7 New IOT Development Books Defining 2025's Future

Gloria Gibson brings her extensive expertise in IoT development and Python programming to this focused guide that demystifies building IoT projects using Raspberry Pi.GPIO and MQTT. You’ll gain hands-on skills like configuring GPIO pins, integrating sensors, and implementing MQTT protocols for efficient device communication, all grounded in practical projects that cover areas such as home automation and industrial monitoring. This book suits both newcomers eager to get started with Python in IoT and experienced developers seeking to deepen their understanding of scalable IoT architectures. The chapters balance foundational concepts with real-world application, letting you build confidence as you progress through each project.

Unlike most IoT development books that assume some prior knowledge, Sarful Hassan’s guide takes you from the ground up, focusing on ESP32 and Arduino Wi-Fi basics with clear, approachable explanations. You’ll learn how to configure ESP32 Wi-Fi modes like Station and Access Point, build web servers that serve interactive pages, and create practical projects such as smart home automation and weather stations. The book’s step-by-step code walkthroughs demystify complex concepts, making it suitable for hobbyists and beginners eager to build real IoT applications confidently. If you want to grasp the essentials of Wi-Fi-enabled IoT devices without getting overwhelmed, this book delivers just that.

This tailored AI book explores the rapidly evolving landscape of IoT in 2025, focusing on the latest developments and discoveries shaping the field. It covers emerging technologies, new communication protocols, and innovative device architectures that define the current IoT revolution. By matching your background and specific interests, this guide reveals insights into cutting-edge trends like edge computing integration, advanced sensor networks, and evolving security measures. This personalized approach ensures you engage deeply with topics most relevant to your goals, providing a focused understanding of how IoT systems are transforming industries and everyday life in real time.

After analyzing the surge in IoT innovation, Sarful Hassan developed this guide to demystify ESP32 MicroPython programming for beginners and hobbyists alike. You’ll learn how to set up the ESP32 microcontroller, write MicroPython code covering variables, loops, and functions, and connect sensors and actuators to build projects like smart home automation and web servers. The chapters walk you through configuring Wi-Fi modules and using Pulse Width Modulation to control devices, making abstract concepts tangible. If you’re new to embedded systems or looking to bridge software and hardware in IoT, this book provides a clear path without assuming prior experience.

What started as a desire to bridge Swift programming with the burgeoning Internet of Things (IoT) landscape became Oliver Snowden's detailed guide to building connected applications. You learn not just how to code with Swift, but specifically how to implement IoT protocols like MQTT and CoAP, enabling seamless device communication and management. The book walks you through practical projects, from smart home automation to industrial applications, showing how to integrate sensors, actuators, and cloud services effectively. If you’re a Swift developer or technology professional eager to apply your skills in IoT, this book offers clear, structured insights focused on real-world implementation rather than theory.

What started as Sarful Hassan's dedication to education and practical technology training became a clear, approachable guide for those new to IoT development with ESP32 and ESP8266 microcontrollers. You’ll learn how to program these devices using the Arduino IDE, covering fundamentals such as GPIO control, Wi-Fi networking, and creating web servers, all explained without assuming prior coding experience. The book’s hands-on projects, like building LED controls and Wi-Fi network scanners, offer concrete skills that help you confidently build connected devices. If you're stepping into IoT from scratch or want a solid foundation in ESP32 programming, this book is straightforward and focused, though it’s less suited for advanced developers seeking deep technical dives.

This personalized AI-created book explores the dynamic field of IoT development, focusing on building scalable and future-proof IoT systems tailored to your interests and expertise. It covers the latest 2025 advancements and emerging technologies, revealing how new protocols and architectures reshape connected devices. The content matches your background and addresses your specific goals, enabling you to grasp cutting-edge insights on edge computing, cloud integration, and security challenges. By examining evolving tools and techniques, this tailored guide helps you stay ahead in an ever-changing IoT landscape, supporting your journey to create resilient and adaptable IoT solutions that meet tomorrow's demands with confidence.

When Ethan D. Ryder discovered the transformative possibilities of Python in IoT, he set out to create a resource that bridges coding fundamentals with practical device-building. This book guides you through establishing your development environment, crafting home automation systems, and even building remote-controlled robots—all using Python. You'll find detailed chapters on connecting devices to the cloud and securing them against cyber threats, plus how to analyze and visualize IoT data effectively. Whether you're just starting or refining your Python skills, this book offers a clear path to creating smart, connected systems that you can actually use.

After years of programming experience, Thompson Carter developed this guide to demystify C# for IoT enthusiasts and professionals alike. You’ll learn how to harness C# to build connected devices, navigate communication protocols like Wi-Fi and Bluetooth, and implement edge and cloud computing with Azure IoT Hub. Chapters include hands-on projects that walk you through creating smart devices and securing IoT systems, making it practical for both beginners and seasoned developers. If you aim to build scalable, secure IoT applications using a versatile language, this book provides clear, focused instruction without unnecessary jargon.