LPWAN for IoT Devices
By overcoming the limitations typical of cellular networks, the Sigfox LPWAN network provides the efficient and cost-effective connectivity needed for IoT devices. This technology creates unique opportunities for industries such as agriculture, logistics, environmental monitoring, and industrial automation. Thanks to its cost-effectiveness, ease of configuration, and accessibility, the Sigfox LPWAN network has real potential to revolutionize production processes worldwide through a connectivity transformation.
In today’s world, LPWAN networks are increasingly used for monitoring and managing public infrastructure. By deploying sensors on critical infrastructure, governments can collect and analyze data on structural systems in real time.
LPWAN networks use low-power wide-area (LPWA) technologies and offer broader coverage compared to other cellular networks. This enables seamless connectivity in remote locations. Energy efficiency is another valuable feature of LPWAN networks, allowing devices to operate on low power for extended periods.
The Sigfox LPWAN network helps organizations make informed decisions by thoroughly analyzing various factors. It enables companies to make management processes more profitable, efficient, and secure. The infrastructure required for LPWAN networks is relatively easy to configure and cost-effective, making it especially attractive for businesses seeking affordable connectivity options.
Sigfox LPWAN technology is owned by UnaBiz, a global IoT service provider and integrator. Collaborating with over 70 national LPWAN operators and global strategic partners, UnaBiz has connected more than 11,400,000 devices worldwide.
Revelio is UnaBiz’s partner implementing the LPWAN Sigfox network in Georgia. This strategic partnership aims to develop and enhance Georgia’s technological landscape. Revelio is proud to contribute to the global technological transformation process and help position Georgia among the countries that benefit from the unique capabilities of the LPWAN network.
