My aim is to minimize the loss of electricity there is when people forget to switch off their fans or lights, through smart home solution.

Know when your clothes are dry

How to make a smart greenhouse using Arduino and Node MCU for IoT

Use Tracer MPPT (and others) controller's RS485 data link to generate cool statistics live on your phone.

Cloud connected, fully automated, smart indoor herb harvesting using Seeed Studio's Wio Terminal and Blynk app.

Gutters to Gardens is a solar powered rain barrel for remotely or automatically activating a water distribution system for home garden beds.

A complete functional unit for monitoring and controlling the internal environmental conditions of a greenhouse (with code and schematics).

Monitor real power, voltage, current and power factor using the Sparkfun Blynk board and view live graphs in the Blynk App.

Solar installation with lithium battery packs monitoring.

Whole house energy monitor that monitors a split phase 120/240 service and publishes to blynk.

An easy to user experiment toolkit for the classroom to measure temperature and humidity and observe from your smartphone.

The idea is to basically monitor our rooms continuously and if no one is present in the room, the system will turn off the lights and fans.

Measurement of Soil Moisture Levels with an automatic Irrigation System integrated in Blynk IOT

Fun activity for kids - let's learn how IoT can contribute to energy efficiency of a house!

The Plant Observatory of Weather Adaptability for Resilience is a DIY, Low-Cost, climate simulator, to grow food nowadays in future weather.

This idea aims to provide a solution to generate early warnings that allow timely reaction to disasters due to floods or avalanches.

Domotic unit to control temperature, humidity and time inside a greenhouse.

A simple bee monitoring system that uses sensors and AI vision to facilitate bee care

Fun way to introduce kids to circuitry and electronic prototyping and to explain them importance of energy saving!