Back to Banyan Hills Insights

What is LoRaWAN?

What is LoRaWAN?

LoRaWAN, or Lo(ng) Ra(nge) Wide Area Network, is a long-range communication technology that can offer up to about six miles of connectivity.

April 3, 2019 - There are some exciting developments afoot in the world of wireless networking. After all, with applications for the Internet of Things limited to a large degree by the ability of the “things” – sensors, controllers, actuators, and so on – to communicate effectively with the IoT platform, wireless is the watchword in 2019.

Some legacy implementations of IoT have been limited by the physical structure of the network. Notably, it is sometimes difficult to deploy an Internet of Things project when the network range and battery life of the endpoints isn’t sufficient for persistent, reliable connectivity. Looking ahead, 5G networks promise to alleviate some of those problems, but that is still several years away from widespread adoption. A smart alternative gaining traction right now? LoRaWAN.

As abbreviations go, LoRaWAN might be something of a mouthful, but it defines the network architecture for LoRa. LoRa is a long-range communication technology, named, naturally enough, as an abbreviation for Lo(ng) Ra(nge) and pronounced like a woman’s name – Laura.

Interestingly, it promises something that few networks today can offer: extremely long range on the order of about 6 miles (10 kilometers). Of course, LoRa trades range for data rate, so it’s limited to a modest 50kbps.

That means that IoT projects that rely on LoRaWAN for endpoint connectivity won’t be sending and receiving real-time video feeds, for example. Instead, it thrives in environments that only need to share low-bitrate datastreams.

LoRaWAN has a flexible network architecture. It uses a star topology (similar to Wi-Fi) and recognizes three different classes of devices at network end points. Each class is designed with a different power profile in mind:

  • Class A LoRaWAN devices are power-savvy, transmitting asynchronously only when needed and spending most of their time in a low-power standby mode.
  • Class B devices are designed to transmit in predictable, timecode-based patterns so battery-powered nodes can spend most of their time in standby and only wake to listen for a signal at predictable intervals.
  • Finally, Class C devices are intended to be AC-powered, which means they’re awake all the time, able to send and transmit anytime.

Currently, LoRaWAN is championed by the LoRa Alliance, an organization that currently boasts more than 500 members across Europe, Asia, and the US, with a goal of enabling large scale deployment of IoT projects with Low Power Wide Area Networks by development and promoting the LoRaWAN open standard.

Here in the US there are a number of LoRaWAN operators offering network services, including LORIOT, The New Things Foundation, Senet, and machineQ – but real-world LoRaWAN implementations are happening around the globe. In France, for example, there are dozens of implementations in progress. France’s utility company, Veolia, recently began an IoT project to digitize and network three million residential water meters, for example, and LoRaWAN was selected as the connective tissue for this enormous project. There are other projects in progress in industries as diverse as pharmaceuticals, the steel industry, and water processing plants.

In addition, a LoRaWAN-powered IoT project is being deployed in Australia by Goanna Ag, a major Australian agriculture company, to bring smarter irrigation management to cotton growers on the continent. A similar LoRaWAN network will connect a cattle monitoring IoT project in Russia. And in South Korea, police are using the technology to deploy a healthcare IoT project to track at-risk Alzheimer’s patients.

These are just some of the many LoRaWAN IoT deployments currently taking place around the world.

Want to learn how an IoT platform would work with a LoRaWAN project?

Contact Us today to learn more ››

Resources For Learning About the Internet of Things

Stay up-to-date in this fast moving industry

Man working on industrial refrigeration equipment
Industrial Case Study: Leveraging Remote Management to Improve Safety and Reduce Expenses

This manufacturer’s customers no longer need to log into several different systems to check energy usage, compliance issues and equipment KPIs. Canopy provides all the up-to-date information they need to run a facility at its best.

Read more
How Software Can Improve Retail Marketing

Steve Jobs hated the thought of an Apple computer sitting on a shelf in a big box store sandwiched between competing products where an uninformed clerk would recite the specs of each to an unfamiliar customer.

Read more
Digital Signage in a Retail Setting
Case Study: Improving Digital Signage In A Retail Setting

In electronics stores around the world, one of the largest technology companies on the planet had a particularly pesky problem with its digital signs becoming distorted.

Read more
How IoT and Other Emerging Technologies Will Affect Financial Services

How will IoT and other emerging technologies change the financial services industry? Here are some of the most interesting use cases.

Read more
IoT enabled factory using automation software
Using Automation With The Internet of Things

IoT-enabled equipment sending data to automation software will unleash productivity gains for years to come.

Read more
Mask wearing employee helping a mask wearing customer in a retail shop.
Using Technology To Optimize the Customer Experience

Good customer experiences are vital to business success. Sixty-nine percent of consumers say they will move on from a brand after a bad experience.

Read more

Awards and Recognition

A few of the places where Banyan has received recognition

Inc. 500 logo
IoT Innovations logo
Industry Today logo
Business Radio X logo
RFID Journal logo
VxChange logo
COVID-19 Update: Our commitment to our customers. Learn more