A fully automated box with the sensors, switches, camera, and Messenger bot for growing lettuce.
Monitor soil moisture accurately in real-time, anytime from anywhere, for optimal irrigation scheduling.
Helping aquaponic classes by measuring CO2, light, temperature, and humidity, when all 4 are in prime range, our led will light up.
I wet my plants! Actually they wet themselves when they are thirsty, how convenient is that?!
Smart Farming System: Implement automated irrigation & ventilation systems based on the sensor data to optimize crop growth & productivity.
Vertical automated in home farming.
This project creates a Walabot consumables monitoring system accessible via Alexa ecosystem used by businesses and households alike.
The monitoring system can help identify hotspots and provide data to study the effect of different parameters on the emission of GHGs.
Measuring the volumetric content of water inside the soil and giving moisture level as the output.
An irrigation system intended for a greenhouse.
With climate change and water scarcity we will monitor farms Temperature, humidity, CO2 emissions
An auto irrigation for crops with environment monitoring and a pest control system
Vertical farming + drones = increased crop yields! Drones inspect plants in unreachable areas.
Experience farming anywhere with SFIM! You can check and cultivate your actual farm on Roblox!
Local weather station + soil moisture sensing to give you access to the most important metrics to keep your garden/greenhouse healthy.
A simple bee monitoring system that uses sensors and AI vision to facilitate bee care
Our project is created to reduce the workload of farmers by having a machine to feed the animals like cows and sheep.
We're using a ground sensors, drones, mobile data, and AI to understand tree health and socio-ecological parameters in urban green spaces.
A Wi-Fi Cow Collar that measures the daily movements of a cow and determine its usual temperature, movements and feeding time.
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.
The fundamental understanding and significance of developing an Agrovoltaic monitoring system for smart agriculture.
An automated animal feeder that will make feeding farm animals more convenient for farmers
We aim to develop a smart, cost-effective aquaponics system that grows diverse crops sustainably with smart automation and monitoring.
Its a smart controller for urban farming
