Arduino has certainly made its mark in the world of DIY electronics, providing an accessible platform for a wide range of creative and interactive projects. Known for its user-friendly hardware and ...

On a miniature roadway made of cardboard and tape, a small grid of LED lights flickers from red to green. It looks like a toy, but for Yash Javhare—who is in his Second Year of Diploma in AI & Machine ...

Persistent low rainfall and rising temperatures in Peki and its neighbouring communities are taking a toll on agriculture, leaving farmlands parched and increasingly difficult to cultivate, ...

Monitoring soil moisture is an essential aspect of comprehending the functioning of terrestrial ecosystems. However, the cost of commercial sensors often challenges their acquisition. In response to ...

The PlantGPT prototype is currently being tested on houseplants while the team continues refining the system’s capabilities. Joy Rutledge and Temple Dees are working at Spelman College’s Arthur M.

Abstract: This paper presents the development of a soil moisture monitoring system using an Arduino Uno microcontroller for real-time soil moisture feedback. The system is designed for agricultural, ...

This is a capacitive soil moisture sensor which runs with a standalone ATmega328P and utilizes the MySensors framework. It can however be adapted to any other framework that uses 2.4 GHz radio ...

Over the last decade, the open-source movement has not only transformed the world of software, but also catalyzed a sweeping revolution in hardware tinkering. At the heart of this shift lies a ...

Sensors now play a pivotal role in how environmental changes are perceived, monitored, and addressed. These smart devices capture real-world inputs—temperature, humidity, pressure, moisture—and ...

Here’s the thing about coding. When you’re working on embedded projects, it’s quite easy to run into hardware limitations, and quite suddenly, too. You find yourself desperately trying to find a way ...