A student team has created a satellite.

Translation. Region: Russian Federation –

Source: People's Republic of China in Russian – People's Republic of China in Russian –

An important disclaimer is at the bottom of this article.

Source: People's Republic of China – State Council News

On December 10th, the Yixian-A CubeSat, developed by a student team at Sun Yat-sen University, was successfully launched. It is the world's first satellite capable of measuring the deformation of wooden exterior panels in orbit. The team behind this CubeSat consists primarily of nine young people, led by Sun Yat-sen University postdoc Wang Hui, a 1990s generation graduate. He has been nurturing this dream of space for 22 years.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

China's Top 10 Science and Technology News of 2025 Released

Translation. Region: Russian Federation –

Source: People's Republic of China in Russian – People's Republic of China in Russian –

An important disclaimer is at the bottom of this article.

Source: People's Republic of China – State Council News

BEIJING, Dec. 25 (Xinhua) — China's Keji Ribao (science and technology daily) on Thursday published the country's top 10 science and technology news items in 2025, including the launch of the DeepSeek large language model, the experimental Advanced Superconducting Tokamak (EAST), and a prototype superconducting quantum computer.

Among the top 10 news events are the DeepSeek model, which is attracting worldwide attention; China's EAST "artificial sun," which set a world record by lasting over 1,000 seconds at 100 million degrees Celsius; the successful creation of the Zuchongzhi 3.0 superconducting quantum computer prototype; and the first large-area 2D metallic material preform.

The selected events also included clinical trials of an invasive brain-computer interface; the discovery of the evolutionary history of the far side of the Moon; the identification of the process by which a single somatic cell transforms into a fully developed plant; and the development of a high-precision, scalable analog matrix computing chip.

Other events that made the top 10 included the emphasis on the leading role of scientific and technological innovation in the Proposals of the Central Committee of the Communist Party of China for the 15th Five-Year Plan for National Economic and Social Development, as well as the commissioning of China's first aircraft carrier equipped with electromagnetic catapults.

The above-mentioned newspaper conducted a selection process in which academicians from the Chinese Academy of Sciences and the Chinese Academy of Engineering, as well as representatives of the media, participated. -0-

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China's Defense Ministry has called Japan's offensive space policy extremely dangerous.

Translation. Region: Russian Federation –

Source: People's Republic of China in Russian – People's Republic of China in Russian –

An important disclaimer is at the bottom of this article.

Source: People's Republic of China – State Council News

BEIJING, Dec. 25 (Xinhua) — Japan's unrestrained development of satellite jamming technology is accelerating the weaponization and militarization of space and fueling an arms race in outer space, which is extremely dangerous and unpopular, Chinese Defense Ministry spokesperson Zhang Xiaogang said Thursday.

Thus, at a regular press conference, Zhang Xiaogang responded to a media inquiry about Japan's claims of significant advances in technologies that could disrupt the operation of other countries' satellites, as well as a media analysis warning of the risk of a possible "space Pearl Harbor" plot.

Zhang Xiaogang said that maintaining lasting peace and security in outer space is vital to the security, development and prosperity of various countries.

Given that Japan's vicious warlords once launched surprise attacks from the rear and that the country is now pursuing an offensive space policy, it is not surprising that concerns are growing about a possible repeat of the Pearl Harbor scenario, Zhang Xiaogang said. -0-

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With the support of Lukoil, the opening of the Lefortovsky electric power hub took place.

Translation. Region: Russian Federation –

Source: LUKOIL – LukOil – An important disclaimer is at the bottom of this article.

December 25, 2025 { 12/25/2025 3:04:36 PM }

LUKOIL PJSC has completed a joint project with Mosenergo PJSC to build the Lefortovo charging hub for electric vehicles in Moscow. The hub is located in the Eastern Administrative District, near the CHPP-11 power plant and the capital's major highways—the Third Transport Ring, Moscow Highway, and Shosse Entuziastov. The hub includes nine 120 kW fast charging stations, as well as Moscow's first 240 kW station with a 500 A connector. They are equipped with the most popular GB/T, CCS2, and NACS connectors (for Tesla electric vehicles). The average charging time is approximately 30 minutes, and 20 vehicles can be serviced simultaneously. Electric vehicle owners are provided with a comfortable lounge area with a minimarket where they can grab a snack and purchase essentials for the road. LUKOIL is one of the leaders in developing electric charging infrastructure for "green" transport in the country. Currently, stations are installed at 134 gas stations, most of which are fast charging.

