AI - The Times Of Central Asia

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Labor Market

AI in Kazakhstan to Affect Four Million Jobs in Next Decade, Says Labor Ministry

Around half of all professions in Kazakhstan are expected to change under the impact of AI over the next decade, with some jobs declining and others disappearing entirely, lawmakers and government officials have said. Daniya Yespayeva, Deputy Chair of the lower house of parliament, the Mazhilis, citing data from the Ministry of Labor, stated that by 2035, transformations will affect 562 jobs, about 44% of the labor market, equivalent to roughly 4 million workers. According to her, employment in 46 professions, covering around 362,000 people (about 4% of the labor market), is expected to decline, while 14 professions, employing approximately 49,000 people, may disappear completely. Yespayeva did not specify which professions are at greatest risk. However, Minister of Science and Higher Education Sayasat Nurbek noted that couriers and taxi drivers could be among the first affected. He said that around 700,000 people in Kazakhstan currently work in these sectors through platforms such as Glovo, Yandex, and Wolt. “These are temporary forms of employment. As early as this year, several Kazakh companies are launching autopilot technologies in both taxi services and delivery, so within a few years, couriers and taxi drivers may no longer be needed,” Nurbek said, urging citizens to focus on more sustainable career paths. Earlier reports indicated that a pilot drone delivery project could be launched in Almaty, while driverless taxis are planned for introduction in Astana. Askhat Aimagambetov, a Mazhilis deputy, also warned about risks facing several popular academic fields. According to him, in 2025, the highest competition for university admissions was in programs such as Translation Studies, International Relations, and Law, fields that, in his view, could be among those most affected by automation. Aimagambetov stressed the need to revise the allocation of state-funded educational grants to avoid encouraging training in professions at high risk of decline. He also noted that employment among young developers aged 22-25 declined by nearly 20% over the past year, despite significant investment in IT education. “We are training an army of coders at a time when AI is already writing code itself. It is no longer enough to train ‘coders of yesterday,’” he said. Nurbek agreed with this assessment, pointing to a shortage of specialists in eight key sectors, including advanced manufacturing, digital technologies, clean energy, finance, life sciences, defense, creative industries, and professional services. According to him, part of the gap is being addressed through private-sector involvement. Kazakhstan has established 75 joint laboratories across 19 universities in partnership with companies such as Amazon Web Services, Cisco, Huawei, Schneider Electric, and Honeywell, as well as Eurasian Resources Group, Freedom Holding, and KEGOC. More than 7,500 students are currently studying in these laboratories across 179 disciplines. Business investment in these initiatives has totaled around $5.2 million, although the minister noted that such efforts remain limited in scope. “If this gap is not addressed, the education system will continue to train specialists for yesterday’s economy,” Nurbek said, emphasizing that aligning education with economic needs has become a matter of national security.

Astana to Host International AI Film Festival

Astana will host the Astana AI Film Festival (AAIFF 2026) this autumn an international event dedicated to films created using artificial intelligence. The festival will focus on the growing influence of AI on the creative industries. Its central feature will be an international competition of short films produced using AI technologies, according to the Creative Industries Alliance of Kazakhstan. Speaking at an awards ceremony for the Alem.ai Battle and AI Governance Cup competitions, President Kassym-Jomart Tokayev said the festival reflects a “fundamental shift” in the development of the creative sector. According to him, AI is transforming the nature of creativity, opening new forms of expression and lowering barriers for creators. At the same time, Tokayev acknowledged more cautious views suggesting that AI could reshape, or even displace, traditional segments of the creative industries. In this context, he stressed the importance of adapting in a timely manner to emerging technological trends. The festival is expected to serve as a platform for showcasing innovative approaches to filmmaking and promoting Kazakh creative projects internationally. Applications for participation are set to open in May. The announcement comes amid broader efforts by Kazakhstan to develop AI. The Times of Central Asia previously reported plans to establish an AI fund backed by the National Bank, aimed at financing key digital projects and educational programs.

