Date  ㅣ  2019.09.01 ~ 2023.12.31

Introduction  ㅣ

Due to climate change, increasing population causing food and water shortages, and changes in dietary habits, 

improving agricultural competitiveness and ensuring food security have become crucial. 

We aim to develop an AI-based integrated platform software to rapidly explore optimal cultivation conditions 

for natural materials applicable in the food, medicine, and cosmetics industries through smart plant factories, 

with the goal of industrializing raw material production. 

Contents  ㅣ 

1) Artificial Intelligence Plant Factory Integrated Platform Technology Development

2) Data collection and optimal cultivation conditions for AI modeling of natural material model crops 

such as Baechohyang, kale targets

3) Application of artificial intelligence integration platform for new material crops and 

derivation of optimal growth and cultivation methods

Product Application and Industrialization of Natural Products Produced by Artificial Intelligence Plant Factory 

Date  ㅣ  2019.09.01 ~ 2023.12.31

Introduction  ㅣ

Due to climate change, increasing population causing food and water shortages, and changes in dietary habits, 

improving agricultural competitiveness and ensuring food security have become crucial. 

We aim to develop an AI-based integrated platform software to rapidly explore optimal cultivation conditions 

for natural materials applicable in the food, medicine, and cosmetics industries through smart plant factories, 

with the goal of industrializing raw material production. 

Contents  ㅣ 

1)  Development of an AI-Based Integrated Platform for Identifying Optimal Cultivation Conditions in Plant Factories 

2)  Enhancing GRN-Based Environmental Control Models for Strategic Crops