3rd June 2026
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Author: Nikhil

China Launches Shenzhou-23 Crew Mission to Advance Moon Landing Ambitions

Posted on by Nikhil

Key Highlights

  • China launched the Shenzhou-23 mission carrying three astronauts, including the first astronaut from Hong Kong, to the Tiangong space station.
  • One crew member will stay in orbit for a full year, helping China study long-duration spaceflight for future Moon and Mars missions.
  • The mission supports China’s goal of landing astronauts on the Moon by 2030, competing with the US-led Artemis program.

China has successfully launched its Shenzhou-23 crewed space mission, marking another significant milestone in the country’s expanding space ambitions and preparations for future lunar exploration.

The spacecraft lifted off aboard a Long March 2-F rocket from the Jiuquan Satellite Launch Center in northwestern China’s Gobi Desert. According to the China Manned Space Agency (CMSA), the spacecraft separated from the rocket approximately 10 minutes after launch and successfully entered orbit.

Officials confirmed that all astronauts were in good condition and described the mission as a complete success.

First Hong Kong Astronaut Joins Historic Mission

The Shenzhou-23 crew includes three astronauts, notably 43-year-old Li Jiaying, the first astronaut from Hong Kong to participate in a Chinese space mission. Li previously worked in law enforcement before joining China’s astronaut program.

The team also includes space engineer Zhu Yangzhu and former air force pilot Zhang Zhiyuan, who is making his first journey into space.

During the mission, astronauts will conduct experiments in multiple fields, including life sciences, materials science, fluid physics, and medicine, aboard China’s Tiangong space station.

Year-Long Space Stay to Prepare for Moon Missions

One of the most important objectives of Shenzhou-23 is a planned year-long stay in orbit by one astronaut, the first such experiment for China. The extended mission is intended to study the effects of prolonged exposure to microgravity on the human body, including muscle loss, bone density reduction, radiation exposure, and psychological fatigue.

Experts say such research is essential for supporting long-duration missions to the Moon and eventually Mars. Until now, most crews aboard the Tiangong station have remained in orbit for approximately six months.

China’s Growing Space Ambitions

The mission forms part of China’s broader strategy to land astronauts on the Moon before 2030, competing alongside the US-led NASA Artemis program.

China is also preparing its next-generation Mengzhou spacecraft, expected to begin orbital testing in 2026 and eventually replace the aging Shenzhou vehicles for lunar travel.

Looking further ahead, Beijing aims to establish the first phase of its International Lunar Research Station (ILRS) by 2035 and plans to welcome its first foreign astronaut from Pakistan aboard the Tiangong station later this year.

China’s rapidly expanding space program has already achieved major milestones, including becoming the first country to land a spacecraft on the far side of the Moon in 2019 and successfully placing a rover on Mars in 2021.

Ag Tech Robotics Challenge Introduces Idaho Students to Next-Gen Farming

Posted on by Nikhil

Key Highlights

  • CEI hosted its inaugural Ag Tech Robotics Challenge, introducing students to precision agriculture through robotics, coding, GPS mapping, and drone-based problem-solving.
  • Participants explored real-world applications of AI and automation in farming, including smart irrigation robots that sense plant water needs and respond automatically.
  • The event highlighted growing career opportunities in ag-tech and promoted CEI’s upcoming agriculture technology program, set to launch this fall.

The future of agriculture was on full display as students from several eastern Idaho schools gathered at the College of Eastern Idaho for the institution’s first-ever Ag Tech Robotics Challenge.

Designed to combine agriculture with emerging technologies, the event provided students with hands-on experience in robotics, artificial intelligence, coding, and precision farming techniques.

Students from Aberdeen High School, Aberdeen Middle School, and Teton High School competed in seven agriculture-focused challenges that tested their technical and problem-solving skills. Teams had three hours to complete as many tasks as possible while judges evaluated their performance and awarded prizes.

Students Learn Real-World Precision Agriculture Skills

The competition focused on practical farming applications powered by modern technology. One challenge introduced students to GPS-based field surveying, demonstrating how digital mapping can improve land management and crop planning.

Another task involved analyzing drone data collected during crop-dusting operations to identify agricultural issues and recommend solutions.

A major highlight of the event was the use of AgXRP robots, which were designed specifically for agricultural learning.

Students programmed the robots to monitor soil conditions and automatically water plants when moisture levels dropped below target thresholds. The exercise showcased how automation and AI can help farmers improve efficiency while conserving valuable resources.

