Cassandra Group: Project of an akvaponny farm

2019: Announcement of the project of an akvaponny farm

On August 7, 2019 the Kassandra Group company reported that it created the project of an akvaponny farm with elements of augmented reality.

According to the company, the project is implemented in available playful way which includes the training mobile application, objects of additional reality and the mechanical device imitating behavior of fishes. All this allows to model different situations within educational process: pupils can select three types of fish and a plant which they will manage - a sterlet and a basil, a carp and salad or a tilapia and tomatoes and also cultivation type – in pipes, on foam rafts, or in haydite. If the wrong, incompatible type with cultivation is selected, then mobile application will not allow to begin a game and will give an error message with explanations. Commands should pass several tasks of different complexity, on their accomplishment a certain amount of time from 3 to 5 minutes is given. In process of a game of a plant grow, or if pupils do not cope, fade and perish. All this is reflected in the screen by means of animation and the mode of augmented reality.

It is planned that the project of an akvaponny farm will find the main application in kvantoriuma with further universal use at schools – for example, at biology lessons. Creators place a particular emphasis on the fact that it will allow to involve|future entrants school students, pupils of high school, ssuz in work in agriculture and its promoting.

For the most accurate and exact reconstruction of an akvaponny system foreign practice was used: specialists of Kassandra Group company visited similar farms in China where this direction is developed most actively and it is possible to meet similar constructions even on roofs of skyscrapers. Detailed studying not only mechanisms of work of a farm, but also its major components was carried out: oxygen, the Ph level and other chemical elements of water for normal development and growth of fish and certain nutritious elements for cultivation of plants. The methodology was also from scratch developed and the mathematical model by 9 types of different scenarios of different falsehood in which each indicator in a system is interconnected with with each other is written. So, for example, if the pupil raises oxygen level, then the level of a carbon dioxide gas, etc. will fall. Different indicators of all units are "live" and completely imitate a working industrial farm.

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