Kazakhstan is developing an Eurasian digital hub based on the artificial intelligence strategy
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UzDaily
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Kazakhstan is developing an Eurasian digital hub based on the artificial intelligence strategy

The Deputy Prime Minister and Minister of Artificial Intelligence and Digital Development of Kazakhstan, Zhaslan Madiyev, presented the strategy for forming a national artificial intelligence ecosystem during a press tour organized as part of the AI & Digital Bridge 2026 forum.

Artificial intelligence has become a priority in Kazakhstan's public administration sector. The country established a specialized Ministry of Artificial Intelligence and Digital Development, and the Council for Artificial Intelligence Development operates under the President. The national strategy 'Digital Kazakhstan' is planned until 2029.

In addition to infrastructure development, a special law on artificial intelligence and a digital code have been adopted, demonstrating the authorities' intention to proactively form a regulatory environment. Of particular note is the composition of the presidential expert council, which includes representatives from the international scientific and industrial community, such as researchers from Stanford University and Google, as well as leaders of major technological ecosystems in the Middle East and Asia. This indicates a desire to integrate Kazakhstan's technological agenda into the global context rather than relying solely on local personnel.

The technological foundation of the national strategy is based on several interconnected levels. In 2025, two supercomputers were commissioned in the country: Alem.cloud, which ranked 86th in the global TOP500 ranking, and Al-Farabium, which was ranked 103rd. Both systems run on NVIDIA H200 processors.

Thanks to the computing power of these systems, national language models have already been developed: KazLLM with 70 billion parameters, AlemLLM with 246 billion parameters, and the compact model Sherkala with 8 billion parameters. This allows the country to create solutions for tasks requiring large resources as well as for applied needs.

Great attention is paid to energy and information infrastructure. A so-called 'Data Center Valley' is being created near the city of Ekibastuz with a declared energy capacity of up to 1 GW, an electricity cost of 2.5 cents per kWh, zero tax rates for residents, and signal latency to Europe within 57–70 milliseconds. These parameters can be considered a competitive advantage compared to the energy limitations of traditional data centers in Europe and Asia.

Telecommunications infrastructure is also expanding. By 2027, it is planned to provide fiber-optic coverage to 92% of rural settlements and increase 5G network coverage to 60–75% of the territory.

Another direction is increasing transit traffic. It is expected that Kazakhstan's share in transcontinental routes, including the Trans-Caspian route and the pan-Eurasian main route, will increase from 1.5% to 5%, strengthening the country's position as a digital bridge between Europe and Asia.

The digitalization of the state administration itself occupies a significant place in the strategy. According to UN data, Kazakhstan ranks 10th in the world in the online services index and first among CIS countries, while in the e-government development index among 193 countries, the country is ranked 24th.

In practice, this is reflected in the eGov ecosystem, which combines over 1300 public services and 40 types of digital documents. Approximately 92% of services are available online, and the share of cashless payments reaches 87%. An additional layer of AI-based tools has been implemented on top of the eGov platform, including the eGov AI assistant and the alem.gpt chatbot integrated into government services.

According to the Network Cybersecurity Index (NCSI), Kazakhstan ranks 38th in the world and first in Central Asia. This highlights the country regionally, where issues of digital security often remain less relevant to the state agenda.

Special attention is paid to the AI-Sana program, designed as a comprehensive specialist training system covering education from school level to retraining existing professionals. Its components include integrating AI disciplines into the school curriculum through the 01.AI project, cooperation with the Massachusetts Institute of Technology, holding specialized competitions, as well as corporate and management tracks such as AI Governance 500, AI Corporate, and AI Leaders.

Simultaneously, a network of 20 regional innovation hubs is operating across the country, indicating efforts to spread the benefits of the digital economy beyond the capital. The Alem.ai complex in Astana serves as the institutional embodiment of this strategy. The eight-story building with a total area of 22,000 square meters is designed as an integrated educational and research ecosystem.

The complex includes a public space and the Singularity Museum, the opening of which is scheduled for April 2026, the TUMO Astana 'Tomorrow School' for teenagers, which provides round-the-clock AI training, the QAIRU research university, launch of which is set for September 2026, the ai’preneurs startup campus, as well as laboratories of international technology companies, including Telegram, Yandex Kazakhstan, Freedom, G42/Presight, and Firebird.

