By Fang Jinglun

At the recently concluded 2026 China International Fair for Trade in Services (CIFTIS), a new cross-border service model captured widespread attention. Unlike physical goods shipped in containers, token exports represent a new form of trade in services, delivering computing power and AI intelligence to overseas users measured by AI tokens.

A token is the smallest unit of information processed by a large AI model. For context,  generating an 800-character Chinese-language article using an AI tool consumes around 1,500 to 2,000 tokens.

As AI evolves from an “auxiliary tool” into a primary agent of productivity, China’s token exports are unlocking fresh opportunities on the global stage. 

According to International Data Corporation, global daily token consumption surged nearly 300-fold in 2025. Meanwhile, figures published by OpenRouter, a global AI model aggregation platform, show that as of early August 2026, Chinese large language models have held the top position in call volume on leading platforms catering primarily to overseas users for 15 consecutive weeks.

What is driving the rapid growth of Chinese AI token exports? Several exhibitors at CIFTIS offered the same answer: coordination across the entire industrial chain. This synergy gives the sector advantages in large-model technology, computing costs, application scenarios, and data transmission, making the overseas expansion of AI services increasingly viable.

Adapting supply to demand to enter new markets. 

“There is strong demand for technology and data in Southeast Asia’s AI-generated short-drama market,” said Jiang Linfeng, general manager of FZ Entertainment, a culture and communication company based in Nanning, south China’s Guangxi Zhuang autonomous region. 

The company uses its self-developed generative AI platform to create customized video datasets for businesses in several Southeast Asian countries, tailoring content to local cultures and ensuring relevance to regional markets and preferences.

Cutting costs through technology to win new customers. 

“Our computing infrastructure products and services help clients reduce costs and improve efficiency through open-source technologies. Over the past year, the number of clients seeking consultations on these products has increased several times over,” said Ran Hao, head of overseas technology at EasyStack, a Beijing-based provider of open-source cloud computing solutions.

Building infrastructure to support new business models. 

“We have 256 network nodes overseas, including 15 self-operated internet data centers (IDCs) and more than 300 partner IDCs. We leverage these resources to provide the necessary support,” said Kang Yuanji, a solution manager at China Telecom Global, a Chinese internet access provider.

The full industrial chain synergy forged by China’s “East Data, West Computing” initiative, combined with direct green power access models and peak-shaving computing allocation mechanism, is driving marked reductions in the overall costs of the AI industry.

For example, thanks to the availability of green electricity, an “East Data, West Computing” industrial park in Qingyang, northwest China’s Gansu province has reduced the electricity price paid by end users to no more than 0.4 yuan ($0.06) per kilowatt-hour.

In June 2026, China’s National Data Administration issued an implementation plan promoting the development of high-quality datasets across industries. The plan calls for establishing and improving mechanisms for the secure and orderly cross-border flow of datasets and promoting mutual recognition of rules governing cross-border data flows. This regulatory support provides a foundation of rules and standards, paving the way for companies to participate in the global data ecosystem.

“Since the second quarter of this year, we have seen a marked increase in inquiries from technology companies about overseas expansion strategies,” said Li Ying, general manager of markets at Incorp International, a professional services provider for corporations and high-net-worth individuals. 

The firm has built full-lifecycle compliance consulting services for emerging business models including large language model exports and computing power exports.

Technologies go global, application scenarios get validated overseas, and capabilities keep iterating. This is exactly what token exports embody — a vivid epitome of “Chinese services” reaching the world.

Looking ahead, Chinese AI companies will continue integrating into the global division of labor in diverse ways, delivering high-quality and affordable intelligent services to more overseas users.

By People’s Daily reporters

The Pinglu Canal officially opened to navigation on Sept. 16. As a landmark infrastructure linking the Belt and Road Initiative and the New International Land-Sea Trade Corridor, it is China’s first major canal constructed since 1949 to directly connect inland waterways to the sea. 

Stretching 134.2 kilometers, this waterway offers southwest China its shortest, most cost-effective, and most convenient outlet to the sea, carving a new landmark into China’s extensive inland river network.

