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From “World Factory” to “World Brain”: China’s Robots, AI, New Drugs Enpowering China’s Foreign Trade

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From “World Factory” to “World Brain”: China’s Robots, AI, New Drugs Enpowering China’s Foreign Trade
Blog

Blog

From “World Factory” to “World Brain”: China’s Robots, AI, New Drugs Enpowering China’s Foreign Trade

2026-08-02 10:22 Last Updated At:10:22

Robots, AI, and innovative drugs — the so-called new ‘New Three’ — have become China's newest foreign trade calling card, with state media highlighting their explosive overseas performance.

In the first half of 2026, China's industrial robot exports jumped 18.6% year-on-year, reaching 141 countries and regions. Surgical robot exports surged 3.3 times. The numbers signal more than industrial upgrading: they mark a solid entry into the global high-end medical market, confirming that Chinese manufacturing has evolved from the labor-intensive old 'New Three' to the technology-intensive new 'New Three’.

AI technology is accelerating integration with hardware, opening up new application scenarios in overseas markets.

AI technology is accelerating integration with hardware, opening up new application scenarios in overseas markets.

As for AI: data from OpenRouter, a global AI model aggregation platform, shows that in the third week of July, China's large models recorded 36.11 trillion tokens in weekly usage, ranking first globally for twelve consecutive weeks.

That report card means China's large models are not only popular domestically but have also secured a leading position in the global AI application market, outpacing competitors for three straight months.

Innovative drugs also broke through. In the first half, China's National Medical Products Administration (NMPA) approved 11 innovative drugs with new targets and mechanisms, all independently developed by Chinese pharmaceutical companies.

AI-assisted R&D is shortening the cycle for new drug discovery, speeding up the internationalization of homegrown innovative drugs.

AI-assisted R&D is shortening the cycle for new drug discovery, speeding up the internationalization of homegrown innovative drugs.

Out-licensing transaction value reached about $110 billion (HK$858 billion), already 80% of last year's total. Chinese companies also claimed eight of the top ten global pharmaceutical transactions. That shows Chinese pharmaceutical companies are no longer 'following' — they've taken the lead in the global innovative drug transaction market.

Global Impact and Open-Source Leadership

Chinese-made cleaning robots are replacing high-altitude 'spider-men' in Australia, cutting the risks of dangerous work. In Brazil, Chinese large models assist local power grids with maintenance and inspection in complex environments.

An innovative drug capsule from Shanghai has also been included in global authoritative treatment guidelines. These concrete cases show that China's new ‘New Three' are not just a slogan — they are genuinely changing daily lives in other countries.

NBC recently cited a Pew Research Center poll released July 15, pointing out that the view of China as a more reliable partner is gaining recognition in many regions. Even the Financial Times reported that international platforms like Pinterest and Airbnb have long used Chinese open-source models to optimize products and iterate services.

France's Libération added that thanks to a complete production system and economies of scale, Chinese innovative drugs often launch at prices far below European and American counterparts. After some cancer treatments enter the French medical insurance system, each patient can save tens of thousands of euros annually.

Some Western countries, in contrast, have been building walls and barriers to contain China's tech rise. But China is doubling down on an open-source ecosystem, giving small and medium-sized enterprises and developing countries worldwide access to top-tier computing power at rock-bottom costs.

Global downloads of Chinese open-source large models have surpassed 10 billion. And on July 28, the World Artificial Intelligence Cooperation Organization was officially established in Shanghai, hailed as a milestone in AI

Western Dependence and Expert Endorsements

A Morgan Stanley report put it bluntly: Without China, the supply-chain cost for Tesla's Optimus Gen 2 humanoid robot would multiply several times over. That's a stinging rebuke to the West — even Elon Musk's own robot project can't escape China's supply chain.

Industrial robots are now widely used in automated sorting and logistics, boosting supply chain efficiency

Industrial robots are now widely used in automated sorting and logistics, boosting supply chain efficiency

Wang Xiaosong, a professor at Renmin University's School of Economics, argues that China's manufacturing upgrade rests on a complete, constantly evolving industrial system, sustained R&D spending, and a super-sized market.