According to the stated goals, the ecosystem is designed to train 1000 AI specialists annually, support 100 startups, and host about 200,000 visitors.

The strategy relies on the existing venture infrastructure. Astana Hub brings together 2500 technology companies that have attracted over $1 billion USD in investments and created 35,000 jobs. The country's IT product exports reached $1.1 billion USD in 2025 to more than 100 countries. The Alem.ventures of funds manages capital amounting to $115 million USD, while Kazakhstani innovation offices are already open in Malaysia, the United States, the UAE, and China. This means that the country is not only a recipient of investment but is also building its own presence in foreign markets.

Parallelly, a regulatory framework for digital financial instruments is being developed. It includes mechanisms for crypto payments, asset tokenization, including real estate and uranium deposits, issuance of a stablecoin backed by the tenge, and the creation of a state crypto reserve with an expected value of over $300 million USD.

To attract foreign specialists and investors, Kazakhstan has introduced electronic residency and digital nomad regimes. More than 8000 visas have been issued under these programs.

Collectively, these initiatives form a consistent industrial policy within which the state acts simultaneously as a regulator, investor, infrastructure developer, and operator of an educational platform. Kazakhstan aims to establish itself as a regional center for artificial intelligence development by utilizing available energy, its geographical location at the junction of Europe and Asia, and its readiness to rapidly adapt the legal framework to the needs of the sector.

However, a significant portion of the presented indicators remains a target. This is especially true for the deadlines for achieving planned 5G coverage, increasing the share of transit traffic, and the number of trained specialists. Against this background, the key question for the next one or two years will be the degree to which the stated goals are supported by sustainable practical results.

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Vision quality extends far beyond simply reading road signs or recognizing faces. The ability to see directly influences how a person drives, plays sports, works, studies, and enjoys everyday moments. When vision keeps pace with life, everything happens with greater confidence, safety, and freedom.

This is precisely why refractive surgery has significantly improved in recent years. It has ceased to be merely a means of reducing dependence on glasses or contact lenses, offering patients an increasingly comfortable, precise, and individualized experience.

At HCO, this development is enabled by the ZEISS VisuMax 800 technology, which is one of the world leaders in ophthalmic innovation. This equipment represents a new generation of refractive surgery, combining high speed, precision, and advanced technologies to achieve superior results and accelerate visual recovery.

The VisuMax 800 utilizes femtosecond laser precision, capable of performing critical procedure stages in just a few seconds. This technology allows for extremely delicate interaction with the cornea, maximally preserving eye tissues and ensuring greater comfort during the operation.

This high precision is crucial: the more modern the equipment, the higher the ability to perform the procedure with jeweler's accuracy, which guarantees predictable results and a calmer experience for the patient.

In addition to the technology itself, a significant advantage is the personalized assessment conducted by the HCO team. Before the operation, every patient undergoes a full set of examinations to determine corneal characteristics, the degree of refractive errors, and the most suitable method for the specific case.

Surgery may be recommended for people with myopia, hyperopia, astigmatism, and in certain situations—patients with presbyopia (age-related vision deterioration)—but only after thorough ophthalmological examination.

Among the main advantages of the VisuMax 800 technology are: high surgical precision, a modern and comfortable procedure, rapid vision recovery, minimally invasive intervention, high predictability of outcomes, a high level of safety, and personalized treatment tailored to each patient's needs.

This entire structure is supported by a highly qualified medical team. The technical director is Dr. José Marcos Santos Gonçalves (CRM/MG 016984). HCO constantly invests in innovations to provide residents of Uberlândia and surrounding areas access to the most modern achievements in global ophthalmology.

If you want to know if refractive surgery is right for you, the first step is to undergo a full diagnosis. With appropriate examinations, the best strategy can be determined to ensure vision with high quality, comfort, and freedom in daily life.

