The Intel® Ultimate Coder Challenge for IoT is back with five global teams competing from 180 submissions in categories like Health Care and Retail. Follow as they bring ideas to life with the new Intel® IoT Commercial Developer Kit.
Take teams from all over the world, give them Intel® IoT technology and expert advice and let the innovating begin! See projects and other highlights of the Pasadena Challenge, which Intel co-sponsored.
Connect your IoT device with IBM* Bluemix* cloud services using Node.js* API. This article explains how to create a Bluemix application, add a MongoDB* connection and store and retrieve data.
Intel® Software Innovator Peter O’Hanlon is leveraging Intel®RealSense™ technology to create a more interactive museum experience at the Durham Light Infantry Museum, one of the UK’s many museums of war history.
HELIOS* smart headgear uses computer vision, artificial intelligence, and Intel® RealSense™ technology to assist visually impaired individuals by providing a series of accessibility features.
This tutorial shows how to use the Prediction Engine feature bundled with the SDK to create predictions based on user behaviors. The APIs in this tutorial are for Context Sensing Android* SDK developers.
After her uncle was unable to get a lifesaving kidney, 16-year-old Caroline Wambui of Nairobi and her classmates used Intel® XDK to develop an organ donor app — giving patients another chance at life.
The Stardust sample app uses the Vulkan graphics API to efficiently render a cloud of animated particles. Highlighting Vulkan’s low CPU overhead and multithreading capabilities, particles are rendered using 200,000 draw calls.
We developed this application internally to help understand the interaction between the different parameters and to aid in the discovery of the most useful parameter combinations.
Learn how to configure an egress policer Quality-of-Service (QoS) instance to guarantee performance for Data Plane Development Kit (DPDK) types on Open vSwitch* (OVS).
This code sample shows how to scan a face using an Intel®RealSense™ camera, project it onto a 3D head mesh and add features. It includes techniques to improve the quality of the final head result.
InstantGo, also known as Connected Standby, provides a new remote power management path to create a low OS power state. This tutorial provides information on how to support the InstantGo feature.
Want to protect sensitive app data/code from disclosure and modification? Learn how to use Intel® SGX enclaves, common usage scenarios and benefits and get started with the Intel® SGX SDK.