9. Utilizing Data for Revenue Generation and Expected Benefits

The collection, analysis, processing, and enhancement of agricultural data are among the most crucial factors in AgTech. Data collected within farms (such as seed, germination, growth, harvest, and internal/external environmental data) form the foundation of AgTech and enable new insights, improved predictions, and enhanced optimization.

It can provide differentiated value among producers, distributors, and consumers, leading to mutually beneficial outcomes.

Issues that may arise during transportation, such as product decay, damage, or breakage, can be reduced. It also minimizes direct and indirect costs and liability issues while ensuring the stable acquisition of product condition data against temperature, humidity, and shock, without concerns about data loss, tampering, or hacking, making it applicable anywhere, whether inland or overseas.

1. Stable Supply of Agricultural and Food Products through International Cooperation

Ensuring the supply of safe agricultural products and high-quality food, securing safety throughout the production process, promoting the development of agriculture and the food industry, achieving and maintaining self-sufficiency in adequate food and key food items.

2. Agricultural Structure Improvement and Sustainable Development in Each Country

Improvement of agricultural structure, including agricultural workforce, farming management, land ownership, profit, and distribution of agricultural products, and activation of raw material industries, can lead to stable income growth for farmers.

3. Enhancement of Public Functions in Agriculture and Rural Areas in Each Country

Improvement in people's dietary habits, development of rural areas linked with urban industries, lifestyles, and recreational spaces, as well as the preservation and inheritance of unique traditions and cultures in rural areas, can be achieved. Additionally, it can lead to the preservation of rural landscapes and local communities, enhancing the quality of life for rural residents in terms of healthcare, education, housing, and utilities.

4. Trade and International Cooperation

Strengthening international cooperation, considering the specific characteristics of the country's agriculture, rural areas, and food industry, and contributing to the international community are possible.

5. Cultivation of Agricultural Workforce

Enhancing the productivity of family farms, focusing on family labor for stable farm management, nurturing successors for farm operations, increasing skilled labor tailored to the characteristics of farms, and maintaining the stability of rural communities and rural society by fostering family labor.

6. Advancement of Agricultural Production Structure

Promoting the cultivation of industries related to agricultural inputs, facilitating mechanization, and modernization of facilities, promoting agricultural and food-related technology research and development, and fostering information and communication technology convergence in agriculture, rural areas, and the food industry. It includes conducting research, development, and dissemination of national information and communication technology standards and convergence.

In the past, important decisions such as crop selection and when to harvest were made based on traditional experience and subjective calculations. Since the introduction of agricultural data analysis, farmers can now make efficient and systematic decisions based on data. Farmers gather various information, including crop conditions, soil conditions, wind direction, wind speed, precipitation, and detailed terrain data, through data. Furthermore, with the collected data, they can propose tasks to be done on a farm-by-farm, crop-by-crop, and growth-stage-by-growth-stage basis. Additionally, they can determine the appropriate time for harvesting crops based on the collected data.