3 New MQTT Books Reshaping IoT Development in 2025

What happens when deep Python expertise meets IoT innovation? Gloria Gibson, drawing on her extensive background in technology education, offers a guide that walks you through using Python alongside Raspberry Pi.GPIO and MQTT to build connected devices. You’ll move beyond theory into hands-on projects, from configuring GPIO pins to creating MQTT-based communication networks, learning through chapters that blend clear explanations with practical applications like home automation or environmental monitoring. This book suits you if you’re eager to master Python’s role in IoT, whether starting fresh or sharpening your skills, providing a structured path to design scalable solutions with confidence.

What if everything you knew about IoT development was wrong? Alex J. Collins challenges conventional learning by focusing not on dry theory but on building real smart devices with Python and MQTT. You’ll actually write code for smart home systems and environmental monitors, mastering the MQTT protocol as the backbone of IoT communication. Collins guides you through common obstacles like connectivity issues and security, making this workbook especially useful if you want hands-on experience rather than abstract concepts. If you’re tinkering at home or a student eager to create IoT devices, this book gives you clear, practical exercises to develop your skills.

This tailored book explores the latest MQTT advancements emerging in 2025, focusing on your unique background and goals. It examines cutting-edge developments in MQTT protocols, their applications in IoT, and new discoveries that are shaping the future of connected devices. By concentrating on the aspects most relevant to your expertise, the content reveals innovative use cases and emerging research that keep you ahead in this rapidly evolving field. Designed to match your knowledge level and interests, this personalized guide delves into advanced MQTT features, protocol enhancements, and integration trends. It offers a custom learning experience that helps you grasp complex innovations without wading through unrelated information, making your exploration efficient and engaging.

When Robert Thas John recognized the growing complexity of IoT data communication, he set out to clarify the process of connecting Arduino devices to databases and networks. This book delivers a step-by-step guide to configuring databases, employing MQTT and REST APIs, and managing diverse communication technologies like LoRaWAN and HC-12. You learn to build scalable, fault-tolerant IoT systems from sensor data collection to transmission and storage, with practical examples covering everything from setting up REST infrastructure to deploying cellular communication. If you’re aiming to deepen your understanding of embedded data handling and want to apply these skills beyond Arduino, this book fits well, especially if you have some programming background but want clearer insights into IoT communication.