A self-sustainable wireless communication device using the kinetic power of water flow is presented.
Are you tired of wiring up your LEDs to a power source? Paying for electricity? Forget about wall outlets -- solar energy is free!
Using buttons that represent different vegetables and fruits, you can gather all pertinent information on planting,growing, and much more!
Part 1 of the series on optimizing ML shows how to do post-training quantization for the MaaXBoard OSM93
A smart device that accurately monitors and detects running faucets using a machine learning model with Nordic Thingy:53.
Save your shower water by diverting it to the toilet tank.
Music powered by the sun...and lots of it.
Made RGB Glasses entirely from FR4 PCB which is powered by an ESP12F Module.
In our communities, we get water supply once a week late at night. We sometimes spend more two weeks without water supply.
Implementation of fire detection system, using Esp32 with RIOT, building a cloud infrastructure with MQTT and AWS, and creating a website.
Monitoring Harmful Algae Blooms (HAB) that creates an unbalance in freshwater as well as marine ecosystems.
We incorporated a simple and low-cost triboelectric generator to harvest mechanical energy from peristaltic pumps, and enhance plant growth
This is a way to make a DIY USB battery for your Arduino.
Local weather station + soil moisture sensing to give you access to the most important metrics to keep your garden/greenhouse healthy.
A Modular, solar-powered Edge AI acoustic system protecting forests & oceans with sustainable, real-time monitoring.
A simple bee monitoring system that uses sensors and AI vision to facilitate bee care
Using a TTGO board and raw LoRa radio running Thor code for a quick and dirty network with a touch of "bullet time" battery management.
In this project, we will be using SensiML and QuickLogic QuickFeather to predict Solar Panel Voltage at different irradiance levels.
"Turn waste into rewards! Our reverse vending machine gives you instant rewards on giving waste. Save the planet, earn rewards!"
Revised Version of my previous Solar Bank Project. The solar bank is for powering Arduino or other 5V Operated things.
A tool is needed to capture and analyze the wildlife species with minimum effort required by researchers, scientist, rangers or others.
Automated water quality measurement systems provides cheaper, reliable scalable and easier to deploy alternatives to quality monitoring.
Use water efficiently with SensiML and QuickLogic
Our project minimises manual labour, create solutions to reduce infestation of weeds/pests in crops and predicts harsh weather conditions.