The Xijiang River, a major inland waterway in southern China, and the Beibu Gulf, an inlet of the South China Sea, were once separated by rolling mountain ranges. In the past, exports shipped by water from southwest China had to take a detour via Guangzhou Port in Guangdong province, adding more than 500 kilometers to the journey. With the completion of the Pinglu Canal, the river and sea, once divided by mountain barriers, are now connected for the very first time.

In Baise, located in southern China’s Guangxi Zhuang autonomous region, Su Yonghui, head of the logistics management department of leading aluminum producer Geely Material, did the math.

“In the past, imported raw materials had to be transported from Qinzhou Port in the Beibu Gulf using both rail and road. Shipment volumes were limited, and freight costs were high. Now, with waterway transport, our overall logistics costs have fallen by 30 percent, saving us more than 10 million yuan ($1.49 million) a year,” he said.

In Nanning, the capital of Guangxi Zhuang autonomous region, a cross-border industrial and supply chain for new energy batteries has drawn industry chain leaders BYD and Do-Fluoride, alongside over 50 upstream and downstream enterprises. The full industrial chain generates an output value exceeding 60 billion yuan.

“With the canal open, logistics costs will drop, market response will quicken, and the competitiveness of enterprises will further rise,” said Bi Guochu, director of the Nanning municipal bureau of industry and information technology.

The figures tell a clear story of lower costs and greater efficiency. 

“Logistics costs are expected to fall by 18 to 30 percent, and in the longer term, the canal is expected to save the regions along its route more than 5 billion yuan in freight costs every year,” said Li Yuntao, deputy director of the investment and development department of the Pinglu Canal Group.

Two major markets highlight the potential for mutual benefit.

On one side is China, home to over 1.4 billion people; on the other is ASEAN, with a population of nearly 700 million. 

“A new major corridor for mutual benefit has been added between these two huge markets,” said a diplomatic envoy in China from an ASEAN country after an inspection tour of the Pinglu Canal.

“The marine-oriented economy is rooted in industry. An ‘artery-and-branch’ layout of marine-oriented industries is precisely suited to Guangxi’s interconnected network of land, sea, rivers and canals,” said Huang Lanxi, director of the policy research office of the Communist Party of China Guangxi Zhuang Autonomous Regional Committee.

He noted that the Pinglu Canal Economic Belt serves as an artery, concentrating industries that handle large volumes of cargo and are well suited to port and waterway transport. Other parts of the region form the “branch veins,” with numerous industrial parks and enterprises serving as “fine veins” deeply integrated into the division of labor across industrial chains.

But the network supporting this “artery-and-branch” layout extends far beyond the Pinglu Canal.

Across Guangxi, 65 major land corridors connect the region with other parts of China, sea access points, and border ports. The autonomous region also operates 50 ASEAN-bound container shipping routes, air links to ASEAN nations, and 12 international terrestrial fiber-optic cables for cross-border digital communications.

With coordinated development across land, sea, air, and digital connectivity, Guangxi is positioning itself as a hub facilitating market operations for both domestic and international dual circulation.

Large vessels now berth at the docks, and cranes swing into action. The Dalanping first operating area of Qinzhou Port, part of the Beibu Gulf Port, is a hive of activity.

In May 2026, 122 loaders and other pieces of equipment manufactured by Liugong Group, a Chinese multinational construction machinery company based in Liuzhou, Guangxi Zhuang autonomous region, were shipped to Jakarta, Indonesia. 

In July, a new shipping route to Aqaba Port in Jordan began operations, sending more than 2,600 new energy vehicles from Chongqing and other parts of China directly to the Middle Eastern market.

“After the canal opens, inland waterway transport will be connected with the ocean shipping network, further enhancing the capacity and efficiency of the port,” said Chen Shengchang, general manager of the operating area.

The physical canal is now open, while an invisible network of connectivity is also becoming increasingly seamless.

