💡🏷FarmArk is an app designed for facilitation of farmers and addressing them with all the needed farming solutions for their greens to prosper and excel. 🙌

Application that use to help farmer or people who want to plant, maintain, and sell agricultural plant with an easy step to understand, reliable, and right on target

Hydroponics, a modern approach to agriculture, involves growing plants without soil. In this method, plants are suspended in water and provided with essential nutrients. The aim of this project is to build a IoT-based automated hydroponic system, which can effective in outdoor farming as well as indoor farming.

The purpose of GreatSage is to provide an automated greenhouse monitoring system.

Implementing an smart farming system design to control tempreture, light, humidity, object nearby detection

Knock the expensive ag technology down a peg

Enabling precise small-scale agriculture with hardware like servo motors, sensors, and ML for custom crop environments and ripeness detection, with potential for broader self-sustainable community applications.

Edge AI Prototype enhances sustainability via AI. Task 1 classifies recyclables (Organic and Inorganic) using MobileNetV2. Task 2 predicts crop yields with Random Forest. Task 3 analyzes AI ethics in medicine. Uses TensorFlow, Scikit-learn, Pandas, and TFLite.

Manage, discover, and grow your farm.

IoT project - a smart plant system

This is a repository of my final project which is designing a monitoring system that can help farmers to prevent fusarium wilt using IoT and fuzzy logic by monitoring 4 parameters which is Air Temperature, Air Humidity, Soil Humidity and Soil pH. For More Information contact : [email protected]

AgroAi : Grow with A intelligence

A simple Linux BLE daemon for IoT.

Innovation in agriculture productivity and gaining time (Smart irrigation system)

IoT Dashboard Website for Soil Monitoring

Harvest Sense: AI-Powered Crop Yield and Soil Quality Prediction

An automated bot for crop recommendation and plant growth optimization using sensors and machine learning algorithms