According to Heidi Codling, the event was created to expose students to careers emerging within the fast-growing ag-tech sector. The challenge aimed to show that modern farming increasingly depends on advanced technologies rather than solely traditional labor-intensive practices.

Robotics Innovation Meets Classroom Learning

The AgXRP robots were developed by Tom Jacobsen, who has spent years refining the educational robotics kits. During the event, Jacobsen demonstrated how the robots operate and explained plans to further improve future versions with enhanced functionality and usability.

Codling emphasized that while some fear AI could replace jobs, agriculture is one industry where automation may help address labor shortages and improve productivity. She pointed to tasks like early-morning dairy operations as examples of repetitive work that robotic systems could help manage.

CEI’s New Ag-Tech Program Takes Shape

Beyond the competition itself, the event also served as an introduction to CEI’s new agriculture technology program, which will officially launch this fall. The program is expected to eventually move into the new Battelle Energy Alliance Future Tech Building, currently scheduled for completion in 2027.

Encouraged by strong participation and student enthusiasm, CEI plans to continue expanding opportunities in smart farming education and hopes to make the Ag Tech Robotics Challenge an annual event.

Google Opens First San Diego Store, Expanding Hands-On AI and Tech Experiences

Posted on by Nikhil

Key Highlights

  • Google opens its first San Diego retail store at Fashion Valley, expanding hands-on access to Pixel, Nest, Fitbit, and AI-powered products.
  • The new location will offer tech support, repair services, and in-person AI training sessions aimed at both beginners and advanced users.
  • Google plans deeper local engagement through community programs and school partnerships as it strengthens its physical retail presence.

Google has officially opened its first retail store in San Diego, bringing a new in-person technology and AI experience to shoppers at Fashion Valley. The store marks Google’s 10th physical retail location in the United States and its third in California, reflecting the company’s growing focus on direct customer engagement and experiential retail.

Located on the upper level of the mall near the food court, the store showcases Google’s expanding hardware ecosystem, including Pixel smartphones and tablets, Nest smart home devices, Fitbit wearables, and other connected technologies. The opening attracted local shoppers, Google enthusiasts, and public officials during a special preview event.

Google executives said the company selected San Diego because of its strong regional customer base, high mall traffic, and the presence of Google employees already working in the city.

According to Michael Camacho, Retail Store Lead for Google, the company sees physical retail as an important way to help customers interact with increasingly advanced technology in a more accessible environment.

Hands-On AI and Tech Learning Take Center Stage

One of the key differentiators of the new store is its emphasis on education and personalized assistance. Beyond selling devices, the location will offer repair services, training classes, and demonstrations to help customers understand Google’s AI-powered features and products.

Store representatives noted that many consumers prefer learning technology in person rather than solely online.

The retail environment allows customers to test devices directly, receive tailored recommendations, and better understand how AI tools integrate into daily life. This hands-on approach is expected to become increasingly important as AI features become more deeply embedded into smartphones, productivity tools, and smart home systems.

The store is designed to serve both experienced tech users and newcomers. Google emphasized that the location welcomes all types of customers, from long-time Google users to individuals exploring AI-enabled products for the first time.

Community Engagement and Local Partnerships

Google also plans to strengthen its local presence through partnerships with schools and community organizations in San Diego. Company representatives highlighted plans to expand educational outreach and community involvement following the store launch.

Local officials, including Catherine Blakespear and Stephen Whitburn, attended the opening event, signaling broader civic support for the company’s expansion into the region.

The opening reflects a wider retail trend in which major technology companies are investing in physical storefronts to complement online sales, strengthen customer relationships, and showcase emerging technologies such as artificial intelligence through real-world experiences.

Hyperscaler Earnings Set to Test AI-Driven Stock Market

Posted on by Nikhil

Key Highlights

  • Earnings from Microsoft, Alphabet, Amazon, and Meta Platforms are in focus.
  • Combined AI and data center spending is expected to exceed $600 billion this year.
  • Results could determine the momentum of the S&P 500 and broader AI trade.

The artificial intelligence-driven trade in the U.S. stock market is approaching a critical juncture as four of the world’s largest technology companies prepare to release their quarterly earnings.

Results from Microsoft, Alphabet, Amazon, and Meta Platforms are expected to provide key insights into whether massive AI investments are translating into tangible financial returns.

These companies, often referred to as hyperscalers, collectively account for more than $10 trillion in market value and represent roughly 17% of the S&P 500. Their performance has been central to the index’s strong rebound in recent months.