Cyber Security

Kazakhstan to Train “White Hat” Hackers and AI Engineers for the Energy Sector

Kazakhstan plans to train cybersecurity and AI specialists for the energy sector as part of its broader effort to digitally transform the industry, the country’s Ministry of Energy said. In 2026, declared the Year of Digitalization and Artificial Intelligence in the electricity and heat power sector, the ministry plans to develop a professional standard titled Digitalization and the Application of Artificial Intelligence in Energy. The document envisages the creation of new professions, including “white hat” hackers and AI engineers. A “white hat” hacker is a cybersecurity specialist who legally tests IT systems for vulnerabilities with the owners’ permission. Unlike malicious hackers, such experts identify weaknesses so they can be fixed before potential attacks, thereby protecting data and infrastructure. Following a meeting of the Sectoral Council for Electricity and Heat Power Engineering under the ministry, the new standard was expanded to include the following specialties: smart grid designer, engineer for the development and implementation of AI in power systems (Smart Grid), and energy grid cybersecurity specialist (“white hat” hacker). The ministry said these professions were formulated on the basis of Kazakhstan’s Atlas of New Professions and Competencies and are intended to adapt the education system to the demands of the digital economy. The development of Smart Grid systems is seen as one of the key tasks for the next five to ten years. In the future, some energy system management functions, including dispatch control, are expected to be handed over to intelligent algorithms, requiring new competencies at the intersection of energy and IT. As part of the digitalization of the fuel and energy complex, Kazakhstan also plans to create a system of digital models and “digital twins” for facilities within the Unified Energy System as early as 2026. “Our goal is not simply to digitize processes, but to create an intelligent model of the energy system. This will improve the quality of operational management and make it possible to take strategic decisions based on precise data rather than forecasts,” Vice Minister of Energy Bakytzhan Ilyas said. According to him, the introduction of vertical online monitoring using digital twins will make it possible to track key parameters in real time from generation volumes to energy production costs. This will form the basis for tariff-setting policy and investment attraction. Kazakhstan’s energy sector is already implementing a number of projects using artificial intelligence technologies. Among them is AI-based defect detection on power transmission lines using drones, computer vision, and machine learning. The technology can identify support structure defects, overheating, and deformations using data from 4K cameras, thermal imagers, and LiDAR. Another example is robotic diagnostics of heating networks using acoustic resonance, allowing the condition of pipelines to be assessed without excavation or shutting down the system. The ministry emphasizes that the digitalization of the energy sector requires not only technological solutions, but also systematic workforce training. As previously reported by The Times of Central Asia, Kazakhstan plans to expand the use of AI across various sectors from healthcare to the fiscal sphere, including early...

Motoring

Kazakhstan to Introduce AI in Driver’s License Exams

Kazakhstan plans to introduce artificial AI technologies into both the theoretical and practical components of driver’s license exams. At the same time, citizens will be allowed to take the exams an unlimited number of times without having to repeat training at driving schools. The initiatives were presented by Zhaslan Madiyev, Minister of Digital Development, Innovation and Aerospace Industry, together with representatives of the Ministry of Internal Affairs. According to the proposed changes, augmented reality (AR) technologies will be used in the theoretical exam, while computer vision systems will monitor practical driving tests. These measures are intended to increase transparency and prevent the use of prohibited devices. “These measures will make it possible to minimize the use of prohibited technical tools and to record violations,” the government press service said. A pilot project is set to be launched at a branch of the National Testing Center under the Ministry of Science and Higher Education in Astana. The project will test technologies aimed at ensuring academic integrity, as well as conduct psychometric analysis of exam questions to verify their reliability and alignment with safe driving standards. The new rules provide for the possibility of an unlimited number of exam attempts on a paid basis, with a mandatory interval of at least 10 calendar days between attempts. Currently, applicants are granted three free attempts, two with a one-day interval and a third after 30 days. After exhausting these attempts, retraining at a driving school is required. According to the government, the new approach will make the process more accessible and reduce corruption risks by eliminating incentives to obtain licenses illegally. Plans also include strengthening the information security of digital systems used in the licensing process by classifying them as critical information infrastructure. This would introduce stricter liability for unauthorized interference, including criminal penalties. Administrative liability will also be introduced for individuals who assist in illegally obtaining driver’s licenses. Violations such as the use of micro earpieces, hidden cameras, and other transmitting devices will be punishable by fines and disqualification from taking the theoretical exam for up to one year. The reforms will also affect driving schools. Licensing requirements are expected to be introduced, and their performance will be evaluated based on training quality and public feedback. Licenses may be revoked in cases of consistently poor standards. As previously reported by The Times of Central Asia, Senator Gennady Shipovskikh had earlier proposed restoring state oversight of private driving schools.

