Krop AI
AI-Enabled Hydroponic Set up to Grow Exotic Plants
Agritech
·
4 min
Innovation Type:
Product
Technologies Involved:
AI and ML
Stage of Innovation:
Market-Ready / Commercialization
Market Segment:
B2C, B2B
Impact:
Environmental
Team:
1) Calvin Aranha 2) Farish Anfal
Project Stage:
Registered Startup / Entity
Project Start Year:
2021
Competition / Event Name:
Karnataka Government’s Idea2POC/Elevate/2023 grant
About
Krop AI, founded by engineers Calvin Aranha and Farish Anfal in Udupi, Karnataka, is an agritech startup that integrates artificial intelligence (AI) with hydroponic farming to cultivate exotic crops such as lettuce, basil, kale, and parsley. Their AI-driven hydroponic systems provide precise control over environmental variables, enhancing crop quality and production efficiency while significantly reducing water usage and operational costs. This innovative approach addresses challenges in traditional farming, such as dependency on soil and weather conditions, and aims to promote sustainable and profitable agricultural practices.
How it works
Krop AI's system utilizes AI to monitor and control key environmental parameters, including temperature, humidity, pH, and water conductivity, creating an optimal environment for plant growth. Their patented 3D vertical pipes facilitate space-efficient cultivation, while special spectrum lights mimic sunlight, providing the exact wavelengths required for photosynthesis. This setup enables the cultivation of crops in a controlled, soil-less environment, reducing water consumption by up to 95% compared to traditional farming methods.
Applications
Exotic Crop Cultivation: Enables the growth of high-demand exotic plants like lettuce, basil, kale, and parsley, meeting market needs for fresh produce.
Urban Farming: By leveraging AI, the robot ensures precise application of farming practices, enhancing crop yield and minimizing resource wastage.Facilitates farming in urban settings or areas with limited arable land, contributing to local food production.
Sustainable Agriculture: Reduces water usage and eliminates the need for soil, promoting environmentally friendly farming practices.
Climate-Resilient Farming: Provides a controlled environment that mitigates the impacts of climate change on crop production.
Cost Efficiency: Lowers operational costs by automating processes and reducing resource consumption, making farming more economically viable.