Massive Spending Under Investor Scrutiny

The four companies are projected to spend over $600 billion this year on AI infrastructure, including data centers. Analysts estimate that capital expenditures could rise sharply, from about 50% of operating cash flow in 2024 to nearly 90% by 2027, highlighting the scale of their commitment.

While this spending has fueled growth across the AI ecosystem, including chipmakers and infrastructure providers, investors are increasingly questioning whether such heavy investments will deliver sufficient returns. The focus during earnings will be on revenue growth in key areas such as cloud computing and digital advertising.

Market Volatility Expected Around Results

With all four hyperscalers reporting around the same time, markets could experience heightened volatility. Options data suggests potential one-day stock swings ranging from 4% for Amazon to over 7% for Meta, reflecting uncertainty around earnings outcomes.

Synchronized reporting may give investors a clearer, immediate picture of the AI sector’s direction, but it also increases the likelihood of sharp market reactions as comparisons across companies become more transparent.

Ripple Effects Across the AI Ecosystem

The spending surge by hyperscalers has already boosted related sectors, particularly semiconductor companies. The Philadelphia Semiconductor Index has risen significantly, reflecting strong demand for chips powering AI applications.

At the same time, any indication that hyperscalers might slow their investment could trigger a broader market reaction. Analysts note that reduced spending would likely impact not just individual stocks but the entire basket of AI-related companies.

The upcoming earnings reports represent a defining moment for the AI-led market rally. Investors will be closely watching whether continued heavy spending by hyperscalers is justified by revenue growth and long-term profitability.

If results confirm strong returns on AI investments, the rally could gain further momentum. However, any signs of weaker-than-expected performance or cautious spending outlooks could challenge the current optimism surrounding the AI trade.

Read more Tech News.

VMO2 Warns AI Is Fueling Rise in Fake Customer Service Scams

Posted on by Nikhil

Key Highlights

  • Virgin Media O2 warns AI is generating fake customer service numbers.
  • Up to 27% of young adults (25-34) have encountered fake numbers online.
  • Over 1 billion scam calls and texts have already been flagged or blocked.

Virgin Media O2 (VMO2) has issued a warning about the growing misuse of artificial intelligence to generate fake customer service contact details. According to the company, fraudsters are increasingly using AI to create convincing phone numbers, websites, and search results that mislead consumers attempting to contact legitimate brands.

These scams exploit moments when users are actively seeking help, often leading them to unknowingly share sensitive information with criminals posing as trusted service providers.

Survey Reveals Growing Exposure to Fake Numbers

VMO2’s findings highlight the scale of the issue. Around 13% of UK consumers reported being shown fake customer service numbers via search engines or AI tools. The figure rises significantly among younger adults, with 27% of individuals aged 25-34 encountering such scams.

Additionally, 22% of respondents said they were unsure whether a phone number they found online was genuine, underlining widespread uncertainty among users navigating digital platforms.

Trust in search results and AI-generated information is also contributing to the problem. About 13% of consumers said they always assume the top search result is official, increasing to 20% among younger adults. Meanwhile, 10% of users, and 19% in the 25-34 age group, rely on phone numbers generated by AI tools, further increasing their vulnerability.

Advice to Avoid Falling Victim

In response, VMO2 is urging consumers to adopt safer practices when searching for customer support. The company recommends using only official contact details listed on verified company websites, apps, or billing documents.

Users are also advised to be cautious of phone numbers surfaced through search engines, social media posts, or AI-generated responses, as these may not always be reliable.

Ongoing Efforts to Combat Fraud

VMO2 says it is actively working to reduce fraud risks through its “Swerve the Scammers” campaign. The initiative includes AI-powered scam detection tools that have already flagged more than 1 billion suspicious calls and blocked over 1 billion scam text messages.

The company has also introduced Brand ID, a feature designed to identify organizations behind incoming calls, helping users distinguish legitimate contacts from unknown or potentially fraudulent numbers.

The surge in AI-driven scams is prompting action across the telecom sector. Companies are deploying AI-powered security tools to help businesses detect and mitigate cyber threats in real time.

The financial impact of cybercrime remains significant. Research indicates that small businesses in the UK face average annual losses of £3,398, rising to £5,001 for larger SMEs, contributing to an estimated £3.4 billion cost across the sector.

Smart Irrigation Rules Could Cut Water Use and Boost Farm Profits

Posted on by Nikhil

Key Highlights

  • Researchers from the University of Nebraska-Lincoln developed data-driven irrigation strategies.
  • The approach uses soil moisture thresholds to guide when to start and stop watering.
  • Findings show potential to reduce water use while increasing farm profitability.

