INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 43
EFFECTIVE USE OF ARTIFICIAL INTELLIGENCE TECHNOLOGIES IN THE
DEVELOPMENT OF INNOVATIVE INFRASTRUCTURE IN REGIONS
Salayeva Lobar Ulug‘bek kizi
Urgench State University named after Abu Rayhon Beruniy,
Department of Business and Management, Teacher
Abstract:
This article presents the issues of the necessity, importance, specific features and
effective use of artificial intelligence technologies in the formation of innovative infrastructures
in regions. It also substantiates the possibility of applying proposals and recommendations on
the effective use of artificial intelligence technologies in the formation of innovative
infrastructures in regions.
Key words:
Region, infrastructure, innovative infrastructure, artificial intelligence, artificial
intelligence technologies, innovation.
Today, artificial intelligence technologies are becoming one of the most important priorities of
the global economy and social development. In this regard, in order to create favorable
conditions for the introduction of artificial intelligence technologies in the social sphere and
sectors of the economy of our country, to ensure Uzbekistan’s entry into the ranks of the
world’s leading countries using artificial intelligence technologies, as well as to implement the
goals and objectives set in the “Digital Uzbekistan – 2030” strategy, the Resolution of the
President of the Republic of Uzbekistan No. PQ-358 of October 14, 2024, “On Approval of the
Strategy for the Development of Artificial Intelligence Technologies until 2030” [1] was
adopted.
Various studies have been conducted on the effective use of artificial intelligence technologies
in the development of innovative infrastructure in the regions. In particular, despite the
widespread penetration of artificial intelligence technologies into the daily lives of households,
national statistical services do not provide official figures on the number of users of these
technologies [2]. Another line of research examines the concept of artificial intelligence as a set
of search operations carried out by machines designed to enhance human brain capabilities
through combinations of algorithms [3].
According to studies, artificial intelligence technologies improve the efficiency of data-driven
decision-making in regional planning, transport, public utilities, education, and healthcare. For
example, the implementation of “smart city” concepts create new opportunities in traffic
management, energy consumption optimization, and the provision of electronic services to
citizens.
Research also emphasizes the significant role of artificial intelligence technologies in fostering
local innovation ecosystems, supporting the activities of startups and research centers. This is
because artificial intelligence is increasingly becoming a key factor influencing the
development of various spheres of our lives. These technologies have the potential to deliver
enormous benefits, ranging from boosting productivity and efficiency to achieving
advancements in science and innovation [4].
Moreover, these technologies directly contribute to the creation of new jobs in the regions, the
establishment of a competitive economic environment, and the improvement of population
welfare. However, in related studies, artificial intelligence technologies for the regional public
sector are often viewed as “abstract, poorly understood, and distant” opportunities. Accordingly,
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 44
they are considered to have little practical significance in addressing pressing issues of socio-
economic management [5].
At present, the effective use of artificial intelligence technologies in the formation of innovative
infrastructure in the regions directly depends on their implementation. Each direction, the field
of application of artificial intelligence technologies, and the expected outcomes are presented in
the following way (Table1).
Table 1.
Implementation of Artificial Intelligence Technologies
№
Directions
Application of Artificial
Intelligence
Expected Outcomes
1
Smart Cities
Intelligent traffic lights, video
surveillance,
and
traffic
management
Improved traffic flow and
enhanced safety
2
Energy and
Utilities
Smart
grids
and
energy
consumption analysis
Energy efficiency and cost
reduction
3
Healthcare
Telemedicine
and
AI-based
diagnostics
Increased
efficiency
of
services and faster diagnosis
4
Education
Personalized
learning
and
knowledge assessment
Improved
quality
of
education and individualized
learning process
5
Agriculture
Drones, soil fertility analysis, and
management of irrigation and
fertilization
Increased production volume
and resource savings
6
Ecology and
Environment
Pollution monitoring and weather
analysis
Environmental sustainability
and early risk detection
7
E-Government
and Services
Automated information systems
and use of chatbots
Reduced bureaucracy and
faster services
8
Economic
Planning
Big data analysis and economic
modeling
Digital strategic planning and
effective management
9
Innovative
Business and
Startups
Development
of
AI-based
products and services
Creation of new jobs and
competitive products
10 Human Resource
Development
AI training courses and online
education platforms
Skills
improvement
and
increased
human
capital
capacity
Indeed, the main ways of effectively using artificial intelligence technologies in the
development of innovative infrastructure in the regions are as follows:
a) Implementation of “Smart City” concepts:
- Automating urban infrastructure through artificial intelligence technologies: intelligent traffic
management, “smart” traffic lights, air quality monitoring, and waste management;
- Improving energy efficiency by saving heat and electricity through intelligent energy
networks (smart grids).
b) Data analysis and automation of decision-making:
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 45
- Conducting analyses based on regional data (economic, demographic, environmental) using
artificial intelligence to develop effective strategic plans;
- Accelerating decision-making processes and reducing the probability of errors.
c) Introduction of artificial intelligence in healthcare and education:
- Developing telemedicine, diagnostic, and patient monitoring systems;
- Creating personalized learning systems and digital educational materials in education.
d) Agriculture and water resource management:
- Monitoring land conditions with drones and artificial intelligence, as well as ensuring efficient
distribution of water and fertilizers;
- Developing climate adaptation models.
e) Development of e-government and digital services:
- Improving information systems based on artificial intelligence and reducing bureaucracy;
- Ensuring full coverage of the population with digital services.
f) Development of the innovation ecosystem:
- Supporting startups and IT companies in the field of artificial intelligence;
- Creating cooperation platforms between research institutes, universities, and businesses.
g) Training and professional development:
- Preparing specialists in the field of artificial intelligence and launching retraining programs;
- Opening artificial intelligence-related programs in regional educational institutions.
In conclusion
,
the effective use of artificial intelligence technologies in the regions is a crucial
condition for the development of innovative infrastructure. High results can be achieved by
organizing this process through effective cooperation among state policy, private sector
participants, and the scientific community.
Therefore, in the modern era, artificial intelligence technologies are causing profound
transformations in many fields, such as industry, healthcare, education, agriculture, and
governance. Effective use of these technologies reduces human-related errors, automates
processes, and ensures rational use of resources. In particular, artificial intelligence enables the
rapid and accurate analysis of large volumes of data, which is of great importance in research,
strategic planning, and innovative decision-making. Thus, the implementation of artificial
intelligence in practice is a key factor in technological development and the formation of a
competitive economy.
References:
1. Decree of the President of the Republic of Uzbekistan No. PQ-358 of October 14, 2024,
“On Approval of the Strategy for the Development of Artificial Intelligence Technologies until
2030.” Source:
2. Varlamova, Yu.A., & Korneichenko, E.N. (2024). Artificial Intelligence in Russian Regions.
Russian Journal of Economics and Law, 18(3), 643.
3. Khikmatova, D.I. (2024). Global Trends and Applications of Artificial Intelligence in the
Economy. In Application of Artificial Intelligence Technologies in the Public Civil Service:
International Scientific and Practical Conference (p. 290). November 21, 2024.
4. Akhmadjonova, Yo.T. (2025). Artificial Intelligence in Uzbekistan: Development and
Practice. Economics and Society, 4(131), 681.
5. Prospects and Problems of Using Artificial Intelligence Technologies in the Regions of the
Russian Federation. (2022). Association for the Promotion of AI in the Public Sector, April, p.
5.
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