Programming NodeMCU for IoT Applications: Definitive Reference for Developers and Engineers
Richard Johnson
Jun 2025 · HiTeX Press
Ebook
250
Pages
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About this ebook
"Programming NodeMCU for IoT Applications"
"Programming NodeMCU for IoT Applications" is a comprehensive guide that empowers engineers, developers, and enthusiasts to master the development of robust Internet of Things solutions using the NodeMCU platform. Beginning with a detailed exploration of ESP8266/ESP8285 microcontroller architecture and its versatile hardware ecosystem, the book methodically covers everything from circuit design best practices to sensor integration and reliable hardware debugging. Readers are introduced to advanced interfacing techniques, power management considerations, and the essentials of building durable and scalable IoT devices.
The text navigates through the full software development lifecycle, emphasizing the mastery of multiple firmware environments—Lua, Arduino, and ESP-IDF—coupled with professional development workflows including source control, continuous integration, and automated testing. With in-depth guidance on event-driven programming, memory optimization, and network stack customization, the book addresses the unique constraints and opportunities of embedded firmware design. Critical networking topics such as secure Wi-Fi connectivity, TCP/IP and MQTT protocol integration, over-the-air updates, and zero-configuration discovery equip readers to deploy resilient, connected devices in complex IoT environments.
Security is paramount throughout, with dedicated coverage of threat analysis, encryption, authentication, and secure boot processes. The book advances into edge computing concepts, including real-time analytics, signal processing, local storage, and even deploying edge AI models, affirming its relevance for modern applications. Industry-leading practices in cloud integration, fleet provisioning, large-scale operations, and power optimization are unpacked, culminating in real-world case studies spanning home automation, industrial monitoring, agriculture, healthcare, and smart cities. This authoritative volume is an indispensable resource for anyone seeking to deliver secure, scalable, and innovative IoT solutions with NodeMCU.
"Programming NodeMCU for IoT Applications" is a comprehensive guide that empowers engineers, developers, and enthusiasts to master the development of robust Internet of Things solutions using the NodeMCU platform. Beginning with a detailed exploration of ESP8266/ESP8285 microcontroller architecture and its versatile hardware ecosystem, the book methodically covers everything from circuit design best practices to sensor integration and reliable hardware debugging. Readers are introduced to advanced interfacing techniques, power management considerations, and the essentials of building durable and scalable IoT devices.
The text navigates through the full software development lifecycle, emphasizing the mastery of multiple firmware environments—Lua, Arduino, and ESP-IDF—coupled with professional development workflows including source control, continuous integration, and automated testing. With in-depth guidance on event-driven programming, memory optimization, and network stack customization, the book addresses the unique constraints and opportunities of embedded firmware design. Critical networking topics such as secure Wi-Fi connectivity, TCP/IP and MQTT protocol integration, over-the-air updates, and zero-configuration discovery equip readers to deploy resilient, connected devices in complex IoT environments.
Security is paramount throughout, with dedicated coverage of threat analysis, encryption, authentication, and secure boot processes. The book advances into edge computing concepts, including real-time analytics, signal processing, local storage, and even deploying edge AI models, affirming its relevance for modern applications. Industry-leading practices in cloud integration, fleet provisioning, large-scale operations, and power optimization are unpacked, culminating in real-world case studies spanning home automation, industrial monitoring, agriculture, healthcare, and smart cities. This authoritative volume is an indispensable resource for anyone seeking to deliver secure, scalable, and innovative IoT solutions with NodeMCU.
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