It's the fruit of hard work and open collaboration. Over the past five years, China's R&D spending has grown 10% annually, ranking second globally.

Retired Pakistani Air Force Colonel Sultan Hali, a China expert, recently argued that Chinese-style modernization shows tech innovation isn't just a national engine — it can also fuel global development through open cooperation.

That's, to some extent, a direct rebuttal to the 'China threat theory': China brings opportunity, not impact; empowerment, not threats.




Mao Paishou

** 博客文章文責自負,不代表本公司立場 **

China's moon shot just got real. Officials have confirmed the plan: Chinese astronauts will set foot on the lunar surface before 2030.

Three Astronauts, One Big Goal

The first crewed lunar mission will fly with three astronauts. Two will descend to the surface to carry out scientific surveys and technical tests. The third will stay aboard the spacecraft in lunar orbit, coordinating and supporting the landing.

China plans first crewed Moon landing before 2030

China plans first crewed Moon landing before 2030

The details emerged on October 31, when 7th Manned Space Symposium convened at Beihang University in Beijing. More than 800 experts and scholars from human spaceflight fields gathered to discuss how digital and intelligent technologies can drive the high-quality development of crewed spaceflight.

Wang Xiang, deputy chief designer of the China Manned Space Program and chief designer of the lunar exploration project, laid out the mission profile at the conference. China's first crewed lunar mission will adopt a "two launches, one landing" approach, completing the entire mission through a lunar-orbit rendezvous and docking.

Wang Xiang, chief designer of lunar exploration

Wang Xiang, chief designer of lunar exploration

How the Mission Works

The flight plan is a two-rocket job. According to the plan announced so far, the mission calls for two Long March 10 carrier rockets, launched separately. The first rocket carries the lunar lander into lunar orbit. Then a second rocket sends the crewed spacecraft into space, where it rendezvouses and docks with the waiting lander.

Once docking is complete, the astronauts move from the crewed spacecraft into the lunar lander and separate. Riding the lander, they descend to the lunar surface to carry out scientific exploration and related technical tests.

The crew is expected to number three. Two of them make the actual descent to the surface. The third stays behind in the spacecraft, keeping operations in sync with the astronauts on the ground.

Getting home means running the sequence in reverse. After their work is done, the two lunar astronauts lift off from the surface aboard the lander, climb back to lunar orbit, and dock a second time with the crewed spacecraft that held station. Once the astronauts transfer back aboard, the spacecraft heads for Earth, closing out the crewed lunar landing mission.

China's lunar exploration enters new development stage

China's lunar exploration enters new development stage

Beyond the Landing

China's lunar program just leveled up. The Chinese Lunar Exploration Program has completed integration and formally entered a new phase of development. Work on the lunar landing stage is moving steadily ahead, with one clear target: putting the first Chinese astronauts on the Moon before 2030.

But landing is only the beginning. The mission will also run lunar scientific surveys and related technical tests. The goal is to master the hard stuff: crewed Earth-Moon round trips, short stays on the lunar surface, and joint human-machine exploration. It must check off a full list of tasks, from landing and roving to sampling, research and return. Step by step, China is building the ability to explore the Moon on its own terms.

Lunar landing work advances toward 2030 goal

Lunar landing work advances toward 2030 goal

Meanwhile, China's space station is hitting its stride. The outpost has entered a phase of routine operations and high-quality development, and it is running stably in orbit. More than 200 science and application projects are already under way, spanning space life sciences, space materials science, microgravity fundamental physics, and microgravity fluid and combustion science.

And the station is about to open its doors wider. Its first foreign astronaut is on the way, along with visits from a low-cost cargo transportation system.

Mission uses two Long March 10 rockets

Mission uses two Long March 10 rockets

A Milestone in Sight

China's crewed lunar landing program is moving out of the lab and onto the launch pad.

The Long March 10 launch vehicle, the lunar lander and the crewed spacecraft are all pushing ahead in development. Put them together, and a first Chinese landing on the Moon before 2030 will stand as a major milestone in the country's space ambitions.

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