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LEVERAGING ARTIFICIAL INTELLIGENCE POTENTIAL IN
UZBEKISTAN'S ECONOMY
B.B. Valiyev
Professor of Department of Economic Sciences,
University of Public Safety of Uzbekistan
Abstract: This article explores the potential of artificial intelligence (AI) in
transforming Uzbekistan's economy, emphasizing the country's ongoing reforms and
strategies to integrate AI technologies. It examines the legislative framework,
including the Presidential Decree No. PQ-4996 (2021) and the "Digital Uzbekistan
– 2030" strategy, which aim to foster AI adoption in economic sectors, public
administration, and social spheres. The theoretical aspects of AI’s economic impact
are analyzed, highlighting its dual role in automating traditional jobs and creating
new opportunities in technological fields. Globally, AI enhances competitiveness,
productivity, and innovation, as seen in leading nations like the United States, China,
and the European Union. In Uzbekistan, AI applications in commerce, banking,
agriculture, and industry are gaining traction, supported by educational initiatives
and research institutions. The article provides recommendations for maximizing AI’s
economic benefits, including legal reforms, workforce training, and sector-specific
applications like smart agriculture and transport systems. Uzbekistan’s efforts
position it to leverage AI for sustainable economic growth and global competitiveness
by 2030.
Keywords: Artificial Intelligence (AI), Uzbekistan Economy, Digital
Economy, AI Reforms, Economic Impact, Creative Destruction, Productivity,
Innovation Ecosystem, Global Competitiveness, Smart Agriculture, Banking Sector,
Workforce Training, Digital Uzbekistan 2030, Legal Framework, Technological
Development
Introduction
Reforms aimed at developing the field of artificial intelligence (AI) in
Uzbekistan have been actively implemented in recent years within the framework of
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the country's transition to a digital economy and the introduction of innovative
technologies. In this process, legal documents adopted by the state, support for
educational and scientific research activities, as well as the role of the private sector
and international cooperation, play a significant role. The reforms for AI development
in Uzbekistan began with several key government documents.
The Presidential Decree No. PQ-4996, dated February 17, 2021, "On
Measures to Create Conditions for the Rapid Implementation of Artificial Intelligence
Technologies," approved an action plan for studying and implementing AI
technologies in 2021-2022. This program outlined priority areas such as developing
an AI strategy, creating a regulatory framework, and forming an educational and
innovation ecosystem. The "Digital Uzbekistan – 2030" strategy, approved by
Presidential Decree No. PF-6079 on October 5, 2020, laid the general foundation for
integrating AI into the country's economy and public administration. Within the
strategy, it was planned to use AI technologies to improve the quality of public
services and data processing.
Theoretical Aspects of AI’s
Economic Impact
According to the theory of automation and its impact on the labor market, AI
and automation may eliminate many traditional jobs while creating new employment
opportunities in emerging technological fields. This concept is based on the theory of
"creative destruction" developed by Joseph Schumpeter. Researchers analyze how AI
and robotics reshape the economy and alter labor demand, emphasizing the potential
increase in income inequality despite economic growth
1
.
The theory of improving production efficiency suggests that automation and
optimization enhance productivity by reducing costs and contributing to economic
growth. AI and digital technologies are reshaping the economy by introducing new
production methods. For example, AI is bringing significant changes to logistics,
supply chains, and service optimization. Another study models how AI contributes to
1
"The Second Machine Age: Work, Progress, and Prosperity in a Time of Brilliant Technologies" (Эрик Бринйолфссон
ва Эндрю Макафи, 2014)
(
https://wwnorton.com/books/The-Second-Machine-Age/
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long-term economic growth by increasing production efficiency
2
. Researchers
highlight that AI accelerates innovation and ensures efficient use of resources.
Although AI may eliminate traditional jobs, it creates new employment
opportunities in technological fields such as data analysis and robotics, diversifying
the economy. AI fosters new economic opportunities, particularly for startups and
high-tech enterprises. AI-based services (such as personalized marketing) inject new
energy into the economy. Studies indicate that AI can help create new professions (AI
specialists, robotics engineers) and economic sectors (such as autonomous
transportation), and adapting the education system accordingly is essential
3
.
