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Cover of Node.js for Embedded Systems

Node.js for Embedded Systems

Written by Patrick Mulder,Kelsey Breseman

1.01 rating

268 pages, about 5 hours of reading

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About this book

How can we build bridges from the digital world of the Internet to the analog world that surrounds us? By bringing accessibility to embedded components such as sensors and microcontrollers, JavaScript and Node.js might shape the world of physical computing as they did for web browsers. This practical guide shows hardware and software engineers, makers, and web developers how to talk in JavaScript with a variety of hardware platforms. Authors Patrick Mulder and Kelsey Breseman also delve into the basics of microcontrollers, single-board computers, and other hardware components. Use JavaScript to program microcontrollers with Arduino and Espruino Prototype IoT devices with the Tessel 2 development platform Learn about electronic input and output components, including sensors Connect microcontrollers to the Internet with the Particle Photon toolchain Run Node.js on single-board computers such as Raspberry Pi and Intel Edison Talk to embedded devices with Node.js libraries such as Johnny-Five, and remotely control the devices with Bluetooth Use MQTT as a message broker to connect devices across networks Explore ways to use robots as building blocks for shared experiences

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Reading guide

Themes, characters and key ideas in Node.js for Embedded Systems, written by Chaptra AI.

  • about 20 hours
  • intermediate
  • instructive
  • practical
  • innovative

Node.js for Embedded Systems is a practical guide that bridges the gap between web development technologies and the physical world of hardware. It comprehensively demonstrates how JavaScript and Node.js can be leveraged to program microcontrollers, prototype IoT devices, and interact with sensors and single-board computers. The book caters to a broad audience, including hardware engineers, software developers, and makers, providing a pathway to control and connect embedded systems using familiar web-centric tools. Authors Mulder and Breseman offer a hands-on approach, delving into various platforms like Arduino, Espruino, Tessel 2, Raspberry Pi, and Particle Photon, alongside crucial libraries such as Johnny-Five and communication protocols like MQTT.

How can we build bridges from the digital world of the Internet to the analog world that surrounds us?

Key themes

Accessibility of Hardware
The book's core premise is to make physical computing more accessible to a broader audience, particularly web developers, by leveraging the familiarity and power of JavaScript and Node.js. It aims to lower the barrier to entry for interacting with microcontrollers and other embedded components.
IoT Prototyping and Development
A significant focus of the book is on enabling rapid prototyping and development of Internet of Things devices. It provides practical guidance on connecting various hardware platforms to the internet and building connected applications.
Bridging Digital and Analog Worlds
This theme explores the fundamental challenge and opportunity of translating digital instructions and data into physical actions and sensory inputs. The book demonstrates how Node.js acts as the interpreter between these two realms.

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What are the primary advantages and disadvantages of using Node.js/JavaScript compared to traditional embedded programming languages (like C/C++) for physical computing projects?

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