Real time plant monitoring system to view temperature, light exposure and moisture.

An easy-to-build and low-cost water quality monitor.

Automated environment for reptiles to promote good husbandry and enable maximum lifespan for animals in captivity.

Monitor your plants and let them water themselves when they are thirsty.

An internet-connected, easy to use PCR Thermocycler designed by high schoolers, for high schoolers.

Use Arduino MKR1000 and a LCD to set the message of the day.

A complex and easy to use IoT solution to monitor heart rate.

Send status messages of your MKR1000 via Pushover service to your mobile phone, etc.

You can control your MKR1000 remotely with a RESTFUL interface.

We present you the radar we created in the MicroLab lab. This radar uses 2 ultrasonic sensors and 1 motor moving continuously 360 degrees.

A project utilizing the mkr1000 and 960 ws2812b to display a picture on the wall, you take a photo with the smartphone and you can see it!

Controlling a robotic arm to pick up and drop objects is difficult enough, without IoT it would be near impossible to do this remotely.

Automated environment for reptiles to promote good husbandry and enable maximum lifespan for animals in captivity.

Smart cloud-based vehicle OBD-II diagnostics logging and analysis using Azure IoTHub, Stream Analytics, and Machine Learning.

A wifi-connected high-precision camera slider, controllable from any web browser. Easily capture smooth sliding video shots or time lapses.

When you have a 'real' Christmas tree, it is important to keep it watered. This project monitors the water level and emails alerts.

A stepper motor shakes a limb to frighten away birds and squirrels. It is under the control of the MKR1000.

"ADAFRUIT IO" makes IoT for everyone. Here we publish the data from a photo-resistor and a simulated GPS.

Remotely we control our home with MKR1000 and IOT of Blynk. We can manage the boiler, the 'anti-theft irrigation, open the Automatic Gate.

ObdiiUartMkrShield is a socket board for Arduino MKR board to talk with vehicles through ODB-II interface.

This project consists of a small robot controlled via WiFi using an Arduino MKR1000, MKR2UNO Shield Adapter and Arduino Motor Shield!

Best in Class Arduino MKR1000 Controller.

Create a rs232 to WiFi bridge and extend the control panel to an app on a phone to allow status monitoring and adjustment.

This project will allow you to control someone through the internet using the MKR1000 and Electric Muscle Stimulation also known as EMS.