Getting Started With The Iot

This hands-on introductory guide will quickly show how to program embedded devices using the .NET Micro Framework and the Netduino Plus board, and then connect these devices to the Internet using Pachube, a cloud platform for sharing real-time sensor data.

The term "Internet of Things development" is used to describe the process of developing, deploying, and maintaining IoT systems. The process includes setting up the configurations and writing the code for an IoT solution's software and hardware components. The disciplines of security, hardware device programming, cloud programming, systems engineering, networking, and many more may intersect with the development of the Internet of Things. To effectively build and manage IoT solutions, developers must work closely with a wide range of specialists working under the IoT development umbrella and with the other stakeholders. High-quality, resilient, user-friendly, scalable, and secure IoT solutions are essential. However, there are difficulties in developing the Internet of Things. Cybercriminals may target a far larger number of devices in an IoT network. A single compromised IoT device might leave the whole network vulnerable. The rising number of cyberattacks demonstrates the critical need to protect the Internet of Things. IoT networks are vulnerable due to the absence of reliable security measures for the IoT platforms, unprotected interfaces, including unencrypted data transfer between connected devices.

The Intel Galileo board is the first in a family of Arduino-certified development and prototyping boards based on Intel architecture. Intel provides Intel IoT Developer Kit which you can build and deploy application on top of Intel Galileo board. This book helps you getting started with Intel IoT and Intel Galileo. The following is a list of highlight topics: * Preparing Development Environment * Working with Arduino IDE Software * Accessing Internal Linux OS * Connecting to Internet Network * Yocto Embedded Linux-based OS * Intel Galileo I/O Programming from Yocto Linux. It covers topics about GPIO, UART, SPI and I2C * Working with XBee IEEE 802.15.4 Code samples are be provided as illustration with written in Python, C and Node.js.

This book helps you to get started with Windows 10 IoT Core for Raspberry Pi 3 board. The following is highlight topic of this book: * Introduction to Raspberry Pi 3 and Windows 10 * Deploying Windows IoT Core on Raspberry Pi 3 * Running and Configuring Windows 10 IoT Core * Hello World - LED Blinking * Raspberry Pi GPIO Programming * Working with I2C/TWI Protocol * Working with SPI Protocol * Working with UART

If you have experiences in Arduino development using Sketch program, your Sketch program can run on Raspberry Pi 2 with Windows 10 IoT Core. This book helps you get started with Arduino Wiring development using Visual Studio 2015. The following is highlight topics in this book: * Setting Up Development Environment * Digital I/O * Serial Communication * Analog I/O * Working with I2C/TWI Protocol * Working with SPI Protocol

This novel textbook introduces Enterprise Internet of Things from technology, management and business perspectives, carefully examining enterprise environments through the lens of modernization with the Internet of Things (IoT). It also includes detailed case studies to offer meaningful insights for readers from various disciplines and areas. The book analyzes the ways in which the technology could contribute to the enterprise world in terms of revenue and new business models, and addresses the strategies and principles involved in developing IoT solutions with software engineering practices such as DevOps and Micro services architecture principles. By doing so, it offers readers a clear overview of the power of Internet of Things in building next generation enterprise use cases. The book enables readers to understand the latest opportunities to create new business models in enterprises using the unprecedented level of device connectivity, and the wealth of data generated and information exchange among these devices. As such, it appeals to various user groups, such as engineers trying to solve problems in their own domains using Enterprise IoT, academics interested in gaining a better understanding of applications of IoT in large-scale enterprises, and researchers wanting to contribute to the ever-growing and complex area of IoT.

Getting Started for Internet of Things with Launch Pad and ESP8266 provides a platform to get started with the Ti launch pad and IoT modules for Internet of Things applications. The book provides the basic knowledge of Ti launch Pad and ESP8266 based customized modules with their interfacing, along with the programming.The book discusses the application of Internet of Things in different areas. Several examples for rapid prototyping are included, this to make the readers understand the concept of IoT.The book comprises of twenty-seven chapters, which are divided into four sections and which focus on the design of various independent prototypes. Section-A gives a brief introduction to Ti launch pad (MSP430) and Internet of Things platforms like GPRS, NodeMCU and NuttyFi (ESP8266 customized board), and it shows steps to program these boards. Examples on how to interface these boards with display units, analog sensors, digital sensors and actuators are also included, this to make reader comfortable with the platforms. Section-B discusses the communication modes to relay the data like serial out, PWM and I2C. Section-C explores the IoT data loggers and shows certain steps to design and interact with the servers. Section-D includes few IoT based case studies in various fields. This book is based on the practical experience of the authors while undergoing projects with students and partners from various industries.

This book is designed for anyone who learns how to get started with MicroPython development for Raspberry Pi Pico. The book covers Raspberry Pi Pico with Python. The following is a list of highlight topics: * Preparing Development Environment * Setting Up MicroPython * GPIO Programming * PWM and Analog Input * Working with I2C * Working with UART * Working with SPI * Working with Temperature and humidity (DHT Module) * Building IoT Application over WiFi * Reading Sensors on Raspberry Pi Pico from Android over Bluetooth * Working with OLED I2C Display * Working with File System * Working with GPS U-blox Module