Cellular IoT is entering a phase of exponential expansion, driven by the convergence of next-generation cellular networks. Valued around 6.7 billion dollars, the global market is projected to exceed 126 billion dollars by 2035, with a notable growth mirroring the rocketing demand for reliable, wide-area, and secure connectivity solutions.
The expansion of smart cities is a major driver of the market growth, as urban infrastructures increasingly rely on Cellular IoT to manage street lighting, parking and mobility systems, energy distribution, waste collection, and more. Cellular IoT provides the scalable, secure, and low-latency connectivity required to support such data-intensive applications.
What is Cellular IoT?
Cellular IoT encompasses technologies that enable IoT devices to communicate over cellular networks such as 4G/LTE, 5G, NB-IoT, and LTE-M. Unlike short-range technologies like Wi-Fi or Bluetooth, Cellular IoT offers superior reliability and efficiency in connecting large volumes of devices over wide areas. This means it is the ideal option if uninterrupted connectivity and low latency are critical, as happens with city applications where NB-IoT and LTE-M are dominating.
Why do smart cities appreciate Cellular IoT?
Cellular IoT perfectly fits urban environments because it:
- supports massive device connectivity, thus offers adequate scalability to follow the evolution and expansion of city infrastructure;
- minimizes installation and maintenance efforts by enabling plug-and-play deployments and over-the-air updates;
- provides secure, encrypted communication by default;
- ensures compliance with applicable regulations thanks to localized profiles, data routing control, and built-in compliance tools.
Our Cellular Zhaga node, the easiest way to turn any LED luminaire into a smart object
At Paradox Engineering, we are at the forefront of Cellular IoT and have recently introduced new Smart Lighting devices providing LTE CAT-M and NB-IoT connectivity. Our Smart Lighting Cellular Zhaga nodes are specifically designed for cities that want to move beyond gateways and proprietary locks. Based on TALQ and LwM2M protocols, and OMA/uCIFI data model, they offer full interoperability and seamless integration with third-party hardware and control management systems.
These Cellular Zhaga nodes immediately transform any LED streetlight into a smart IoT connected device, providing Luminaire Information, Energy Reporting and Diagnostics. There is no need for preconfiguration, nor external routers: by simply installing the node onto the Zhaga socket, the streetlight is capable of sending and receiving information for more efficient operations and maintenance, reducing inefficiencies and generating an immediate return on investment.
Eager to hear more? Contact our Smart Lighting experts!
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