Company Profile

PJSC LUKOIL is one of the largest vertically integrated oil and gas companies in the world, accounting for over 2% of global oil production and approximately 1% of proven hydrocarbon reserves. With a full production cycle, the Company fully controls the entire value chain, from oil and gas production to petroleum product distribution. More than 100,000 people combine their efforts and talent to ensure the Company's market leadership.

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Rosneft has announced the winner of the "Fill up with Pulsar and win a car" promotion.

Translation. Region: Russian Federation –

Source: Rosneft – An important disclaimer is at the bottom of this article.

Rosneft has announced the results of its "Fill Up with Pulsar and Win a Car" campaign, which featured a drawing for 2,400 valuable prizes, including the grand prize of a Lada Granta.

The promotion launched on September 1 and ran for nine weeks. Participants were required to fill their car with at least 30 liters of Pulsar branded fuel and purchase coffee at one of Rosneft's gas stations upon presentation of their "Family Team" loyalty card. In total, over 76,000 people participated in the promotion.

Weekly prize drawings were held, with winners receiving 1,000 "Family Team" bonus points. The promotion culminated with a drawing for the grand prize—a Lada Granta.

Maria Borisova from Moscow has become the proud owner of a brand new Lada Granta in the Comfort trim level. The key presentation ceremony was conducted by Yaroslav Shevyrtalov, a driver for the LADA Sport ROSNEFT racing team.

Rosneft's retail network is the largest in the Russian Federation in terms of geographic coverage and number of stations, and the Rosneft gas station brand is one of the country's leaders in fuel recognition and quality. Rosneft's retail business covers 62 regions of Russia. The Company's network of operating gas stations comprises approximately 3,000 stations.

Rosneft is actively expanding its retail network, which is distinguished by high-quality fuel, a multi-stage quality control system, a wide range of non-fuel products, and a high level of service. The company is introducing new products and services to fully meet customer needs and improve service levels.

Reference:

Pulsar fuel contains unique cleaning agents that ensure fuel system cleanliness and reduce deposit formation in gasoline engines. Using fuel with cleaning agents extends engine life by maximizing the efficient combustion of the fuel-air mixture, while also reducing fuel consumption and exhaust emissions.

"Family Team" is Rosneft's cumulative bonus loyalty program. Members can earn points by making purchases at the Company's gas stations and partner locations. Accumulated points can be used to pay for fuel, merchandise, and other items in retail stores and cafes. Join the loyalty program by downloading the Rosneft Gas Station app and receiving a virtual loyalty card.

Department of Information and Advertising of PJSC NK Rosneft December 25, 2025

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

SVO fighters send congratulations to Muscovites in the special project "To the advancing ones with the advancing ones!"

Translation. Region: Russian Federation –

Source: Moscow Government – Moscow Government –

An important disclaimer is at the bottom of this article.

In a special project "Happy New Year to the New Year!"New Year's greetings from Muscovites for participants in the Special Military Operation (SVO) have been published. The project has generated a wide response from Moscow residents, and now the city's messages have been published in a section that brings together video greetings and letters of support sent as part of the city-wide campaign.

Also posted here are response video messages from the front lines, in which soldiers thank city residents for their kind words and support, and congratulate them on the holiday.

The "Your Letters Give Strength" section features numerous New Year's letters and wishes left by city residents through a special project. Anyone can submit their messages after logging in to mos.ru. Your warm words will be conveyed to the SVO participants.

"Hello, brothers! I express my sincere gratitude and deepest gratitude to you! Our family, with the utmost respect, wishes you a Happy New Year and Merry Christmas! We wish you health, strength, and, most importantly, safety! Words cannot describe our feelings for you! Take care of yourselves and know that we are all proud of you and look forward to seeing you home victorious! We are trying to help you as best we can. We tell children about your heroic deeds so that our country knows and remembers the heroes who move forward, no matter what," Muscovites wrote in one of their messages to the soldiers.

Letters and video messages to military personnel became part of the "Happy New Year to the New Year!" campaign, which began in Moscow in December.