A new study from the University of Nebraska-Lincoln highlights how smarter irrigation practices can help farmers conserve water while improving financial outcomes.

The research, published in the journal Manufacturing and Service Operations Management, comes at a time when global water resources are under increasing pressure and agricultural demand continues to rise.

Agriculture accounts for roughly 70% of global freshwater use, with nearly 40% of food production dependent on irrigation. As water scarcity becomes more widespread, improving irrigation efficiency has become a critical priority.

Data-Driven Rules Replace Guesswork

The research team, including Erkut Sönmez, Derek Heeren, and Baris Ata, developed a system based on soil moisture thresholds to determine optimal irrigation timing.

Instead of relying on fixed schedules or manual judgment, farmers can monitor soil moisture and irrigate only when moisture levels drop below a threshold. The system also determines how much water to apply, helping maintain an optimal balance.

The approach functions similarly to a thermostat, automatically guiding irrigation decisions based on real-time conditions.

Higher Profits With Lower Water Consumption

The study found that these smart irrigation rules can both reduce water use and increase farm profits compared to traditional irrigation methods.

The benefits are particularly significant in drought-prone regions, where efficient water management is essential for sustaining crop yields and farm income.

Researchers noted that as water becomes scarcer, the advantages of adopting such data-driven systems are likely to increase.

Interdisciplinary Innovation Drives Results

A key aspect of the research is its interdisciplinary approach. The team applied principles from supply chain management, specifically inventory management, to agricultural water use.

By treating soil moisture like inventory in a warehouse, the researchers were able to design policies that optimize when and how resources are used.

This cross-disciplinary method represents a novel way of addressing agricultural challenges through analytical and data-driven techniques.

Testing and Future Applications

The findings were validated using extensive computer simulations that incorporated historical data on soil conditions, weather patterns, and economic factors.

The next phase of research will involve testing the irrigation strategies in real-world farming environments, particularly on corn and soybean fields.

Beyond irrigation, the researchers plan to apply similar models to other areas of farm management, including fertilizer use, to further enhance efficiency and sustainability.

Toward Sustainable Farming Practices

The study underscores the growing role of technology and analytics in modern agriculture. By adopting smarter irrigation systems, farmers can better manage limited resources while maintaining productivity and profitability.

As global challenges around water scarcity and food security intensify, such innovations could play a crucial role in shaping more sustainable farming practices.

Nord Precious Metals Announces $2M Unit Financing for Exploration and Operations

Posted on by Nikhil

Key Highlights

  • Nord Precious Metals Mining Inc. plans to raise up to $2 million through a private placement.
  • The offering includes 13.3 million units priced at $0.15 each.
  • Proceeds will support exploration at the Castle East Project and general operations.

Nord Precious Metals Mining Inc. has announced a non-brokered private placement financing of up to 13,333,333 units, aiming to raise gross proceeds of $2 million, subject to approval from the TSX Venture Exchange.

Each unit is priced at $0.15 and consists of one common share and one share purchase warrant. The warrants allow holders to acquire an additional share at $0.20 for a period of three years from the closing date.

The company also noted that finder’s fees may be paid to eligible parties involved in the financing, pending exchange approval.

Funds to Support Exploration and Working Capital

The proceeds from the financing will primarily be used to advance exploration activities at the company’s Castle East Project located in Gowganda, Ontario, Canada.

In addition to exploration, funds will also be allocated toward general working capital and administrative expenses, supporting ongoing operations.

The financing will be conducted in jurisdictions outside Canada and the United States under applicable regulatory exemptions. As a result, the securities issued are not expected to be subject to a hold period in Canada.

Integrated Operations and Silver-Focused Strategy

Nord Precious Metals Mining Inc. operates TTL Laboratories, a permitted high-grade milling facility in Ontario’s historic Cobalt Camp. The company has built an integrated approach combining silver exploration with metals recovery operations.

Its flagship Castle property spans approximately 63 square kilometres and includes the past-producing Castle Mine, along with the Castle East discovery. Previous drilling at Castle East has outlined an estimated 7.56 million ounces of silver in inferred resources, although the company noted this estimate is considered historical and requires further validation.

Multi-Metal Recovery and Growth Potential

Nord’s strategy focuses on extracting multiple metals from its operations. In addition to silver, the company is targeting critical minerals such as cobalt and nickel, which are essential for battery production.

