The proliferation of connected devices and smart services has led to the emergence of technologies that facilitate communication. Among these, the LoRa network is particularly noteworthy. The development of the Internet of Things has made this modulation widely accessible, and it is worth discussing here.
Learn more about LoRa
LoRa and How It Works
The LoRaWAN protocol enables the exchange of small amounts of data between connected devices. It relies on LoRa technology to establish long-range communication at a low data rate ranging from 0.3 to 50 kbps. This does not affect data transmission, which has a range of approximately 1 km in urban areas and up to 20 km in flat rural areas. Information can then be sent between devices both outdoors and indoors via signals. These signals can pass through buildings or reach deep areas such as basements. It can thus be used to locate objects and much more.
With the LoRa network, devices require very little energy to function properly. This low energy consumption ensures a long battery life of up to ten years or even longer. This represents a cost-saving benefit for the user. Another key point to note is the low operating cost. The rates charged are lower than those of GSM networks for a comparable service. It is therefore a cost-effective option.
LoRa network coverage
LoRa is an open network. It is being rolled out gradually across Europe and the rest of the world, primarily by telecom operators. According to the latest estimates, there are currently 137 such networks. In France, Bouygues Télécom and Orange are the main players involved in deploying this technology. With a large number of base stations in place, it reaches a significant portion of the French population.
In addition to network operators, companies are also testing LoRa as part of their operations. Today, this network is becoming increasingly widespread and is used in a variety of fields.
Applications of LoRa
LoRa is useful in many fields. It offers a wide range of possibilities in all areas of daily life.
Environmental Framework
Smart metering: Here, LoRa technology is used in conjunction with smart meters for electricity, water, and other utilities to transmit data related to their monitoring. The "Smart Water" category involves monitoring drinking water to collect data on consumption, water quality, and much more.
In everyday life
LoRa can be integrated into a tracking system to locate a lost item. This could involve tracking a vehicle, valuables, pets, and so on.
In retail, stores use them for payment and smart shopping, supply chain management, and more. In home automation, household devices can be controlled and connected.
The use of this technology in this field helps centralize the operations of home devices. This allows them to function autonomously while systematically communicating information to the user. Examples include smoke detection, turning on a microwave, turning off a light, and so on.
