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Ilkin Seyidzade, Rudnak Ildiko: General Implementation Processes of Artificial
Intelligence and Its Economic Effects in Hungary

such as. ordering, stock monitoring, etc. Of course, there are differences in the
extent to which some industries have integrated AI into their processes. Compared to
the EU average, which is 25%, the degree of industrial automation in Hungary is 31-
39%. Jobs currently have nearly 30% automation potential, but full automation is
available in 2% of occupations (Figure 3).

Figure 3: Share of tasks technically automatable within occupations

Source: Fine et al., 2018

One of the benefits of new technologies is that they can be continuously improved
while analyzing additional data. This may also be necessary for industries in
Hungary where data collection is already automated and manual analysis of large
amounts of data is essentially impossible. Drones can be used to assess the condition
of forests, effectively model fire propagation or analyze agricultural areas in detail
(vegetation index, soil moisture, ragweed spread), but drones can also help with air
traffic control, accident detection or even motion anomalies (traffic chaos, mass
panic). However, automated data collection is not enough, automated data analysis
will also be needed. OTT-ONE Plc., listed on the Budapest Stock Exchange,
responds to this challenge with its AI-based solutions, which are not only efficient
but also customizable, secure, and transparent.

It also uses an AI solution and AI application area such as vegetation monitoring,
plant identification. Currently, the detection of allergen ragweed is a serious problem
in Hungary as well, as weeds often grow in hard-to-reach or uncultivated areas. With
drones, however, these areas can be easily explored. With various sensors that can
be mounted on drones, the same AI-based analysis system is also suitable for
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