"HANNONG S.F"

A.I SMART FARM


The sixth industrial core is to create industry based on cutting-edge agricultural technology.

Breaking through the limitation of existing agricultural technology to develop into technology-intensive industry by using Internet of things and artificial intelligence technology

The changes of world climate also caused bad effects on South Korea  

This is the reason why artificial farming method with flexible technology is more concerned than natural farming method.

The haze and temperature rise changed the original cultivation technology.


Many developed countries sounded a note of warning for that and trying to come up with countermeasures.

The Internet of things and artificial intelligence are core technologies in research scheme.

The best environment for crop growth created by various sensors is the technology of judgment and maintenance management by artificial intelligence.

It could be used for indoor farming, thus urban agriculture was pioneered.


Such kind of technology can also move into oversea market. As a membership country of OECD, South Korea should participate in official development assistance (ODA).

To contribute to the economic social development of developing countries to some extent.

With such an environment, it is of great importance to assist developing countries in technology intensive and advanced farming methods to ensure future food resources.

Toward this end, we will work closely with overseas developing countries associated with the Hannong Smart Farm to promote this cause through the Ministry of Foreign Affairs.


The sixth industrial core is to create industry based on cutting-edge agricultural technology.

Breaking through the limitation of existing agricultural technology to develop into technology-intensive industry by using Internet of things and artificial intelligence technology

The changes of world climate also caused bad effects on South Korea  

This is the reason why artificial farming method with flexible technology is more concerned than natural farming method.

The haze and temperature rise changed the original cultivation technology.


Many developed countries sounded a note of warning for that and trying to come up with countermeasures.

The Internet of things and artificial intelligence are core technologies in research scheme.

The best environment for crop growth created by various sensors is the technology of judgment and maintenance management by artificial intelligence.

It could be used for indoor farming, thus urban agriculture was pioneered.


Such kind of technology can also move into oversea market. As a membership country of OECD, South Korea should participate in official development assistance (ODA).

To contribute to the economic social development of developing countries to some extent.

With such an environment, it is of great importance to assist developing countries in technology intensive and advanced farming methods to ensure future food resources.

Toward this end, we will work closely with overseas developing countries associated with the Hannong Smart Farm to promote this cause through the Ministry of Foreign Affairs.



The construction of Smart Farm Factory System


For crop cultivation optimization, diversified sensors are applied to collect data.

After confirming the soil information, temperature, humidity, nutrition information, camera and other crop status, the confirmed data and external meteorological data will be transferred to the central cloud.

The transmitted data starts the automatic environmental operation system through the integrated controller to analyze the integrated information and maintain the best state.

Which can be controlled via remote monitoring.


In order to grow more efficient crops, Hannong Smart Farm uses its own solutions and the communication technology of communication company, which is in process of research by now.

Moreover, such kind of solution has been applied to large-scale farming as well as small-scale farming. It can also be realized in house.

In the way, the house environment can be constructed in which crops can be directly cultivated, harvested and eaten.



The construction of Smart Farm Factory System

For crop cultivation optimization, diversified sensors are applied to collect data.

After confirming the soil information, temperature, humidity, nutrition information, camera and other crop status, the confirmed data and external meteorological data will be transferred to the central cloud.

The transmitted data starts the automatic environmental operation system through the integrated controller to analyze the integrated information and maintain the best state.

Which can be controlled via remote monitoring.


In order to grow more efficient crops, Hannong Smart Farm uses its own solutions and the communication technology of communication company, which is in process of research by now.

Moreover, such kind of solution has been applied to large-scale farming as well as small-scale farming. It can also be realized in house.

In the way, the house environment can be constructed in which crops can be directly cultivated, harvested and eaten.

"HANNONG S.F"

Artificial Intelligence (AI) Agricultural Technology


· Agricultural artificial intelligence  #1

Firstly, AI can automatically handle the work of farmers


Taking tomato farmer as an example, farmers on tomato farm determine harvest time, judge whether they are infected with pests, and identify and harvest ripe tomatoes one by one.


AI can take the place of such repeated and very hard work.

 

 Agricultural artificial intelligence #2 ·

Secondly, AI can analyze the climate change and automatically manage grain production


Climate change affecting food production is analyzed and modeled to prevent pests or disasters in advance.


In a year, if there is too much supply of specific agricultural product, the value of that agricultural product will decline. Mastering the seeding plan of other farms in advance to cut down production or adjust planting season according to the information we have got. It can regulate to prevent the harvest of agricultural products sold at low prices.

· Agricultural artificial intelligence

Thirdly, AI can realize smart farm through efficient agricultural system


Agricultural system efficiency can be achieved by using powerful artificial intelligence and big data technology.


For example, about 120 variables, real time reflection of temperature and power data, fan adjustment, cooling system and the windows, so that to save 40% of the energy consumption of smart farm facilities.


 

 Agricultural artificial intelligence #4 ·

Fourthly, to boost yield, AI robot that optimizes all conditions.


Combined with mechanical operation technology and automatic driving technology, the robot can move between crops and measure the state of crops via sensors and cameras.


Through observing the growth rate of crops, leaves color and other factors, TerraSentia acknowledges the growth status of plant and distinguishes between good and bad plants.


collecting and analyzing a variety of crop data, recognizing the demand conditions of each plant, and grasping the status of plants. Robots can catch crop diseases early and detect pests to prevent them.


The order of robot makes the crops grow to the best condition.

"HANNONG S.F"

Breeding & Seedling Testing Division


Breeding & Seedling Testing

The International Seed Testing Association (ISTA) has standardized work on all seeds.
Through the agreement, 71 countries are currently participating in the project by making rules to recognize

the property rights of seeds and carry out projects.
In line with the rules of the International Seed Testing Association, Korea is also recognizing intellectual property and

exploring new markets through seed registration.
At this time, a new breed of seed, which is considered intellectual property, was adopted to provide protection and application for new breeds.
I will do my best to help many people through this project.

Among the cross-grain crops, he bred crops with excellent pharmacological effects (anti-cancer and anthocyanin).
Research on new substances using the pharmacological effects of chrysanthemum and crop culture to improve their function.
Increased texture and sugar content among gourds and crops and endemic crop breeding from roots.
Lycopene, beta-carotene, and amino acids, routines, proteins, sugars, ash, calcium, iron, phosphorus, which are rich in antioxidants.
Vitamin A, Vitamin B1, Vitamin B2, Vitamin C, Dietary fiber, etc. We are researching and breeding functional healing plants rich in vitamin C, etc.
Development of highly functional new materials to improve soil function, soil salts, and insect pests from soil softening disorders,
A crop study is under way to improve the taste and dignity of eggplant and crops.


"HANNONG S.F"

Quarterly Roadmap



hanong sf co., ltd.

a registration number.: 112-81-55087

address. 

[Headquarters] 217, Jongun-ro, Sanoe-myeon, Jeongeup-si, Jeollabuk-do

[Gyeonggi] 8th floor, 191, Dongbaek Jungang-ro, Giheung-gu, Yongin-si, Gyeonggi-do Tel. +82-31-673-3391 | E-mail. mediplusc@nate.com

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