The Guangxi Maritime Safety Administration has helped establish China’s first waterway designated as equivalent to an A-class navigation area. Inland vessels meeting the required qualifications can, under specified conditions, sail directly to deep-water berths at Beibu Gulf Port, solving the “last mile” problem between river and sea. Meanwhile, the Pinglu Canal Group has developed a smart canal sensing system that enables comprehensive monitoring across land, water, air, and space.

Technology is not only making canal operations more efficient but also providing new support for ecological conservation.

At the point where the river meets the sea, engineer Chen Zhu monitored the smart fishway at the Qingnian water control hub.

Two barbel chubs were swimming upstream against the current. Their swimming speed, body length, and body width were captured by the system in real time.

The Qingnian water gate, built in 1959, has long provided water resources for local communities but also blocked fish migration. As the old gate was replaced with a new structure, an innovative composite fishway, the first of its kind in China, was built alongside the Qingnian water control hub.

“Fish from both the sea and the river can find their way home here,” Chen said.

He added that the difference in water level between the upstream and downstream sides of the hub is nearly 10 meters. To allow fish to move gradually between the different levels, the fishway was carefully designed with a winding, three-loop vertical-slot structure.

So far, 78,474 fish have been recorded swimming upstream and 119,987 swimming downstream, with more than 10 species successfully completing their migration.

The canal excavation involved moving 315 million cubic meters of earth and rock. With such a massive volume of material, where could it all go?

Professor Xiao Jianzhuang, president of Guangxi University, led a team specializing in the resource utilization of solid waste. The team visited the project site more than 90 times and explored a range of ways to reuse the excavated material, including land formation, green building materials, mine-pit restoration, and land reclamation.

Through seven disposal and utilization technologies, more than 98 percent of the excavated soil and rock was put to productive use rather than treated as waste.

At an open stretch of land along the canal, Tang Xiaofu, an associate professor at Guangxi University, stepped into a greenhouse and picked a plump winter melon.

The land was formed using soil excavated during the canal construction to fill valleys, then improved and fertilized using scientific methods.

“We grow tomatoes in winter and melons in spring. The annual output value can reach 50,000 yuan per mu (about 667 square meters),” Tang said.

More than 10,000 mu of such farmland has now been developed along the canal.

“Building the Pinglu Canal to high standards and with high quality means respecting and protecting nature,” said Hu Ya’an, an academician of the Chinese Academy of Engineering who has been deeply involved in the canal’s construction.

In his view, the Pinglu Canal not only is a new example of ecological conservation in major engineering projects around the world, but also sets a new benchmark for quality in canal construction worldwide.

By Shao Yuzi, People’s Daily

Xiong’an New Area in north China’s Hebei province is accelerating the development of its aerospace information and satellite internet industries. A growing industrial ecosystem now covers research and development, manufacturing, testing, launch, and in-orbit applications.

The latest milestone came on Aug. 19, when the Honghu-03 satellite, also known as Xiong’an-1, was successfully launched into orbit aboard a Zhuque-3 Y2 reusable rocket from the Dongfeng commercial space innovation pilot zone in Jiuquan, northwest China.

At the satellite intelligent operation and management center of Hongqing, China’s only fully integrated satellite constellation solution provider with full ecosystem capabilities, in the pilot production base of the Xiong’an Science and Technology Innovation Center, when telemetry signals from Xiong’an-1 appeared on a large display screen, staff members erupted in cheers.

As the first satellite developed and launched by Xiong’an New Area to enter orbit, Xiong’an-1 incorporates dozens of advanced technologies. Its successful launch marked the completion of a full-cycle industrial chain in the aerospace information and satellite internet sectors of Xiong’an New Area, spanning research and development and manufacturing to in-orbit applications.

Just a few years ago, aerospace information and satellite internet were still relatively new concepts in Xiong’an. In 2021, China Satellite Network Group Co., Ltd. (China SatNet) was established there. In October 2024, the group officially relocated its headquarters to Xiong’an New Area. As a “chain leader” tasked with spearheading China’s development of aerospace information and satellite internet, the company has generated strong demonstration and spillover effects.