Discussions
Artificial intelligence (AI) has become one of the most significant
technological discoveries of the 21st century, transforming various sectors
worldwide, including governance, economy, industry, education, healthcare, and
more. This technology plays a crucial role in modern societal development by
mimicking human intelligence, solving complex problems, and enhancing efficiency.
Across the globe, large-scale reforms are being implemented to develop AI and
integrate it into the economy, fostering global competitiveness and economic growth.
Uzbekistan is also taking important steps to develop AI technologies and integrate
them into the national economy, aligning with this global trend.
Leading nations in AI development are formulating their strategies to integrate
this technology into all sectors of the economy. For example, in the United States, the
"National Artificial Intelligence Initiative Act" was passed in 2020 to support AI
innovations, allocating over $6.5 billion for national research and development. This
law aims to ensure the safety, transparency, and ethical aspects of AI while expanding
its applications in industries such as manufacturing, transportation, and healthcare.
The European Union prioritizes a human-centered approach to AI development and,
in 2021, introduced the "Artificial Intelligence Act," which classifies AI systems
2
"Artificial Intelligence and Economic Growth" (Филипп Агион, Бенжамин Ф. Жонс, Чарльз И. Жонс, 2017)
https://www.nber.org/papers/w23928
3
"The AI Economy: Work, Wealth and Welfare in the Robot Age" (Рожер Бутл, 2019)
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based on risk levels and imposes strict requirements on high-risk AI technologies.
The EU's goal is to guarantee data security and protect citizens' rights while utilizing
AI in the economy.
China also views AI as a fundamental pillar of its national development
strategy. Under the "Next Generation Artificial Intelligence Development Plan"
adopted in 2017, China aims to become a global leader in AI by 2030. To achieve this
goal, the government collaborates with the private sector, investing billions of dollars
in AI applications across consumer goods, logistics, and agriculture
4
. These reforms
have not only increased economic efficiency but also strengthened China's position
in the global technological competition. In Russia, the "National Strategy for the
Development of Artificial Intelligence" was adopted in 2019, outlining plans to
establish a legal framework for AI and implement it in public administration, energy,
and transportation by 2030. The strategy places particular emphasis on ensuring
public safety and maximizing AI's economic impact.
These global reforms highlight AI's growing role in the economy, improving
efficiency while also raising concerns about data security, ethical norms, and societal
impact. Consequently, global competition in AI development is intensifying
5
.
Uzbekistan has also been actively implementing reforms to develop and apply AI in
its economy. The country's efforts in this field have been accelerating since 2017. One
of the key reforms was initiated by the Presidential Decree No. PQ-4996, issued on
February 17, 2021, titled "Measures to Create Conditions for the Rapid
Implementation of Artificial Intelligence Technologies." This decree defined the main
directions and principles of AI implementation. It set tasks to develop AI technologies
in economic sectors, social spheres, and public administration while ensuring unified
standards, accountability, security, and transparency through a legal framework. The
decree also aimed to improve public services, enhance data processing efficiency,
4
"AI Superpowers: China, Silicon Valley, and the New World Order" (Кай-Фу Ли, 2018)
https://www.hmhbooks.com/shop/books/AI-Superpowers/9781328546395
5
"The Future of Work: Robots, AI, and Automation" (Даррел М. Уэст, 2018)
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foster an innovation ecosystem in AI, and encourage the commercialization of
research.
Additionally, Uzbekistan has introduced financial support programs to help
businesses transition to AI-based operations, subsidizing retraining costs to preserve
jobs and promoting research and development (R&D) in AI solutions. Within the
"Digital Uzbekistan – 2030" strategy, the rapid implementation of AI technologies
and the effective use of digital data have become long-term national priorities. By
2025, Uzbekistan aims to improve its position in the global AI readiness index and
continues implementing reforms in this direction.
The global and national efforts in AI development and its economic
applications highlight the significance of modern technologies in societal progress.
While leading nations view AI as a tool for maintaining global competitiveness,
Uzbekistan sees it as a crucial factor in its economic and social development.
Strengthening the legal framework, applying AI in practice, and investing in human
capital will help Uzbekistan achieve its goal of becoming an innovative nation by
2030. Through this book, we will examine these processes in detail and discuss the
future prospects of AI.
