ARTIK cloud-based smart parking system.

An Alexa enabled door lock with face recognition and remote control.

We love electronic and plants, so we created a hydroponic system during the "Robotics in Family" activity at the Juan de Lanuza School.

An Arduino Uno autopilot drone with multiple sensors and a wireless camera controlled by two microcontrollers.

Use the program to manage your ESP module with simple commands. This will allow you to access the Internet for any Arduino product.

Calculates the position of the sun relative to the trackers position on the earth and points the array at the sun.

A complete DIY weather station that submits its data to the "THINGSPEAK" website, where it can be viewed from any browser.

Building on and up! Using the lessons learned from the first tracker computer, we combine a bit of everything in this code.

Sonar + radar = Sodar. It eliminates camera at private places without compromising surveillance.

Not only this project has all the Smart Home features but it also includes MYO gesture control, allowing control of lights with your arm.

A robotic arm which can pick an object from any random location.

Change the way you operate your garage!

Do you oversleep often, or can’t you get out of your bed? Our MultiFunctional Clock solves this problem.

Allows students, educators, and hobbyists to learn about biomedicine by monitoring heart rate, temperature, and other physiological metrics.

Spending $1,000 on suspension repairs because the city failed to fix the potholes? This project makes sure that never happens again.

Emergency services First On Scene Drone for collecting vital information prior to arrival of response team

This project utilizes a combination of RFID, Load Cell Sensors, and connectivity through Arduino and Echo for an Amazon Based Smart Pantry.

This project, known as Biotronics, was conceptualized to create synthetic species that are alive, aware, and conscious based on I.M.

This project introduces a functional extruder at a reasonable price, which can be affordable to the fablab community and others.

This device uses 4 servo-driven wheels to slide forwards, backwards, left, right, and turn. Currently under serial or Bluetooth control.

IoT-based project to control an indoor garden, monitor them remotely, and use the data for future analysis.

Our mission with nature is to preserve it, designing and implementing technologies and monitoring methods with the help of IoT via Helium.

Unlimited MIDI channels, XY plotter, faders, buttons, and settings. Also visual support with OLED display!

eNVIRO is an advanced weather station with remote sensor.