In addition, Muscovites can donate New Year's gift sets, personal hygiene products, warm socks, mittens, gloves, thermal underwear, and insoles to soldiers at more than 30 Gift Factory pavilions of the Moscow Helps project at the project's sites. Winter in MoscowAs part of the "March of Kindness" campaign, board games are being accepted for military personnel undergoing treatment in hospitals. You can also bring New Year's sweets, construction sets, school supplies, and craft kits to children in the new regions, and food, leashes, and litter for homeless animals. Residents of border regions can receive reflective bracelets, stickers, and other items that enhance visibility at night. It is important that gifts be new, in undamaged packaging and with tags, and that confectionery items have a shelf life of at least three months.

The "Happy New Year to the Advancing Ones!" campaign to support the SVO fighters has begun in Moscow.

This winter, Moscow is also hosting events and activities for SVO participants and veterans and their families—from New Year's performances and excursions for children to meetings with Heroes of Russia and volunteer programs. Together with the "Winter in Moscow" project, the city is creating a space of care and support, organizing customized programs in Zaryadye Park and at festival venues. Journey to Christmas, V Unified support center for military personnel and their familiesand other places.

Winter in Moscow — the main event of the season. The project aims to strengthen social and family ties, create an atmosphere of unity and mutual support, and provide assistance to those currently defending the Motherland. Through a variety of programs, including cultural, educational, and sporting events, it brings together Muscovites and visitors of all ages and interests, creating an environment for creative development, active recreation, and warm communication. Particular attention is paid to supporting participants and veterans of the special military operation and their families, as well as all those providing assistance to the front.

Get the latest news quickly on official Moscow messaging channels. MAX And Telegram.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

In memory of the departed polytechnicians

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The year 2025 is drawing to a close. Sadly, for some, it was their last. Today, we remember the Polytechnicians who are no longer with us.

In January 2025, the outstanding scientist, Doctor of Physical and Mathematical Sciences, Corresponding Member of the Russian Academy of Sciences, Professor of the Higher School of Mechanics and Control Processes of the Physicomechanical Institute V. V. Rybin passed away.

Valery Vasilyevich was born in Belarus. He graduated from Leningrad State University in 1963 with a degree in Physics. He completed his postgraduate studies at the A.F. Ioffe Physicotechnical Institute. Valery Vasilyevich began his scientific career at the Prometey Central Research Institute of Structural Materials, where he began working in the electron microscopy department. Within a short time, under Valery Vasilyevich's leadership, the department became a recognized center for electron microscopy in the USSR and abroad. V.V. Rybin applied his experience as a physicist to systematize empirical, often disparate, information. He elucidated many structural processes in solids, opening up fundamentally new avenues for the development of metal science.

While studying steels, Valery Vasilyevich discovered unusual structures, which he called "high-temperature martensite" and "carbide-free bainite." These structures form the basis of high-strength, low-carbon, weldable structural steels. V. V. Rybin developed a theory of secondary hardening of steels and studied the structures of radiation-resistant steels for nuclear and thermonuclear power plants.

From 1997 to 2009, V. V. Rybin was the first deputy general director for scientific work at the Central Research Institute of Spacecraft Design “Prometheus”.

V.V. Rybin has published approximately 500 scientific papers, including seven monographs, 58 copyright certificates, and patents. Valery Vasilyevich supervised seven PhD candidates and three doctors of science.

Since 2010, Valery Vasilyevich has worked part-time as a professor in the Department of Physics of Strength and Plasticity of Materials, now the section of the Higher School of Mechanics and Control Processes of the Physical-Mechanical Institute of St. Petersburg Polytechnic University.

Also in January, S. V. Zakharenko, an employee of the Operations and Maintenance Department of the Operations and Maintenance Services Department, passed away. His responsibilities included ensuring cleanliness and order at the university.

In March, Polytechnic University bid farewell to several employees: E. V. Dementyeva, Chief Librarian of the Book Storage, Rare Books, and Local History Sector of the Information and Library Complex; A. V. Karpov, Plumber of the Utility Networks Operation Section of the Engineering Services Department; N. V. Dvoretskaya, Lead Engineer of the Higher Engineering Physics School of the Institute of Electronics and Telecommunications; and I. N. Zhilinkova, Senior Lecturer of the Department of Economic Theory of the Institute of Industrial Management, Economics, and Trade.