The company’s Re-2Ox hydrometallurgical process has been validated at pilot scale and is designed to process complex ores while producing battery-grade cobalt sulphate and other metal products.

Beyond Ontario, Nord also holds a diversified portfolio of battery metals assets. This includes an approximately 35% stake in Coniagas Battery Metals Inc. and ownership of the St. Denis-Sangster lithium project near Cochrane, Ontario.

Positioning Within Critical Minerals Supply Chain

With its integrated mining and processing capabilities, Nord Precious Metals Mining Inc. aims to strengthen its role in Ontario’s growing critical minerals sector.

The combination of silver production, battery metal recovery, and established infrastructure positions the company to benefit from increasing demand for materials used in energy storage and electrification technologies.

Read more news on Metals & Mining.

US F-35 Jets Delivered Without Radar as APG-85 Upgrade Faces Delays

Posted on by Nikhil

Key Highlights

  • Some F-35 Lightning II jets are being delivered to the US without radar systems due to upgrade delays.
  • The issue is linked to delays in the next-generation APG-85 radar under the Block 4 upgrade programme.
  • These aircraft will be used for training purposes until they are fully equipped.

The delivery of frontline F-35 Lightning II fighter jets without radar systems has emerged as an unusual development in the US military programme. The issue stems from delays in the aircraft’s next-generation radar, which has created a gap between production timelines and system availability.

According to reports, a number of newly built aircraft are being handed over without one of their most critical combat components. The delay specifically affects jets intended to receive the upgraded APG-85 radar as part of the Block 4 modernisation effort.

Upgrade Mismatch Creates Production Challenge

The problem centres on the transition from the existing APG-81 radar to the more advanced APG-85 system. Aircraft in Lot 17 production were designed to accommodate the newer radar, but delays in its development mean it is not yet ready for installation.

Adding to the complexity, the APG-85 differs in size from the current system and cannot be fitted without structural modifications. Efforts are underway to redesign parts of the aircraft to allow compatibility with both radar types, but this solution may not be ready until Lot 20 production, expected around 2028.

Because of these constraints, the aircraft cannot be equipped with the older APG-81 radar either, resulting in jets being delivered without any radar system.

Temporary Measures to Maintain Airworthiness

To ensure the aircraft remain operationally viable, manufacturers have been installing ballast weights in place of the missing radar since mid-2025. This allows the jets to maintain proper balance and remain airworthy despite lacking a key system.

The issue is limited to US-bound aircraft, as export customers continue to receive jets fitted with the APG-81 radar. The newer APG-85 system has not yet been approved for export.

Production Continues Despite Limitations

Despite the challenges, production of the F-35 Lightning II is continuing. Maintaining production momentum is considered critical, as halting the assembly line could have wider industrial and financial consequences.

The radar-less aircraft will not be used in combat roles. Instead, they will support training and fleet readiness until they can be upgraded with the APG-85 system. This approach mirrors previous programme phases, such as the Technology Refresh 3 upgrade, where aircraft were delivered in a limited configuration and later upgraded.

Limited Operational Impact Expected

The absence of radar does not affect the aircraft’s basic flight capabilities. These jets remain fully flyable and safe to operate in controlled environments, enabling their use for pilot training.

In practice, a portion of military aircraft fleets is often dedicated to non-combat roles. For example, some F-22 Raptor aircraft are used primarily for training rather than operational missions.

Read more news on Aerospace.

OMRON Healthcare Releases Women’s Heart Health Factbook Highlighting Hypertension Risks

Posted on by Nikhil

Key Highlights

  • OMRON Healthcare has released a new Women’s Heart Health Factbook focusing on cardiovascular risks in women.
  • Around 32% of women aged 30-79 worldwide live with hypertension, yet only a small proportion achieve effective blood pressure control.
  • Experts say menopause is a key turning point that can increase cardiovascular risk if blood pressure is not monitored regularly.

Marking the global focus on women’s health around International Women’s Day, OMRON Healthcare has released a new Women’s Heart Health Factbook aimed at raising awareness about the link between menopause, hypertension, and long-term cardiovascular disease risk.

The report highlights that hypertension remains a major but often under-recognised health challenge for women worldwide. According to the data presented in the factbook, an estimated 32% of women between the ages of 30 and 79 are living with high blood pressure globally.

However, diagnosis and treatment remain limited. Only 59% of women with hypertension are diagnosed, and just 23% manage to achieve effective blood pressure control, leaving the majority at increased risk of serious cardiovascular complications.

