The world of the Internet of Things (IoT) is packed with acronyms. If you are researching how to make your commercial building smarter, track assets across a large facility, or deploy environmental sensors, you have undoubtedly stumbled across the terms “LPWAN” and “LoRaWAN”.
Often, these terms are used interchangeably in articles. Other times, they are pitted against each other in search queries, leading business owners to ask which one they should choose.
At Concept13, we spend a lot of time helping clients cut through the technical jargon. The truth is that comparing the two is like comparing “vehicles” to a “Ford Transit”. One is a broad category, and the other is a specific product within that category.
To help you make the right connectivity choices for your business, this guide breaks down exactly what these terms mean, how they relate to each other, and why understanding the difference is crucial for your next IoT deployment.
The Quick Answer
What is the difference between LPWAN and LoRaWAN?
They are not competing technologies.
-
LPWAN (Low Power Wide Area Network) is a broad technical category of wireless networks. It describes any network designed to send small amounts of data over long distances while using very little battery power.
-
LoRaWAN (Long Range Wide Area Network) is a specific, highly popular protocol that sits under the LPWAN umbrella.
Therefore, all LoRaWAN networks are LPWANs, but not all LPWANs are LoRaWAN. When people ask to compare them, what they usually mean is how LoRaWAN compares to other types of LPWAN technologies, such as NB-IoT or Sigfox.
Understanding the Umbrella: What is LPWAN?
To understand why LPWAN exists, you have to look at the limitations of traditional wireless networks.
Before the Internet of Things boom, we mainly relied on Wi-Fi and Cellular (3G/4G/5G).
-
Wi-Fi is great for sending huge amounts of data (like streaming a 4K video), but it has a very short range and drains batteries incredibly fast.
-
Cellular has a massive range, but it is expensive to run and also consumes a lot of power.
If you want to put a battery-powered temperature sensor in a basement and leave it there for five years without touching it, Wi-Fi and Cellular are completely useless.
This gap in the market created the need for LPWAN. An LPWAN sacrifices bandwidth (the size of the data pipe) to achieve incredible range and phenomenal battery life.
An LPWAN is designed to send tiny packets of data (like a simple temperature reading or a “door open” alert), maybe once an hour or a few times a day. Because the data packets are so small, the sensors can run on a single standard battery for up to ten years, and the signal can travel for miles.
For a broader industry definition of how these networks are reshaping global tech, you can read TechTarget’s comprehensive guide to LPWAN technology.
The Star Player: What is LoRaWAN?
As the IoT market grew, several companies developed their own specific technologies to fit into the LPWAN category. LoRaWAN emerged as the undisputed global champion for enterprise and commercial use.
Maintained by the non-profit LoRa Alliance, LoRaWAN operates on unlicensed radio frequencies. In the UK and Europe, this is the 868 MHz band.
Here is why it is the protocol of choice for smart buildings and smart cities.
1. Private Network Ownership
This is the biggest advantage of LoRaWAN. With cellular LPWANs (like NB-IoT), you have to buy a SIM card for every single sensor and pay a monthly data subscription to a telecom provider like Vodafone or EE. With LoRaWAN, you can build your own private network. You simply purchase a LoRaWAN Gateway, plug it into your building’s internet connection, and deploy your sensors. You own the infrastructure, meaning there are no ongoing monthly data fees per sensor.
2. Incredible Deep Indoor Penetration
The sub-gigahertz frequency used by LoRaWAN is fantastic at penetrating dense building materials. A single gateway on the roof of a concrete office block can easily communicate with Environmental Sensors situated deep in underground car parks or reinforced basements. This makes it infinitely superior to Wi-Fi for structural monitoring.
3. High Security
Commercial data must remain secure. The LoRaWAN specification includes end-to-end AES-128 encryption by default. The data is encrypted at the sensor level and remains encrypted until it reaches your specific application server.
LoRaWAN vs Other LPWANs (The Real Comparison)
If you are planning an IoT project, your real decision is choosing between LoRaWAN and the other main LPWAN contender: NB-IoT (Narrowband IoT).
-
Choose LoRaWAN when: You are monitoring a specific geographic area like a single office building, a university campus, or a retail park. It is vastly cheaper at scale because you can install your own gateways and avoid SIM card subscription fees. It is also the best choice for battery longevity.
-
Choose NB-IoT when: Your assets are constantly moving across the country. If you are tracking a fleet of delivery lorries driving from London to Edinburgh, you cannot build your own private network to cover that distance. You need to piggyback on the national cellular masts provided by telecom companies, which is exactly what NB-IoT does.
How Concept13 Can Help
At Concept13, we champion LoRaWAN because it delivers the best return on investment for smart building and facility management applications.
Whether you need to monitor indoor air quality, track desk occupancy, or automate your water leak detection, the combination of low hardware costs and zero data subscriptions makes LoRaWAN the logical choice.
We provide the hardware, network expertise, and ongoing support to ensure your deployment runs flawlessly from day one.
Conclusion
To summarise, do not get bogged down trying to choose between LPWAN and LoRaWAN. LPWAN is the concept of low-power, long-range networking. LoRaWAN is simply the most successful, secure, and cost-effective way to bring that concept to life in a commercial setting.
By understanding your specific use case, you can deploy a network that provides total visibility over your operations without the burden of constant battery changes or expensive monthly data contracts.
-
Ready to design your network? Explore our comprehensive range of IoT Consultancy and Services to see how we can map out the perfect deployment for your site.
-
Need to speak to an expert? Contact Concept13 today and tell us what you want to measure. We will recommend the exact sensors and gateways you need to get started.