Major construction work has begun in Shenzhen for the S3FEL soft X-ray laser, with launch planned for 2032
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Major construction work has begun in Shenzhen for the S3FEL soft X-ray laser, with launch planned for 2032

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The S3FEL facility is a central element of the cluster of major research centers in the science city and is being built by the Institute of Advanced Light Source Facilities of Shenzhen (IASF) in collaboration with the local Guangming Science City Development Company. The site area is approximately 405,200 square meters, with a total building area of 232,000 square meters. According to Southern Daily, the facility, which spans about 1.8 kilometers, crosses three hills and a reservoir, requiring over 4.4 million cubic meters of earthworks.

Currently, construction is underway on the western section, including cryogenic halls A and B, a technical building, a beam test hall, and a hall for assembling and testing superconducting radio frequency components. These parts, scheduled for completion by 2028, will be used for commissioning the linear accelerator, conducting research and testing key accelerator components, and for batch integration of accelerator superconducting modules.

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By enabling non-destructive tracking of atomic and molecular structures on femtosecond timescales, the facility is intended to function as a high-speed matter camera, providing very high spatial, temporal, and energy resolution. Creators expect it to support research in information technology, life sciences, materials, and energy, and to aid in ultraviolet lithography, quantum materials, and biomedicine.

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Alibaba's Qwen3.8-Max and ZTE's Nebula Share First Place in SuperCLUE Embodied Brain Ranking
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Alibaba's Qwen3.8-Max and ZTE's Nebula Share First Place in SuperCLUE Embodied Brain Ranking

The Chinese AI evaluation group SuperCLUE has published the September edition of its EmbodiedCLUE-VLA ranking, which assesses the ability of AI models to act as the cognitive core of a robot, planning and reasoning while performing physical tasks.

Among Chinese developments, Alibaba's Qwen3.8-Max-0902 and ZTE's Nebula-EmbodiedBrain secured the first place, achieving identical overall scores of 77.48.

The testing covers four key areas: basic perception, which is divided into temporal, object, and spatial perception; visual reasoning, including mathematical, temporal, spatial, and logical reasoning; interaction and planning, consisting of task planning and trajectory planning; and embodied safety, which checks adherence to ethical norms, physical safety, and privacy protection.

SuperCLUE considers models whose scores differ by one point as a tie and includes international models only for reference outside the main ranking.

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The two leaders achieved the same overall result through different paths. The Qwen3.8-Max-0902 model showed the best results among Chinese models in basic perception (83.33) and visual reasoning (84.72). Meanwhile, Nebula-EmbodiedBrain scored 97.92 in embodied safety, surpassing the Alibaba model, which scored 89.58.

Both models received an identical score of 39.29 in the interaction and planning category, but the ZTE model demonstrated greater strength in task planning (64.29 versus 28.57 for the Alibaba model), while the Alibaba model was stronger in trajectory planning (50 versus 14.29).

According to the report from the Chinese tech publication MyDrivers, the Alibaba model features the ability for spatio-temporal memory, allowing it to remember unfinished work after a robot task interruption. The ZTE version, conversely, is oriented towards on-device deployment and adaptation to the robot's hardware, making it more suitable for operation on physical machines. ZTE previously released EmbodiedBrain 1.0—a vision and language model for embodied task planning, with 7B and 32B weights published on Hugging Face.

Following in the ranking are open-source models with 10 billion parameters or less. Xiaomi's MiMo-Embodied-7B took second place among Chinese models with a score of 56.95 and topped a separate SuperCLUE ranking for models under 10B. It was followed by Alibaba's RynnBrain1.1-9B with a score of 50.33, then BAAI's RoboBrain2.5-8B-NV with 46.36, and Tencent's HY-Embodied-0.5, a 4B model that scored 29.14. Both leaders in this group are closed models available via API.

Planning remains the weakest area among Chinese developers. No Chinese model scored above 40 in the interaction and planning category, and four open entries scored 14.29 or lower. Among comparison models, GPT-6 Astra scored 86.75 overall, and Gemini-3.8-Flash scored 82.12, while Gemini-Robotics-ER-2-Preview, focused on robotics, received 70.86.

MyDrivers noted that as more companies create embodied brains, rankings based on different test sets often yield contradictory results, and the capabilities of these models will largely determine the scope of practical work future robots can perform. SuperCLUE previously published editions of this ranking in January and February 2026.

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