their work developing and promoting wireless networking solutions based on the IEEE 802.11ah standard. The IEEE 802.11ah standard is a new extension of the very popular and widespread IEEE 802.11-2007 wireless networking standard, providing a new physical layer and MAC layer specification for Wi-Fi networks that can operate in the sub-gigahertz bands at around 900 MHz. Because of the different propagation characteristics of radio waves at this frequency, this change significantly extends the range of existing Wi-Fi networks that currently operate in the 2.4 GHz or 5 GHz bands, and allows the radio to propagate through walls and obstructions much more effectively. This allows homes and buildings to be comprehensively covered with reliable Wi-Fi connectivity without using a large number of access points, with a … Continue reading

Zigbee version 3.0 – a new foundation for the Internet of Things


The latest version of the popular ZigBee wireless mesh networking standard, ZigBee 3.0, is an attempt to combine the various different components and device profiles within the ZigBee standard into a single, unified specification. This new ZigBee 3.0 standard aims to provide seamless interoperability across the greatest possible selection of smart Internet-of-Things devices employing ZigBee wireless connectivity – giving consumers and business users access to ZigBee-enabled products and services that will work together seamlessly to meet their needs. It delivers all the familiar capabilities you expect from ZigBee, while unifying most of the different ZigBee application profiles which are presently in use, such as ZigBee Home Automation and ZigBee Light Link, into a single platform. ZigBee 3.0 defines more than 130 different specific devices and a wide range of device types, including home automation, lighting, energy management, smart appliances, security, sensors, and healthcare monitoring devices. All the device types, profiles, … Continue reading

Atmel’s new low-power BTLC1000 chipset for the Internet of Things


Atmel has recently launched a new wearable computing development platform aimed at energy-efficient IoT and wearable computing applications, just in time for the influential 2016 Consumer Electronics Show in Las Vegas. This ultra-low-power platform, based on the BTLC1000 system-on-chip, is a design-ready development board that showcases some of Atmel’s power-efficient, smart and secure devices for embedded wireless connectivity applications, as well as inertial and environmental sensors from Atmel’s technology partners. The ATBTLC1000 SoC offers a complete hardware and software solution – making it easy to get started with the development of portable, battery-powered devices with Bluetooth Smart (Bluetooth Low Energy 4.1) connectivity – serving application areas such as wireless data logging, wearable computing, and other popular and rapidly growing IoT markets. Atmel’s new hardware platform is one of the smallest, most power-efficient Bluetooth Smart hardware reference platforms on the market aimed at IoT and wearable applications – and it’s very … Continue reading

Wind River Rocket – an embedded OS for small devices


Wind River’s Rocket is a free real-time operating system for 32-bit microcontrollers, specifically designed to help you build intelligent embedded devices quickly and easily. Rocket is a fast, reliable, secure platform designed to help accelerate your development and deployment of Internet-of-Things applications. It’s easy to use, helping to make it possible for users and developers to take advantage of the opportunities of the IoT even if they are new to the complexities of developing smart, connected, embedded IoT systems. With a robust set of capabilities, the Rocket platform gives IoT developers a best-in-class, scalable, real-time operating system for 32-bit microcontrollers. It’s ideal for building embedded edge-node devices in Internet-of-Things applications, or sensors, wearable technology, industrial controllers and other resource-constrained yet powerful, connected IoT devices. The technology behind Rocket is commercially proven, based on Wind River’s industry-leading experience with its other real-time operating systems such as VxWorks, and it is optimised … Continue reading

LoRaWAN – the first public and open LPWAN standard


Continuing on from our previous article explaining the LoRa Alliance, we’re now excited about the final LoRaWAN revision 1.0 specification that has recently been formally released to the public by the LoRa Alliance – and is available to download freely from their website. This release makes LoRaWAN the most comprehensive and the most widely adopted Low Power Wide Area Network (LPWAN) specification presently available for open use. The LoRaWAN specification is the first public and open carrier-grade LPWAN protocol standard, aimed at wide-area networks of sensors, base stations and servers, or any wide-area Internet-of-Things or M2M networking applications. This specification has been created by the LoRa Alliance, an open, non-profit consortium led by IBM, Actility, Microchip and Semtech, who believe that the Internet-of-Things era is already well and truly established, who have a mission to standardise LPWAN deployments around the world that enable wide-area connectivity for IoT and machine-to-machine, smart … Continue reading

Introduction to the LoRa Alliance


The LoRa Alliance is an open, non-profit, international alliance of companies and industry stakeholders that share the mission of trying to standardise the deployment of the Low-Power Wide Area Networks (LPWANs) – that are increasingly being deployed around the world to enable Internet-of-Things technology and machine-to-machine communications, “smart cities”, and industrial applications. Members of the LoRa alliance collaborate with the aim of driving the global success of their LoRaWAN protocol, by sharing knowledge and experience with a view towards interoperability between operators, using a single open global standard for LPWAN connectivity. The Alliance – which is led by IBM, Actility, Semtech and Microchip, formally released the open LoRaWAN R1.0 standard to the public earlier this year. LoRaWAN is an LPWAN specification intended for wireless, battery-operated IoT “things” with wide-area network connectivity. Its features are specifically aimed at supporting low-cost, secure, mobile and bidirectional communication for wireless IoT applications, with strong energy … Continue reading

