Principles and Applications of Narrowband Internet of Things (NB-IoT)

Narrowband IoT, From the Ground Up

NB-IoT rarely makes headlines the way consumer gadgets do, yet it is the standard quietly carrying smart meters, environmental sensors, wearables and industrial telemetry across long distances on remarkably little power. Principles and Applications of Narrowband Internet of Things (NB-IoT) approaches that technology from both ends: the architecture and network theory underneath it, and the real deployments built on top of it.

Published by IGI Global within the Advances in Wireless Technologies and Telecommunication (AWTT) book series, this 2021 volume gathers sixteen contributed chapters from researchers and engineers working across Ethiopia, Portugal, Brazil, India, Greece, Spain, Turkey and beyond. Both editors — Sudhir K. Routray of Bule Hora University, Ethiopia, and Sasmita Mohanty of the University of Aveiro, Portugal — also write chapters for the collection, alongside a foreword and an editorial advisory board drawn from industry and academia.

The Technical Foundation

The opening chapters lay groundwork before narrowing to NB-IoT itself. Readers move through the fundamentals of internet-enabled objects — how they sense, communicate and organise into networks — and through the computing models and architectural decisions that shape how an IoT network behaves. From there the volume turns to the low power wide area networks (LPWANs) that make long-range, battery-constrained devices practical, placing NB-IoT side by side with LoRa, Sigfox, DASH7, RPMA and LTE-M and examining where each differs in latency, data rate, handover behaviour and quality of service.

Applications Explored Across the Volume

• Localisation and target detection using narrowband signalling
• Emergency medicine and clinical monitoring scenarios
• Search and rescue, built around an NB-IoT wearable device
• Civil engineering, including an overtopping detection system
• Smart water networks for metering, monitoring and management
• The Internet of Everything and the wider connected-device landscape
• Everyday automation, illustrated by a smart vacuum cleaner case study
• 5G alignment, telematics and the mobile internet

Read together, the applied chapters show how the same underlying technology adapts to very different constraints — a rescue beacon has little in common with a municipal water meter, but both depend on the same low-power, wide-area assumptions.

The Commercial and Economic Angle

One chapter steps deliberately away from the engineering to ask what narrowband IoT is worth. It examines the commercial potential of NBIoT deployments and the economic shifts that follow when connectivity becomes inexpensive enough to embed almost anywhere. For readers who have to justify an investment rather than specify a radio, that perspective is a useful counterweight to the technical material.

Who This Volume Suits

The AWTT series is written for developers, engineers, students, research strategists and IT managers, and this title keeps that readership in view. If you are designing a low-power sensor network, comparing LPWAN options, or studying IoT within a graduate programme, the blend of foundational chapters and applied case studies offers a starting point at either end of the scale. The volume includes bibliographic references and an index, and because each chapter stands on its own, it works equally well read straight through or consulted selectively when a particular application is relevant.

Why NB-IoT Still Rewards Attention 💡

Narrowband IoT was designed for the unglamorous majority of connected devices: the ones that send a small packet occasionally, must survive for years on a single battery, and may sit underground or far from any convenient power source. That design brief is why the technology keeps turning up in metering, agriculture, logistics and public infrastructure long after the initial hype faded. This collection documents both the reasoning behind those choices and the deployments that test them.

A digital edition well suited to engineers, researchers and students who want the material searchable and close at hand.