Control your Arduino/Genuino 101 wirelessly from your smart phone using the onboard Bluetooth Low Energy chip.

Tracks compass heading, altitude, temperature, pressure, humidity, time, travel distance and GPS location during a hike.

Learn how to gain remote control of your DIY constructions with the easy to use Blynk interface.

Teaches you how to use the Stepper motor and driver in the Arduino Grove Starter Kit.

Build a beautiful Holiday Shadow Theater and control the animated scene with your phone.

Light show synchronized to music? Automatic lighting? Earthquake analysis? Just use a Curie!

Intel Arduino 101-based tank using Bluetooth Low Energy to communicate with a Blynk remote control on your phone.

Learn how to submit your Arduino-based project. It may even get featured on the Arduino social channels!

A short article about testing MikroElektronika Ambient 2 click board on the Arduino 101 microcontroller.

Build a sensor node using Arduino/Genuino 101 which integrated with openHAB 2, which you can build a smart home control system in no time.

Able to point in a specific direction or turn by degrees, this motor is a staple in home automation and robotics.

Measure pours from specific taps, track the most popular taps and identify when taps are most active.

Adapt your home automation project from our March 2017 workshop to be controlled through BLE using the Blynk app on your phone.

Teaches you how to use the LCD display in the Arduino Grove Starter Kit.

A voice controlled prototype home automation system using Arduino/Genuino101 and Mobile Web Bluetooth API remix 'Lend Me Your Ears' project.

Use voice command to turn LED on or off.

Create your Larson (Cylon or Kit Car) Scanner, controlled by BLE with the Arduino 101, made with Hackster Box

This is a simple Intel Curie BLE discovery example. We will scan for Tile device. Based on RSSI we will change the color on WS2811 LEDs.

This post will demonstrate how to configure Arduino/Genuino 101 for the first time and blink a LED.

DIY real-time footsteps counter using an Arduino to show the number of steps taken per day on your smartphone.

Analyse concrete, metal, wood structures for bends and angles and alerts if they have deviated from the original position.