Taggle – Revolutionising low-power M2M devices


This year the M2M (Machine to Machine) market has exploded with the introduction for various low-power systems, and this includes Taggle Systems’ “Taggle” technology – a low-power, wide-area (LWPA) radio network technology which offers low-cost, power-efficient machine-to-machine communications for embedded systems across a very long range, for many kinds of sensors and applications in different sectors such as utility management and agriculture. The team behind Taggle identified a gap in the M2M connectivity market which was not being addressed by existing, popular wireless connectivity technologies such as 802.15.4 and WiFi, which is low-power, wide-area networking with small amounts of data, with low bandwidth at a low cost, with minimal deployment of expensive infrastructure. In many situations it is advantageous to send small amounts of data from field sensors over long distances, and Taggle’s energy-efficient, long-range wireless connectivity operating in the 900 MHz ISM spectrum helps to achieve this. Today, Taggle … Continue reading

SigFox – a Wide-area Network for connecting your Internet-of-Things Devices


One of the greatest hindrances to a successful Internet-of-Things device is the amount of energy consumed and level of bandwidth required for a wireless solution. However, these challenges have been overcome and now your M2M and IoT-enabled devices with low-bandwidth requirements can take advantage of a brand new system that is ideal for the task – SigFox. SigFox is a new wireless connectivity platform being deployed across many countries, whose aim is to provide low-power, wide-area network infrastructure across large areas, for connecting Internet-of-Things and Machine-to-Machine telemetry applications that have limited bandwidth needs. By providing radio communications with embedded devices across a wide area, and without the relatively high cost of cellular telephone networks, SigFox aims to make it fairly easy to integrate their platform with your other software applications. The SigFox network is highly scalable and built for a huge number of devices, offering a global wide-area cellular connectivity solution … Continue reading

Everything IoT 2015 Conference


LX Group has built a reputation as an award winning IoT product and solution development consultancy, building over 200 custom IoT products and projects across over a wide range verticals (you can see some at We have connected boats, farms, vehicles, homes, bridges, fridges, athletes, factories, and even koalas! It’s clear to us IoT is here to stay, the value is real, and the opportunities are huge. As part of growing IoT momentum, LX Group became official sponsors of the inaugural Everything IoT Conference held on the 27th of October (, where we have been selected to exhibit as one of 10 thought-leading IoT companies. Our co-founder, Kelly Blyth, was speaking as part of a panel on IoT. Kelly is a technology entrepreneur with a strong focus on IoT product & solution development. She has lead the team at LX through rapid growth and a wide range of custom … Continue reading

M2M connectivity made easy with the new Ericsson Device Connection Platform


The Device Connection Platform from Ericsson is a cloud service for machine-to-machine and Internet-of-Things applications, which is specifically aimed at enabling telecommunications network operators to offer connectivity management to their business customers in the IoT/M2M sector. This new platform enables mobile network operators to provide support services for a growing variety of IoT and M2M devices, as well as simplifying the process of large-scale IoT network deployment and reducing costs. Ericsson has recently acquired this M2M platform from Telenor Connexion, in an effort to build their technology and know-how in this growing sector. Telenor Connexion will become Ericsson’s first customer for the Device Connection Platform. Ericsson’s DCP is a dedicated M2M/IoT platform aimed at enterprise IoT users that handles connectivity management, subscription management and integration with Operations Support and Business Support Systems. It also allows for automation of business processes between mobile operators and business enterprises. The platform is sold … Continue reading

Amazon enters the Internet of Things with AWS IoT Platform


Not content to be the dominant player in the book retail and growing cloud storage market – Amazon have recently announced the newest addition to their popular suite of cloud computing services – the AWS Internet-of-Things platform. AWS IoT is a managed cloud platform for supporting large numbers of devices in Internet-of-Things applications and securely connecting them to each other, as well as to web applications and other AWS services. AWS IoT can support a huge number of devices and messages, and it can reliably and securely process and route these messages to AWS endpoints and to other devices or services.   It allows networks of IoT devices to maintain responsive connections to the cloud, and makes it easier to develop cloud applications that interact with IoT “things”. It receives messages from things and then filters, records, transforms, or routes these messages as needed. The AWS IoT service provides an … Continue reading

myDevices – a platform service for the Internet of Things


As the year progresses it seems that we are increasingly exposed to new Internet-of-Things platforms, and the latest to take our attention is myDevices – a platform-as-a-Service for Internet-of-Things applications. The myDevices platform is a device-agnostic ecosystem for the connected world of today. With myDevices you can securely and efficiently connect a wide range of devices while capturing and translating critical business data to support and engage customers more effectively. This service is a powerful combination of a customisable IoT platform and a professional services ecosystem provided by myDevices to support the platform. Their ecosystem is able to provide tailored solutions to suit the specific needs of businesses that manufacture, support or sell connected devices. And it is a complete platform – by offering an end-to-end IoT solution, myDevices offers easy integration with a range of existing systems and products across multiple industries. It’s also an agile IoT platform that … Continue reading

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