Explore detailed concepts of programming IoT applications using Arduino language and Arduino IDE. During this course, you will begin by examining Arduino device components, such as the voltage regulator, connection pins, crystal oscillator, microcontroller, and reset button. Then you will observe how to install and view the Arduino integrated development environment (IDE). Next, you will learn how to connect Arduino to Raspberry Pi. Other topics in the course include an introduction to Arduino language fundamentals and program examples; how to identify essential Arduino pin connections and their functions and how to set up Arduino serial communication. Finally, as a review exercise, you will connect an Arduino board to a computer, write and compile code, and upload code to the Arduino board.

Discover the advanced capabilities of the Internet of Things (IoT) on the cloud. This course shows you how to configure messaging to relay data to and from Azure, stream analytics on IoT Hub, remotely diagnose and update IoT devices, implement live monitoring of incoming data, and manage devices via Node.js. See how to construct Azure Stream Analytics jobs and to configure and use the Azure IoT online simulator. Identify IoT sensor types for temperature, proximity, pressure, water quality, chemicals, level, and infrared light. As review exercise, you will configure storage, create a job, and create an alert for IoT Hub.

What is possible when the Internet of Things (IoT) includes cloud computing? This course explores IoT and the cloud. It examines the architecture, capabilities, and features of Amazon Web Services (AWS) IoT, Microsoft Azure IoT, and IoT Hub. See how to create IoT Hub services, and how to implement serial communication between Pi and Arduino. Also see how to configure IoT Hub to register and track devices. As a review exercise, you will create an IoT Hub, define an endpoint, and apply a filter rule to permit IP ranges for connectivity.

The Internet of Things integrates a large number of technologies and promises unprecedented awareness of environments and processes. Discover the software and operating systems available to implement it, including vehicles and wearables.

The Internet of Things integrates a large number of technologies that allow granular control and automation of tasks. Explore the basics of programming this hardware, including Galileo, ESP8266, MinnowBoard, and BeagleBone.

The Internet of Things integrates a large number of technologies and allows granular control and automation of tasks. Explore Arduino and Raspberry Pi and their features.

The Internet of Things integrates a large number of technologies and allows granular control and automation of tasks. Discover the features and abilities of the Internet of Things, including applications, protocols, and security concerns.

Discover how to build advanced IoT applications with Raspberry Pi and its general-purpose input/output (GPIO) connections. In this course, you will study Raspberry GPIO and its essential characteristics. Learn how to use Raspi-config to configure Pi, manage Pi users, enable Wi-Fi device connectivity, setup remote access, and run GPIO features through Python code. Identify Raspberry GPIO challenges. As a review exercise, you will create a user, setup raspi-config, enable a camera, and discover Wi-Fi network connections.

Raspberry Pi and Arduino can be used separately or together on different projects. In this course, you will explore key Raspberry Pi architecture features and components. Compare Raspberry Pi and Arduino features, such as Wi-Fi capability, Bluetooth support, speed, and I/O connections. Study historical security threat scenarios, such as how a major retailer had its payment system hardware hacked. Learn how to install and work with Raspberry Pi and the Open Source Computer Vision Library (OpenCV). As a review exercise, you will discover the SSID and key of a Wi-Fi network, launch a Bluetooth controller, and set a device to discoverable mode.