You Scale Your Next IoT Use Case Getting help LoRaWAN

The network of millions of devices connected to the internet and measuring, monitoring, and delivering rich data is known as the Internet of Things (IoT). IoT today comprises numerous fragmented networks, each dealing with a particular problem. In an office building, for example, various LoRaWAN-based IoT solutions might be put into place simultaneously, one to control the air conditioners and another to control the heating systems, lighting, security, and other IoT applications.

Small data packets (such as sensor data) can be sent over long distances using the LoRaWAN protocol, which uses the LoRa modulation, a wireless data transmission method with smaller bandwidths. LoRaWAN is ideal for usage in industrial deployments thanks to these features.

A few of the benefits of LoRaWAN include its comprehensive coverage, long battery life (10+ years), deep indoor penetration, public and private deployment options, FUOTA (Firmware Updates Over The Air), Two layers of protection offered by geolocation, and end-to-end security using 128-bit cryptographic keys and algorithms.

A LoRaWAN server and end devices communicate using radio modules known as LoRa gateways in a LoRa network (LNS). A LoRa gateway is typically used to transmit sensor data from an electrical device to the cloud. In particular, in regions where other types of networks are impractical due to Lora gateway technological limitations, LoRa gateways can be utilized to build up a network implementation of necessary electrical equipment.

Your next IoT use case can be scaled with the aid of LoRaWAN.

  1. Condition monitoring for ships

Since its launch, LoRa 2.4GHz has shown consistent adoption. As well as devices and module producers like Miromico, mcf88, Ambit, and Vicotee, this includes gateways made by companies like Multitech, Mikrotik, and IMST. Companies may utilize their equipment on all continents thanks to the globally harmonized 2.4GHz frequency, pushing the boundaries of the Internet of Things in challenging conditions.

LoRaWAN is actively utilized to gather more precise information from a ship’s assets, including the state of the equipment and engines, leaks, environmental controls, asset location, etc. Preventive maintenance is carried out using the data to lower the likelihood of ship grounding or mishaps, which reduces costs.

  1. Smart Water metering in Cities

LoRaWAN is an economical technology for creating intelligent city solutions because it enables data collection across vast areas and gadgets with a battery life of more than ten years. To help with more accurate billing and lower the danger of water leakage on physical sites, LoRaWAN offers accurate real-time data on water usage. Achieving successful data transfer, private network security, and quick installation are made possible by LoRa connection and LoRaWAN®.

Smart meters allow water companies to engage with their customers to understand how much water they use and rapidly identify unusual water consumption. Recently, 150K smart meters were scheduled for deployment in Coventry and Warwickshire. The real-time water usage data the smart meters provide will be utilized to assess water consumption and reduce water leakage danger.

  1. Monitoring of air quality in educational facilities

The global epidemic has forced numerous schools to devise ways to stop the virus from spreading among pupils and instructors. LoRaWAN may monitor the air quality in buildings and contribute to creating a secure environment for students, thanks to its long-range and deep indoor penetration capabilities. Schools can use LoRaWAN-powered periodic ventilation processes to lower the risk of illnesses. Teachers can be informed when a new ventilation process needs to be started for the best outcomes.

Through the use of LoRaWAN, it is possible to lower the risk of illness during any season, enhance learning by reducing exhalation gas concentrations before, during, and after classes, and improve ventilation procedures.


Small data packets, such as sensor data, can be delivered over great distances utilizing the 2.4GHz frequency thanks to the LoRaWAN protocol. Because it permits data collection across broad distances and has a battery life of more than ten years, LoRaWAN is a cost-effective technology for developing innovative city solutions. It can be used to keep an eye on the air quality within buildings and help create a safe atmosphere for pupils. With 128-bit cryptographic keys and two-layer security algorithms, it can offer end-to-end security.

You can also use, a self-service IoT platform that lets you build useful Azure IoT Hub products and services. is confident in its ability to help organizations develop IoT solutions by considerably reducing the workload and complexity.