“China SatNet is here, so we came here too. Being closer to the chain leader helps us iterate our products faster,” said Chen Wei, chairman of CHIP LINKING INNO, a company focused on the R&D and production of high-end optoelectronic devices.

Chen spent more than a decade conducting research at the Institute of Semiconductors under the Chinese Academy of Sciences. Sensing an opportunity in the emerging industry, he led a team to Xiong’an in 2023 to advance the R&D and production of key components for satellite laser communications, including lasers, amplifiers, and communication modules.

When Chen started his business in Xiong’an, the aerospace information and satellite internet industries were still in their infancy, with a relatively weak industrial foundation. What gave him confidence, however, were the new area’s clear and forward-looking industrial planning, supportive policies for talent and full-cycle services for businesses.

“Xiong’an connects innovation with industry. Companies across the upstream and downstream segments are gathering and developing here, and there will be even more platform resources in the future,” Chen said.

Today, CHIP LINKING INNO is far from the only company that has made its way to Xiong’an.

At the pilot production base of the Xiong’an Science and Technology Innovation Center, technicians at the satellite intelligent manufacturing workshop of Blue Arrow Hongqing (Xiong’an) Space Technology Co., Ltd. were testing a visual recognition system on an intelligent production line. Hongqing is currently applying AI and other emerging technologies to continuously improve production-line efficiency.

The development of industrial platforms is advancing in parallel. Equipment installation and commissioning have been completed at a shared satellite intelligent manufacturing center and shared satellite testing center in the second phase of the pilot production base. Nearby, construction is also moving ahead on a satellite super factory and a supporting base for the final assembly of commercial satellites.

“Once these industrial platforms become operational by the end of this year, Xiong’an will have the capacity to produce 300 satellites annually,” said an official with the industry, information technology, science and technology, and data bureau of Xiong’an New Area.

“Xiong’an New Area has made aerospace information and satellite internet the first industrial chain to receive priority deployment. We are creating favorable conditions, building platforms, opening up application scenarios, providing policy support, improving the business environment, and upgrading services to attract more companies and foster industrial clustering,” the official told People’s Daily.

“Our goal is to build Xiong’an into an important source of innovation for China’s commercial space industry and satellite internet sector, as well as a key supplier for the development of low-Earth-orbit constellations,” the official added.

Innovation resources are also rapidly gathering. Xiong’an is now home to 69 companies across the aerospace information industrial chain and nine innovation platforms.

As one of China’s pilot cities for the large-scale application of the BeiDou Navigation Satellite System (BDS), Xiong’an is also making active use of aerospace information technologies to support urban development and accelerate the rollout of “BeiDou +” applications.

At a smart construction site in the start-up area of Xiong’an New Area, construction equipment such as road rollers and asphalt pavers are equipped with the BDS. They can automatically plan their routes and adjust their operating pace, with positioning accuracy controlled to within centimeters.

Baiyangdian Lake, the largest freshwater lake on the North China Plain, is another example. In Anxin county, all 24 rural tourism piers and more than 1,500 vessels have been equipped with dedicated BeiDou terminals. High-precision BeiDou positioning enables continuous monitoring of vessel movements and intelligent scheduling of water-based tourism services.

Today, “satellite internet + BeiDou” is being applied in a range of scenarios in Xiong’an, including underground spaces, smart construction sites, and the low-altitude economy.

And BeiDou is only one part of the picture. An increasing number of aerospace information technologies are being put to practical use in Xiong’an.

Recently, CHIP LINKING INNO’s research team joined forces with a payload company in the new area to explore ways of bringing laser communications “from the sky to the ground.”

Baiyangdian Lake is dotted with numerous scattered islands, making it difficult to lay fiber-optic cables between them. The team is therefore building laser communication links to replace fiber optics, with a transmission range of up to 10 kilometers.

“Satellite internet technology is bringing about a transformation from the sky to the ground,” Chen said.

Looking ahead, his team will continue to tackle key technologies for ultra-high-speed laser communications while exploring a wider range of applications, with the aim of bringing the benefits of satellite internet technology to households across the country.