Embedded developers can quickly connect their embedded systems securely to Amazon Web Services (AWS) using Amazon FreeRTOS.

Using the Raspberry Pi 3 and add-on boards, developers can rapidly create industrial automation systems able to meet small shop requirements.

A multi-sensor device and a sensor fusion library dramatically simplify development of environmental monitoring systems for health and wellness.

Implementing graphical user interfaces with Maker-compatible displays and their associated development software.

Pairing a single board computer with a cellular modem eliminates smartphone or router gateways and dramatically extends the wireless range of maker projects.

Wearables Development Platform Simplifies IoT Application Prototyping.

Using a Raspberry Pi Model B, a linear stage can be built and programmed quickly and efficiently to perform repetitive tasks. This Easy Build shows you how.

Learn how vibration monitoring with the use of highly integrated smart sensors can improve equipment reliability and longevity.

Learn about the efforts and accomplishments made in the creation of biometric sensing technology that identifies who we are.

A survey of research and frameworks on various technologies and techniques required for Industry 4.0 and Industrial IoT (IIoT) communication and security.

The use of miniaturization technologies in GPS modules to accommodate the demands of smaller, lighter devices and still offer long battery life.

Demand is growing for off-the-shelf Wi-Fi modules and components from suppliers like Murata, TI, and Microchip for prototyping of wearable medical devices.

Using solar cells to meet the power requirements of the latest single board computers such as the Raspberry Pi 3 in embedded applications without screens.