In April, E. G. Elicheva, a security guard at the Department of Property Relations' Property Complex and Parking Department, passed away.

In May, Professor F. S. Nasredinov, a Doctor of Physical and Mathematical Sciences and professor in the Physics Department of the Institute of Physics and Mathematics, passed away at the age of 78. He had worked in the department for over 30 years. He was an Honorary Professor of the Polytechnic University and an Honorary Worker of Education of the Russian Federation.

Farit Sabirovich was born in Akmola, Kazakhstan. He graduated from the Physics Department of Leningrad State University. He worked at the Physicotechnical Institute of the USSR Academy of Sciences. Since 1992, he has worked in the Department of Experimental Physics at St. Petersburg State Polytechnical University.

Farit Sabirovich's early work focused on the study of the electric capacitance of space charges in semiconductors. His primary research focus was Mössbauer spectroscopy (impurities and radiation defects in semiconductors, crystal-to-glass transitions, and the structure of high-temperature superconductors). Farit Sabirovich participated in pioneering work identifying and studying two-electron centers with negative correlation energy and studying electron exchange between neutral and ionized impurity centers in semiconductors. His doctoral dissertation focused on the use of impurity Mössbauer probes to study the electronic and atomic structure of solids, specifically to determine the spatial distribution of electron defects in the lattices of high-temperature superconductors.

F. S. Nasredinov is the author of about 140 scientific papers, one invention and 30 articles in international publications.

On July 23, V. I. Lebedev, Deputy Director of the Institute of Nuclear Energy (branch) of SPbPU in Sosnovy Bor and former Director of the Leningrad Nuclear Power Plant, passed away. He dedicated more than 54 years to nuclear energy.

Valery Ivanovich was born on November 3, 1947, in Teikovo, Ivanovo Region. In 1971, he graduated from the Ivanovo Power Engineering Institute with a degree in "Automation of Thermal Power Processes" and was assigned to the Leningrad Nuclear Power Plant in Sosnovy Bor. Initially, he worked as an instrumentation and automation engineer, then became a senior engineer for the Skala information system, a senior repair foreman for the Skala information system, a head of the thermal automation and measurement shop, and the plant's chief engineer. In 1996, he became head of the Leningrad Nuclear Power Plant.

In 1998, V. I. Lebedev received his PhD in engineering, and in 1999, his doctorate. Since 2000, he has worked as a professor in the Department of Nuclear and Thermal Power Plants at the Power Engineering Faculty of the Saint Petersburg State Polytechnical University.

After 14 years as the director of the Leningrad Nuclear Power Plant, Valery Lebedev transferred to the Institute of Nuclear Energy (branch) of SPbPU in Sosnovy Bor. He served as its director until 2018, then as deputy director.

V. I. Lebedev is the author of three scientific discoveries, 80 inventions, five monographs and over 150 scientific articles.

In September, a leading specialist of the SPbPU History Museum and an Honorary Worker of the Polytechnic University passed away. A. N. Kobyshev.

Alexander Kobyshev entered the Leningrad Polytechnic Institute in 1966. He studied at the Faculty of Mechanical Engineering, specializing in "Machines and Technology of Metal Forming."

In 1972, after receiving a degree in mechanical engineering, he worked as a junior research fellow in the Department of Machines and Technologies for Metal Forming and as an assistant in the Department of Machine Parts. He worked on hydrostatic deformation of metals—stamping using liquids—and in 1975 won the Lenin Komsomol Prize in Science and Technology for Young Scientists.

In 1976, he defended his PhD dissertation and returned to the Department of Machines and Technologies for Metal Forming. In 1983, Alexander Nikolaevich was appointed Dean of International Students.

In 1989, the Progress Management and Marketing Center was established at the M. I. Kalinin Polytechnic Institute, and Alexander Nikolaevich became its director. In 2009, he returned to the Polytechnic University and became first the director of the Management and Marketing Center at St. Petersburg State Polytechnical University, and then the head of the Corporate Public Relations Department, which he led until 2018.

