For much of its modern history, Kazakhstan’s economy has been defined by natural resources. The country is one of the world’s largest producers of uranium and a major exporter of oil, gas, and metals. These sectors remain central to Kazakhstan’s economic model. Yet alongside this resource base, a transformation is underway. Through a series of ambitious digital initiatives, Kazakhstan is attempting to build a new technology-driven sector that could help diversify its economy and reduce dependence on commodities.
Commodity markets are inherently volatile, and the global energy transition is gradually reshaping demand patterns. As a result, Kazakhstan has increasingly turned toward digital technologies, artificial intelligence, and innovation ecosystems as a pathway toward economic diversification.
The importance of this transformation was underscored when President Kassym-Jomart Tokayev declared 2026 the “Year of Digitalization and Artificial Intelligence.” The government has described the year as a decisive stage in the country’s technological modernization, aimed at accelerating the adoption of advanced digital solutions across government, industry, and education. Institutional reforms have followed this policy shift. In 2025, Kazakhstan established a Ministry of Artificial Intelligence and Digital Development, elevating digital policy to the center of the government’s economic agenda.
The foundations were laid through a decade-long effort to modernize public administration through digital technology. The national e-government platform has gradually moved the majority of public services online, enabling citizens to access documents, register businesses, and interact with government agencies through digital portals and mobile applications. Today, 92 percent of government services are available online, while millions of citizens regularly use the eGov system each year.
This transformation has produced tangible benefits. Digital services have reduced administrative barriers, streamlined bureaucratic procedures, and increased transparency in public administration. At the same time, the digitization of government systems created a technological infrastructure that now supports more advanced applications, including automated services and artificial intelligence tools.
Artificial intelligence has become the centerpiece of Kazakhstan’s next stage of digital development. The government has launched the National AI Platform, designed to integrate AI solutions into public administration and support innovation in the private sector. The platform hosts more than one hundred AI agents that automate elements of e-government services and support data analysis across ministries.
To support this growing AI ecosystem, Kazakhstan has invested in computing infrastructure. The Alem.cloud supercomputing center, powered by advanced NVIDIA processors, provides high-performance computing capacity for research institutions, universities, and technology startups. With computing performance measured in exaflops, the system represents the most powerful computing cluster in Central Asia.
These resources are already enabling the development of domestic artificial intelligence technologies. In recent years, Kazakh researchers and developers have introduced multilingual AI models such as KazLLM and Alem LLM, capable of processing and generating text in Kazakh, Russian, English, and Turkish. The development of such tools is particularly important for expanding AI applications across multilingual societies and regional markets.
Kazakhstan is also working to create a broader technology ecosystem around these innovations. The Astana Hub technopark has become the focal point of this effort. The international technology park hosts hundreds of startups and technology companies, providing tax incentives, mentorship programs, and access to venture networks. Through partnerships with innovation centers in cities such as Palo Alto, London, Dubai, and Shanghai, Astana Hub is helping connect Central Eurasian entrepreneurs with global investors and accelerators.
Fintech has emerged as one of the most dynamic areas of Kazakhstan’s digital economy. The country’s digital banking platforms have transformed financial services and helped expand the use of non-cash payments across the economy. One of the most prominent examples is Kaspi.kz, a fintech company whose integrated platform combines banking, payments, e-commerce, and public services. The company’s business model has attracted international academic attention: Harvard Business School has produced case studies on Kaspi.kz, examining how its corporate culture and customer-focused innovation helped build trust and drive the rapid adoption of digital financial services. The case studies are now used in classrooms around the world to analyze how emerging-market companies can scale digital ecosystems and compete globally.
Digital innovation is also expanding into emerging technologies such as blockchain. Kazakhstan has launched the Solana Economic Zone Kazakhstan, the first blockchain-based economic zone in Central Asia. The initiative promotes digital asset tokenization and blockchain engineering education while providing a regulated environment for companies experimenting with Web3 technologies.
At the same time, connectivity infrastructure continues to expand. The government is rolling out nationwide 5G networks and supporting satellite internet initiatives that will improve digital access in remote regions.
Human capital is another central pillar of the country’s digital strategy. Kazakhstan has launched several educational initiatives designed to expand the technology talent pipeline. One of the largest is the AI-Sana program, introduced in 2024 to strengthen artificial intelligence education across universities and research institutions. The initiative aims to reach approximately 650,000 students and researchers, offering training programs ranging from introductory AI courses to advanced project-based modules designed to support startup creation.
Technology education is also expanding at earlier stages of learning. At the Alem.ai International Center for Artificial Intelligence, students can participate in programs focused on animation, 3D design, coding, and generative AI technologies. These initiatives are intended to bridge the gap between education and the rapidly evolving needs of the technology sector.
On March 27, the Digital Qazaqstan Forum will take place in the major Kazakh city of Shymkent, bringing together policymakers, technology companies, startups, and investors to discuss the practical application of digital technologies across government and industry. By hosting the forum in one of the country’s key industrial centers, the government is signaling that digital transformation is not limited to technology clusters but is intended to support modernization across the broader economy.
The rapid development of competing technological blocs, particularly between the United States and China, has created new challenges for countries seeking to develop independent digital economies. Kazakhstan’s strategy has been to remain connected to global innovation networks while building domestic technological capabilities.
The success of this strategy will ultimately depend on whether digital technologies can generate sustained economic growth. Building a competitive technology sector requires more than infrastructure or government programs; it depends on entrepreneurial ecosystems, skilled workforces, and global partnerships that can translate innovation into commercial success.
Nevertheless, Kazakhstan’s digital transformation represents a notable attempt by a resource-rich economy to redefine its development trajectory. By investing in artificial intelligence, digital governance, fintech innovation, and technology education, the country is seeking to build a new economic pillar alongside its traditional industries.
For international observers, Kazakhstan’s experience offers an interesting example of how emerging economies can pursue diversification in the digital age. If these initiatives continue to mature, the country may demonstrate that even economies historically associated with natural resources can develop new opportunities in technology and innovation.
