The past and development of technology to the present day: get a complete picture of the past and development of precision technology.

What do the terms and definitions used in precision farming mean?
We will teach you to interpret the terms/terms related to the topic, which can eliminate the farmer's vulnerability.

- machine controls/monitors
- differentiated application
- agrotechnical data collection
- economic data collection
- sensors

We will present in detail the technological elements, so you will be able to operate your available or newly acquired tools and software in a coordinated, conscious and efficient manner.

- where can it come from?
- what file formats do we know?
- what can the data be used for?
- what hardware requirements do the individual data processing software have?

Data collected from machines or from precision services used is of enormous value if it is used properly. At this point in the training, we will show the student the possibilities of utilization.

A free application of the Hungarian State Treasury.

It was created with the aim of simplifying the communication between farmers and the Treasury during the subsidies. It also aims to facilitate the management of agricultural subsidies and speed up the administration. With the help of the application, farmers can be informed directly, in real time, about their support opportunities and obligations, and can also send data to the Treasury, for example, about their land or production.

- types
- their purpose

If you don't have farm management software on your farm yet, we will show you what criteria are worth choosing. If you already have it, we will show you how you can use it to add real value to your farm.

Comprehensive analyses, in beautifully visualized charts – anonymized and validated data provided by the AgroVIR community, which can be compared with the data of our own farm.

- the role, availability and use of satellite images
- drone survey

One of the basic data is about the area, soil or stock. It gives the farmer information that he cannot see with the naked eye, but if he were aware of it, he could base his farming on a completely different basis.

Soil sampling should not be a “mandatory evil” related to subsidies. Targeted, conscious sampling reveals one of the fundamental factors of production efficiency, the soil. Knowing this, you can make appropriate decisions about ideal soil cultivation, nutrient supply or crop selection.

Provides new information about the effectiveness of the technologies used and targeted interventions, which will help the farmer in making further, correct decisions.

It is better to be afraid than to be scared!
Properly used weather and/or soil measurement sensors can not only automate irrigation, but also provide guidance for the optimal performance of individual operations.

Sensors are the basic equipment of today's modern, closed cultivation plants. They are essential for achieving labor-efficient production.

Agricultural areas and fields in our country are not homogeneous, so their cultivation cannot necessarily be the same. Different soil structure, different productivity. The fields can be managed by dividing them into different zones so that we can select the most optimal input everywhere.

As a result of zone-based farming, the selection of seeding, nutrients or pesticides is targeted, which in addition to cost savings also positively affects production efficiency.

These types of maps do not contain interpretable information for the farmer, but for the machines suitable for application, which can be loaded to implement phased application.

Without certain data or their proper processing, the precision transition will not be successful. With conscious structure, we will help the learner with this.

How to get started and how to choose the optimal schedule for the precision transition?"