In 2019 Alexander Nikolaevich He served as acting director of the Higher School of Creative Industry and Design at IMMiT. And for the last few years, he worked as a leading specialist at the SPbPU History Museum, writing a book about the Polytechnic.

In November 2025, V. V. Ris, director of the scientific and educational center "Computer Technologies in Aerodynamics and Thermal Engineering" of the Physics and Mechanical Institute, passed away. He dedicated 58 years to the Polytechnic University.

Vladimir Ris was born in Leningrad on September 17, 1944. In 1961, he entered the M. I. Kalinin Leningrad Polytechnic Institute (LPI), in the Department of Hydroaerodynamics of the Physics and Mechanics Faculty. In 1967, he received a degree in engineering physics, specializing in aerodynamics and thermodynamics. After graduating, he found work in the Power Engineering Department of LPI (now part of the Institute of Power Engineering of St. Petersburg Polytechnic University). He held positions as an engineer, junior research fellow, senior research fellow, associate professor, and professor in the Department of Theoretical Foundations of Heat Engineering. Since 2011, V. V. Ris has served as director of the scientific and educational center "Computer Technologies in Aerodynamics and Heat Engineering."

V. V. Rees dedicated 45 years to teaching. He lectured and conducted practical classes on thermodynamics, heat and mass transfer theory, and fluid dynamics. He developed a course on fluid dynamics for students majoring in energy sciences.

In 1982, Vladimir Voldemarovich, co-authored with A. I. Kirillov, P. M. Mikhailov, and G. G. Gavra, compiled and published a textbook on calculating heat exchangers for compressor units. In 2020, Vladimir Voldemarovich, co-authored with A. G. Abramov and N. G. Ivanov, associate professors of the Physicomechanical Institute, prepared a textbook entitled "Fluid Flow in Volume Force Fields."

Since the early 1970s, V. V. Ris has been researching convective heat transfer as applied to soil temperature stabilization systems in permafrost regions. Since 1974, in collaboration with staff from the Department of Hydrodynamics at the Faculty of Physics and Mechanics, he has been performing calculations and experimental studies of flow and heat transfer in rotating channels, aimed at improving the efficiency of rotor cooling systems for powerful turbogenerators.

After 1991, V. V. Rees was the manager and responsible executor of grants from the Russian Foundation for Basic Research and contractual work carried out at the Department of Hydroaerodynamics.

V. V. Rees is the author of over 100 scientific papers. Under his supervision, 12 people became PhD candidates.

In December, at the age of 87, Doctor of Economics, Professor, Honored Worker of Higher Education of the Russian Federation, Professor of the Higher School of Industrial Management of the Institute of Industrial Management, Economics and Trade, Professor of the Department of Management Viktor Andreevich Dubolazov passed away.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Media: China is a leader in Industry 4.0

Translation. Region: Russian Federation –

Source: People's Republic of China in Russian – People's Republic of China in Russian –

An important disclaimer is at the bottom of this article.

Source: People's Republic of China – State Council News

On December 10, the Hong Kong-based Asia Times published an article titled “China Leads Industry 4.0, India Hopes to Join in.”

The strategic challenge India faces is not whether China will lead Industry 4.0, as this is already a reality, but how China's leadership will impact India's own development, as Indian manufacturers are highly dependent on Chinese technology.

China has pioneered the implementation of intelligent "dark factories" in the electronics and electric vehicle industries. These fully automated factories operate 24 hours a day, using precision equipment systems controlled by artificial intelligence and requiring virtually no human intervention.

To meet growing global demand for high-tech products, Chinese manufacturers of electric vehicles, mobile phones, and semiconductors are investing in fully automated factories. Despite the enormous capital investment, true "dark factories" can save 80% to 92% of direct labor costs in production.

Without automation, India will be unable to industrialize. Without robots and digital manufacturing systems, its labor-intensive export model will lose its competitiveness. India's electronics design and manufacturing ecosystem remains heavily dependent on Chinese components.

Although Indian factories typically use the "Made in India" label, the "brains" of the machines often come from China. Indian mobile phone manufacturers rely heavily on Chinese imports, including components, displays, processors, camera modules, and semiconductors.