AI’s Role in Enhancing Global
Competitiveness
AI enables nations and companies to enhance their global market
competitiveness, accelerate innovation, and stimulate economic growth. Researcher
Kai-Fu Lee demonstrates how AI positively influences the economies of countries
like China and the United States. In China, AI has accelerated innovations in e-
commerce and mobile payments. A special regulatory regime for AI implementation
has been introduced in Uzbekistan. This regime aims to provide legal flexibility for
testing and applying AI-based programs. For instance, IT Park residents were granted
benefits, and a five-year special period was established for pilot projects. One of the
crucial aspects of AI development is training highly qualified specialists. From the
2021-2022 academic year, AI-related education programs have been introduced at the
Tashkent University of Information Technologies (TUIT) and other higher education
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institutions. By 2023, AI-related education was reported to be offered at four
universities.
The Ministry of Information Technologies and Communications has
established the "Scientific Research Institute for Digital Technologies and Artificial
Intelligence Development." This institute conducts fundamental and applied research
in AI, trains specialists, and commercializes innovative projects. As a result of the
reforms, in 2019, Uzbekistan ranked 158th among 190 countries in AI readiness for
public administration, while by 2023, this ranking improved by 17 positions.
AI contributes to economic expansion by automating processes, enhancing
productivity, and creating new business opportunities. According to a study by
PwC
(2018)
, AI is expected to contribute
$15.7 trillion
to the global economy by 2030,
with
$6.6 trillion
from increased productivity and
$9.1 trillion
from new market
opportunities. AI-driven automation reduces human labor costs while increasing
output quality and efficiency in industries such as manufacturing, logistics, and
services. AI fosters the development of new products, services, and business models,
enabling companies to enter new markets and disrupt traditional industries. AI-
powered analytics allow businesses to identify emerging trends and consumer
demands, improving decision-making and market positioning.
AI is revolutionizing multiple industries, enhancing their global
competitiveness through innovation and efficiency gains. AI-powered robotics,
predictive maintenance, and smart factories reduce operational costs and increase
precision. AI-driven diagnostics, drug discovery, and robotic-assisted surgeries
enhance medical efficiency and global access to quality healthcare. In addition, AI-
based risk assessment, fraud detection, and algorithmic trading improve decision-
making and financial stability. AI applications like precision farming and smart
irrigation optimize resource use and increase agricultural yields. Also AI strengthens
global security by identifying cyber threats and preventing attacks in real time.
Nations investing in AI research, development, and infrastructure improve
their
economic resilience and technological leadership.
In the
United States
Through initiatives like the
National AI Initiative Act
, the U.S. aims to maintain AI
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dominance by funding research and private sector collaborations. The
Next
Generation AI Development Plan
(2017) aims to make China a global AI leader by
2030, heavily investing in AI-driven innovation. In
European Union t
he
Artificial
Intelligence Act
focuses on ethical AI deployment while ensuring Europe’s
competitiveness in AI technologies. Countries excelling in AI adoption experience
higher GDP growth rates,
stronger digital economies, and greater global influence.
Artificial intelligence (AI) significantly enhances workforce productivity by
automating repetitive tasks, thereby allowing workers to concentrate on complex,
creative, and high-value activities. In AI-augmented employment contexts, AI
functions as a collaborator rather than a substitute for human labor, augmenting
decision-making processes across diverse sectors such as law, education, and
healthcare. This collaborative dynamic improves efficiency and outcomes by
leveraging AI’s analytical capabilities alongside human expertise.
To adapt to these technological advancements, governments and businesses
are increasingly investing in reskilling and upskilling initiatives. These programs aim
to equip workers with the necessary competencies to thrive in AI-integrated work
environments, ensuring a smooth transition into evolving job landscapes. While AI
automation may displace certain roles, it simultaneously fosters job creation in
emerging fields. The World Economic Forum (2020) projects that by 2025, AI will
generate approximately 97 million new jobs, particularly in areas such as AI
development, maintenance, and application, while concurrently transforming existing
roles across industries.
Beyond its impact on employment, AI serves as a catalyst for scientific
discovery and technological innovation, conferring a competitive advantage to
nations that harness its potential. In the realm of drug discovery and biotechnology,
AI-driven simulations have notably reduced the time required to develop new
medicines and vaccines. A prominent example is DeepMind’s AlphaFold, which has
revolutionized protein folding analysis, expediting advancements in medical research.