Heart Disease Continues to Be the Leading Cause of Death

Cardiovascular disease remains the leading cause of death among women worldwide, with conditions such as ischemic heart disease and stroke accounting for most fatalities.

Health experts note that cardiovascular risk often rises during and after menopause. As estrogen levels decline, changes in vascular function and blood pressure regulation can increase the likelihood of developing heart-related conditions.

Beyond menopause, women face several life-stage factors that may influence long-term cardiovascular health. These include pregnancy-related hypertension, hormonal contraceptive use, and other hormonal changes throughout life.

Because of these factors, healthcare professionals emphasize the importance of consistent blood pressure monitoring across different stages of a woman’s life.

Experts Call for Greater Awareness and Early Detection

Experts involved in the report say that cardiovascular disease in women has historically been underdiagnosed and undertreated.

Alta Schutte, Principal Theme Lead of Cardiac, Vascular and Metabolic Medicine at UNSW Sydney, noted that longstanding biases in medical research and clinical guidelines have contributed to the problem.

She explained that despite cardiovascular disease being the leading cause of death among women globally, symptoms are often overlooked or misinterpreted.

Meanwhile, Karel Herberigs, Managing Director of OMRON Healthcare EMEA, described menopause as a major turning point for cardiovascular health.

He stressed that increased awareness and regular health monitoring could help address gaps in care and enable earlier intervention.

Archanna Mohangoo, Medical Marketing Manager for the EMEA region, added that symptoms such as fatigue, disrupted sleep, or heart palpitations are often attributed solely to menopause.

However, these symptoms may sometimes signal underlying conditions like hypertension or Atrial Fibrillation, which can significantly increase the risk of stroke and heart disease if left undetected.

Encouraging Preventive Care Across the Lifespan

The Women’s Heart Health Factbook aims to encourage both women and healthcare providers to pay closer attention to cardiovascular health during menopause and beyond.

By highlighting the global hypertension care gap and the importance of early detection, OMRON Healthcare hopes the report will support better prevention strategies and improve long-term heart health outcomes for women worldwide.

Kazakhstan Central Bank Plans Up to $350 Million Investment in Crypto Assets

Posted on by Nikhil

Key Highlights

  • National Bank of Kazakhstan plans to allocate up to $350 million from its reserves to invest in cryptocurrency-related assets.
  • Investments will include crypto assets, high-tech companies linked to digital finance, and index funds tracking crypto market trends.
  • The central bank expects investments to begin between April and May, following the selection of suitable companies and instruments.

The central bank of Kazakhstan is preparing to invest up to $350 million in cryptocurrency related assets, marking a cautious but strategic step toward gaining exposure to the rapidly evolving digital asset ecosystem.

At a briefing on interest rates, Timur Suleimanov, governor of the National Bank of Kazakhstan, said the institution is developing a portfolio that will draw funds from the country’s gold and foreign exchange reserves. The initiative reflects growing interest among global financial institutions in diversifying reserves and exploring emerging financial technologies.

“We are currently developing a list of instruments in which we will invest,” Suleimanov said, adding that the portfolio will include not only cryptocurrencies themselves but also other financial instruments linked to the sector.

Investment Strategy Targets Crypto Ecosystem

According to Aliya Moldabekova, deputy chair of the central bank, the investment strategy will focus on companies and financial instruments connected to digital assets, rather than committing large sums directly to cryptocurrencies.

“We are not talking about any large investment in cryptocurrencies,” Moldabekova said. “We are currently selecting companies that deal with digital assets, for example, those involved in cryptocurrency infrastructure.”

The investment universe being evaluated includes shares of high-tech firms related to cryptocurrencies and digital financial assets, index funds, and other financial instruments that show similar performance dynamics to crypto assets.

The central bank is currently reviewing potential companies and financial vehicles before finalizing its investment list.

Investments Expected to Begin in Spring

Officials confirmed that the first phase of investments is expected to begin between April and May, once the evaluation process is completed.

Kazakhstan currently holds substantial financial reserves. As of February 1, the country’s gold and foreign exchange reserves stood at $69.40 billion, while the assets of the national fund totaled approximately $65.23 billion.

By allocating a relatively small portion of these reserves to crypto-related investments, the central bank aims to gain exposure to the digital asset sector while maintaining a cautious and diversified reserve management strategy.

The move highlights how governments and central banks worldwide are increasingly exploring digital finance and cryptocurrency-linked investments as the global financial landscape continues to evolve.

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