AGRIOTEC it’s working to bridge the technological gap between farmers ‎and modern technological systems, and developing sector agricultural,‏ working in this project ‎to solve problems of the excessive use of chemical pesticides, ‎agricultural fertilizers, excessive water use, groundwater depletion, lack of agricultural ‎land, and lack of water finally, the problem of ignorance and lack of awareness among many ‎farmers about the use of technology in agriculture and its importance, diseases, and epidemics ‎spread among plants and the inability to control and follow-up.
Harnessing Smart energy through the AGRIOTEC System is a Package of Software controlled ‎instrument which collects smart data performance and some data process and transmits this data for ‎further processing this instrument include (Salinity, Temperature, Humidity, Soil Moisture) data is ‎collected from the agricultural greenhouse periodically.‎
When a command is issued to transmit the greenhouse data to the (controller station) in the ‎greenhouse then summarizes and analyzes the data then transfers the summarized information to ‎the application with the farmer about all greenhouse operation orders Through the Agricultural season, In This link simulation work AGRIOTEC Project.
AGRIOTEC is a precision technology system that provides an effective solution for safe agricultural production, and monitoring of chemicals & pesticides, focusing on greenhouse farmers. AGRIOTEC tackles the random consumption issue of agricultural resources by providing customized guidance and directions to farmers, in addition to a centralized monitoring system, to increase their yield and decrease production costs. Its system adopts machine learning methods that support the farmer’s performance within the agricultural activities and will help increase the production of the crops and reduce costs.

http://agriotec.com/en

• Africa
• Asia and Pacific
• Western Europe and North America

• Youth
• The poor
• Remote and rural communities
• NGOs and INGOs working in Agricultural around the world.

1. Providing continuous agriculture extension related to the greenhouses' productivity, the physiological state of the plants and the
adaptation with the climate change inside the greenhouses using electronic systems.
2. Empowering the technological applications in the agricultural sector.
3. Predicting the pathology and use pesticide to be combated.
4. Adjusting irrigation, fertilizer and pesticide consumption in the greenhouse.
5. Increasing the productivity and the economic return of the agricultural greenhouse.
6. Systematic consumption of pesticides, water and fertilization.
7. Gradually move to organic agriculture within the greenhouse.
8. Enhancing the programming processes periodically to monitor changes and adopting crisis measures to reduce the incidence of
diseases in agricultural greenhouse.
9. Having a safe agriculture and maximizing the production efficiency in the quantity and quality using electronic systems.
10. Inventing new integrated technology that simulates the environmental phenomena of the agricultural greenhouses in the Middle
East.
11. Inventing new integrated technology to organize the pesticides, water and fertilizer consumption

1. Promoting the use of technological applications within the agricultural greenhouse in the Middle East. 2. Reduce the volume of loss from sources and optimize their use in agricultural practices within the greenhouse. 3. Pest resistance and plant service in an optimal manner that preserves the environment, natural resources and high income of the farm.