AI Will Help the Kyrgyz Parliament Speed Up the Legislative Process

The Jogorku Kenesh (Parliament of Kyrgyzstan) is introducing the e-Kenesh digital platform, which is intended to move parliamentary committee work into an electronic format and use artificial intelligence to help analyze draft legislation. According to the parliament’s press service, the platform is designed to replace paper-based workflows and provide lawmakers with access to all agenda materials via tablets already distributed to deputies. The software was developed by local specialists in cooperation with parliamentary staff. The e-Kenesh system will also allow civil servants and experts to participate in committee meetings remotely, joining discussions from their workplaces or while on official travel. Parliament says this should make participation easier for officials and experts and improve coordination around committee work. At the same time, key speakers will continue to attend meetings in person to respond to lawmakers’ questions. The platform is intended to make committee work and legislative tracking more transparent. Users will be able to track the history of each issue, including deliberations, decisions, authorship of legislative initiatives, and voting records. One of e-Kenesh’s new features is an AI module that can analyze draft laws and generate short summaries. This will help deputies quickly navigate documents and better understand the objectives of proposed legislation. “You will be able to see which issue was considered and when, as well as what decisions were made. It will also show which MP submitted a proposal and how they voted. Additionally, the app will provide a brief summary of each bill. Artificial intelligence is also being implemented to analyze bills and explain their content and objectives,” said Parliament Speaker Marlen Mamataliev. According to the Speaker, starting next week, all parliamentary committees are expected to fully abandon paper documents and transition to electronic document management. The shift reflects Kyrgyzstan’s broader push to digitize public administration and streamline legislative work. Developers noted that the system will continue to be refined during implementation, with any technical issues addressed as they arise.

Energy Transition

Investments, Resources, and Digital Transformation: How Central Asia Can Preserve Its Strategic Balance

Rising global demand for critical resources, the accelerating green transition, and the digitalization of the economy are turning Central Asia from a peripheral region into one of the key arenas of geoeconomic competition. Kazakhstan and its neighbors are increasingly in the focus of the United States, China, the European Union, and the Gulf states—as sources of raw materials, sites for infrastructure projects, and markets for the implementation of digital solutions. Under these conditions, the key question is no longer the volume of investment, but control over its quality, structure, and long-term consequences. The resource factor: from raw materials to a geoeconomic asset Central Asia is now becoming a strategic storehouse for the global green transition and high-tech industries. The region possesses enormous reserves of critical raw materials: Kazakhstan leads the world in uranium production, at about 40% of the global market, while deposits of copper, lithium, cobalt, uranium, and rare metals across Kazakhstan and the wider region are making Central Asia an increasingly important link in clean-energy and high-tech supply chains. Investment activity in the extractive sector is stimulating the development of related high-tech industries within the region. Global players are increasingly coming not simply for raw materials, but with proposals to localize processing. Thus, in November 2024, Kazakhstan’s first tungsten processing plant began operating at the Boguty deposit in the Almaty region. The project, valued at $300 million, is being implemented by Aral Kegen, a subsidiary of Jiaxin International Resources Investment. In addition, in the East Kazakhstan region, with the participation of the German mining company HMS Bergbau AG, two new industrial enterprises specializing in lithium extraction and processing are planned by 2029. Work is underway on the construction of a mining and processing plant, as well as a pegmatite ore processing facility. This allows the countries of the region to move away from the “quarry” model toward the model of a technological hub, where natural wealth becomes leverage for gaining access to Western and Eastern innovation. Investment transformation: from capital to ecosystems The traditional model, focused on extraction, is gradually giving way to the formation of value-added ecosystems. This presupposes the development of processing, the creation of high-tech production, and the formation of a scientific base. Kazakhstan’s national companies, such as Tau-Ken Samruk, Kazatomprom, and KazMunayGas, act as a strategic “anchor” for foreign capital, taking on the primary risks and bureaucratic burden. They absorb part of the early project risk, from licensing and exploration to infrastructure and coordination with the state, making entry into Kazakhstan easier for major foreign investors. This allows the state to retain control over strategic assets while using private capital for accelerated modernization of the sector. The main emphasis today is shifting from raw material extraction to the localization of higher value-added stages. Through the creation of joint ventures, national companies are introducing Western technologies and building plants with high added value, from the production of nuclear fuel assemblies to the manufacture of polyethylene and metal refining. In this way, they integrate Kazakh business...