The project "IoT-Based Automated Hydroponic System" aims to develop a modern and sustainable approach to hydroponic farming that maximizes efficiency by using technology to monitor and control growth conditions, reducing resource consumption, and enabling users to make data-driven decisions for better crop management.

Explore our repository for an innovative impact response system designed to enhance athlete safety and performance. Our technology utilizes advanced sensors and algorithms to measure and analyze impact forces in real time, revolutionizing athlete safety across various sports.

Smart Meeting Automaton is a revolutionary idea of controlling devices automatically within a meeting room. In most of our day-to-day life, we have experienced that air conditioners, projectors are working unnecessarily even without a presence of a meeting and sometimes those devices should be controlled with a human involvement using several ty…

A beehive monitoring system using high quality camera and some sensors to detect bee absconding.