LPWANs are set to revolutionize smart cities over the next few years. LPWAN, often known as low power wide-area network, is a type of wireless wide-area network used in wireless telecommunications for connecting sensors and devices. Networks like these allow long-distance communication between several devices at a very low power requirement. With their low power consumption and wide operating range, LPWANs make a powerful choice for smart city applications.
Numerous smart city applications will be impacted, starting in the home and continually expanding to the streets, commercial buildings, and the public spaces of smart cities. LPWAN creates opportunities for these applications, previously limited by power issues or budgets. These include smart factories, smart agriculture, smart buildings, smart mobility, and more.
Building Smart Cities on LPWAN
Due to the technology’s rapid and simple monitoring of industrial equipment using low-power and long-lasting sensors, smart factories have adopted it as the de facto standard. For instance, with one tag and the same network, products are traceable from the factory through the manufacturing process, delivered across multiple cities, and into the home. These tags then provide data for analytics, such as identifying when customers need set-up help or flagging problems ahead of equipment breakdown so that repairs can be made in good time, without any human intervention.
Moreover, these networks are already being used in the smart agricultural industry to monitor soil across smart farms to enhance food production or in other industrial applications, such as tracking hectares of forest for nascent fires.
Smart buildings are also benefiting from this new generation of LPWAN innovation. Due to its seamless nature, it can support an endless number of applications that improve the quality of life of all residents. LPWAN network is expected to become a staple in most homes, allowing users to control smart door locks, water sensors, and smoke alarms without paying a monthly fee or using expensive hardware.
A key aspect of this technology is that it transcends the boundaries of facilities and homes. With LPWAN, streetlights and other public infrastructure can be controlled and regulated, resulting in significant energy savings and environmental benefits. This networking technology enables packages to be easily monitored from warehouse to home. And also allows detailed information to be sent to the traveling population based on tracking buses and automobiles across all cities.
All of these solutions and applications are possible due to LPWANs. In fact, most smart applications will soon be connected using this network, allowing the creation of a smart city environment that benefits everyone.
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