Similarly, in addressing climate change, AI contributes to sustainability efforts by
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optimizing energy consumption, predicting climate patterns, and enhancing
environmental management strategies.
The convergence of AI with quantum computing represents a frontier of
unprecedented potential, promising to unlock advanced problem-solving capabilities
in fields such as logistics, cryptography, and material sciences. This synergy is
anticipated to drive transformative breakthroughs, further solidifying AI’s role as a
cornerstone of future technological progress. Collectively, these developments
underscore AI’s multifaceted contributions to workforce productivity, economic
growth, and global innovation.
AI Applications in the Commercial
and Banking Sectors
AI is being utilized in the commercial and banking sectors to assess clients’
creditworthiness and detect fraud. At the "RETAIL CENTRAL ASIA" forum held in
Tashkent in 2023, banking and fintech companies highlighted AI’s importance in
speech and video analysis. By 2023, more than 20 AI-based projects were launched,
and another 70 projects were developed for various industries and large enterprises.
The demand for specialists in big data processing and language models was estimated
at 600 professionals, indicating a growing need for AI talent.
Global AI Market Growth Projections. The global AI market is expected to
continue expanding. The AI market size reached $184 billion in 2024 and is projected
to grow to nearly $827 billion by 2030, increasing 4.5 times over the next five years
6
.
AI is having a positive economic impact in advanced countries. In the U.S., AI plays
a crucial role in boosting corporate profits.
6
https://www.statista.com/forecasts/1474143/global-ai-market-size
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Figure 1. Global Artificial Intelligence Market Size and Forecast,
(in billions of dollars, 2020-2030)
According to PwC's 2021 report, AI is expected to contribute $3.7 trillion to
the U.S. economy by 2030, mainly through automation and data analysis. In China,
AI has improved agricultural productivity by using drones and data analysis.
Companies like XAG and DJI have developed AI-powered drones, helping farmers
manage land efficiently and detect pests. In 2022, the use of drones in agriculture led
to a 15-20% increase in productivity.
In Japan, AI has enabled the adoption of the "smart farming" concept. For
example, Fujitsu utilized AI to optimize water and fertilizer usage in rice cultivation,
reducing costs by 10-15% and improving crop quality. In Germany, AI is leading the
development of autonomous transportation. Volkswagen and Bosch have employed
AI to enhance logistics, increasing efficiency in freight transport and road safety by
20%.
Recommendations
To analyze the economic impact of AI in Uzbekistan, it is necessary to
conduct both fundamental and applied research. It is advisable to establish research
groups to assess AI’s potential benefits and risks across various sectors, including
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agriculture, industry, transport, and finance. Developing simulation and predictive
models using big data and machine learning to evaluate AI’s economic efficiency
would be beneficial. International experiences (China, the U.S., South Korea) should
be studied and adapted to Uzbekistan’s context.
A favorable legal environment is crucial for AI integration into the economy.
This includes adopting a special law on AI, defining principles of AI usage, ethical
standards, and data security guarantees. It is necessary to establish a certification and
standardization system for AI-based products and services.
The preparation of highly skilled AI specialists is also essential. By 2025, AI-
related bachelor's and master's programs should be introduced in more than ten
universities. Short-term intensive courses involving foreign experts (e.g., from
Google, IBM) should be organized, and AI training programs should be implemented
in various economic sectors (such as RegTech courses for bank employees).
The implementation of "smart agriculture" systems (e.g., using drones and AI
to analyze soil fertility) and testing "Smart Water Management" systems for water
resource management should be prioritized. The introduction of AI-based automated
production lines under the "Industry 4.0" concept (e.g., in the textile and automotive
industries) is advisable. Predictive models can be used to optimize raw material prices
and production volumes.
In the financial and banking sector, AI can be used for credit risk assessment
and biometric user identification (Face-ID). SubTech and RegTech systems should
be implemented in commercial banks. In the transport sector, "smart transport"
systems should be introduced, including AI-powered logistics optimization and AI-
based traffic management systems using cameras and sensors.
To ensure the successful implementation of AI projects, necessary resources
such as high-speed internet and server infrastructure should be expanded (e.g.,
implementing 5G networks). Public-private partnerships (PPP) should be utilized to
finance AI projects. Additionally, tax incentives and an investment fund for AI
startups (e.g., the "Digital Uzbekistan" fund) should be established.
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