Artificial intelligence will become the "operating system" of Industry 4.0. Chinese companies are actively developing their own core models, such as ERNIE Bot and Tongyi Qianwen, which are directly applicable to industrial ecosystems. Chinese AI-based industrial software is characterized by lower costs and a high degree of integration, and has undergone extensive field testing unmatched by other countries.

Moreover, in terms of total cost of ownership, a complete Chinese industrial AI system is already 25-40% cheaper than any open source or Western analogues.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Russian Tu-95MS strategic bombers completed a scheduled flight over the neutral waters of the Barents and Norwegian Seas, according to the Russian Defense Ministry.

Translation. Region: Russian Federation –

Source: People's Republic of China in Russian – People's Republic of China in Russian –

An important disclaimer is at the bottom of this article.

Source: People's Republic of China – State Council News

Moscow, December 25 /Xinhua/ — Russian Tu-95MS strategic bombers completed a scheduled flight over the neutral waters of the Barents and Norwegian Seas, lasting more than seven hours. They were escorted by foreign fighter jets during certain stages of the flight, the Russian Defense Ministry reported.

"Tu-95MS strategic missile carriers of the Russian Aerospace Forces' long-range aviation carried out a scheduled flight in the airspace over the neutral waters of the Barents and Norwegian Seas," the Russian Defense Ministry said in a statement.

The report notes that fighter escort for the missile carriers was provided by crews of Su-33 aircraft of the Russian Navy.

“At certain stages of the route, the strategic missile carriers were accompanied by fighter jets from foreign countries,” the Ministry of Defense reported.

Russian long-range aviation crews regularly fly over the neutral waters of the Arctic, North Atlantic, Pacific Ocean, Baltic, and Black Seas.

“All flights of Russian Aerospace Forces aircraft are carried out in strict compliance with international airspace regulations,” the Russian Defense Ministry emphasized in a statement.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

The digital economy is becoming a new driver of economic transformation in the SCO countries.

Translation. Region: Russian Federation –

Source: People's Republic of China in Russian – People's Republic of China in Russian –

An important disclaimer is at the bottom of this article.

Source: People's Republic of China – State Council News

TIANJIN, December 25 (Xinhua) — At the SCO summit held in Tianjin, northern China, China announced the establishment of six practical cooperation platforms, three of which are located in Tianjin. From their official opening on September 2 to December 10, the China-SCO Green Industry Cooperation Platform, the China-SCO Digital Economy Cooperation Platform, and the China-SCO Vocational Education Cooperation Center, all located in Tianjin, have celebrated their 100th day of operation.

The China-SCO Green Industry Cooperation Platform exhibition hall features digital equipment and interactive displays. Achievements such as the China-SCO Joint Laboratory for Digital and Intelligent Applications and the China-SCO Integrated Digital Economy Service Platform are showcased. Visitors can explore the "digital perspectives" of the SCO countries in this exhibition hall.

These prospects are becoming a reality. In Uzbekistan, an artificial intelligence system in "virtual classrooms" is eliminating the time and space constraints of vocational training; in Kyrgyzstan, intelligent products integrating production and education based on AIGC (generated artificial intelligence) have become a driving force in local vocational education; in Kazakhstan, real-time digital twin technology is operating within a modern chemical industrial park…

At the SCO summit in Tianjin, an agreement was reached to focus efforts on implementing cooperation projects in the digital economy, advancing the construction and modernization of digital public infrastructure, facilitating the digital transformation of key economic sectors, as well as training highly qualified personnel and enhancing digital skills.

Recently, through the China-SHO digital economy cooperation platform, Fitow (Tianjin) Detection Technology Co., Ltd. received a clear request from a Russian concrete mold manufacturer who wanted to integrate artificial intelligence and high-precision sensor technology into their project.

"Successfully implementing digital technologies abroad often requires precise alignment with needs and adaptation to local standards. The collaboration platform has allowed us to bypass numerous 'detours' in technical cooperation with SCO countries," said Gao Chun, public relations representative at Fitow (Tianjin) Detection Technology Co., Ltd. Following close coordination between the parties, the company successfully secured the contract for this project from Russia.

As cooperation expands within the China-SCO Digital Economy Cooperation Platform, China and the SCO member states are leveraging their resource potential and geographical advantages to jointly create a new, future-oriented digital cooperation space for mutual benefit. -0-

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.