In 2026 China’s AI landscape is shifting from pure conversation bots to "action‑oriented" agents that can see screens, click mice and finish tasks on their own. Industry leaders such as Baidu, Alibaba, Tencent, ByteDance, Zhipu and Moonshot AI are racing to build these digital assistants after an open‑source framework called OpenClaw sparked a breakthrough. The government has backed the move with new "Implementation Guidelines" that set standards, lower development barriers and define a new success metric – Daily Active Agents (DAA) – similar to the old Daily Active Users (DAU) but measuring how many agents are actually working for people. Moonshot’s Kimi showcases the technology: a trillion‑parameter sparse‑Mixture‑of‑Experts model that activates only 32 billion parameters per query, uses a Top‑8 routing system and a memory‑saving attention mechanism. This “brain” lets agents handle long, complex workflows. Practical impact is already visible. In scientific research, agents can scan thousands of papers and draft a literature review in a day instead of weeks. In finance, they pull data from reports and generate analysis drafts in hours, cutting a 2‑3‑day job to a few hours. In education, they organize and summarize massive reading lists for students and professors alike. A recent white paper notes that more than half of manufacturing, finance and government processes now involve agents. Challenges remain – hallucinations, wrong decisions and execution errors – prompting a "precision correction" push across R&D labs. Nonetheless, the message is clear: AI’s next frontier is not how smart it sounds, but how effectively it can get real work done.
Read moreA new study published in *Science and Technology of Advanced Materials* suggests that metal‑free graphene quantum dots—ultra‑small, sheet‑like carbon particles—might be able to stop the sticky protein clumps that drive Parkinson’s disease. The research team showed that these nanoscopic dots can bind specifically to alpha‑synuclein, the protein that misfolds and aggregates in the brains of Parkinson’s patients. By attaching to the protein, the graphene dots prevent it from forming the toxic fibrils that damage nerve cells, and in laboratory tests they even helped dissolve existing clumps. Because the dots contain no heavy metals, they are considered safer for potential medical use than many other nanomaterials. While the work is still at an early, pre‑clinical stage, the findings open a promising route toward therapies that target the disease at its root rather than just easing symptoms. If future animal studies and clinical trials confirm these results, graphene quantum dots could become a novel, non‑invasive treatment option for millions of people living with Parkinson’s.
Read moreAcross China, companies are turning AI‑powered “intelligent agents” into virtual staff that can research, design, and execute tasks without human prompting. In Yiwu’s bustling “World Supermarket,” a star‑lamp maker replaced a two‑hour daily data‑copy routine with the enterprise‑grade platform Wukong. The system now scrapes trending product data from Taobao each morning, pushes insights to the team’s DingTalk group, and even parses 5,000 user comments in ten minutes to generate design concepts that the staff vote on. Similar agents are popping up in other fields: the China Earthquake Administration’s “Earthquake Science Intelligent Agent” lets seismologists query maps and analyses with a single sentence, while the exhibition robot “Little Bu” at the Shaoxing textile expo instantly guides visitors to the right booths and suppliers. Market analysts say the boom is fueled by two trends – ever‑more capable large‑language‑model “brains” and a growing library of skill plugins that act as the agents’ “hands.” Platforms like Sigo Technology’s Thingo combine reasoning with tool execution, enabling finance teams to generate full corporate risk reports and legal staff to review contracts in seconds. The result? Faster decision‑making, lower costs, and a new class of digital employees. China’s enterprise‑level intelligent‑agent market topped 23 billion yuan in 2025, growing at an annual rate of 120 % and showing no signs of slowing.
Read moreChina’s research team, headed by Academician Duan Baoyan, has taken a major step toward turning space‑based solar power from a lofty idea into a practical technology. Their "Sun‑Chasing Project" has built and tested a ground‑based system that can beam microwave energy over hundreds of metres, delivering more than a kilowatt of power to several moving targets at once. The concept works like a giant wireless charger placed in orbit: solar panels on a space station collect sunlight, convert it to electricity, and then send the energy as a focused microwave beam to satellites or other spacecraft, eliminating the need for each satellite to carry its own heavy solar arrays. The team introduced a new "Omega" design for a distributed network of space power stations and a multi‑target microwave transmitter that can power multiple receivers simultaneously. Test results are already impressive – about 20 % DC‑DC conversion efficiency over a few hundred metres, with an 88 % beam‑capture rate. In flight‑like trials, a drone equipped with a receiver captured a steady 143 watts while flying at 30 km/h and staying 30 m from the transmitter. These breakthroughs bring China closer to deploying a real‑world space‑based power grid that could keep satellites, drones, or remote ground stations running without fuel or onboard solar panels.
Read moreDigital twins are no longer futuristic demos – they’re becoming practical tools that mirror real‑world places in a virtual environment. The key to a useful twin is threefold: it must look realistic, stay updated with live data, and be easy for staff to use every day. Realsee, a Chinese leader in 3D reconstruction, shows how this works across complex sites like parks, factories, oil fields, and exhibition halls. Realsee builds its twins from the ground up, designing its own cameras, scanning algorithms, and software platforms. With more than 58 million scanned spaces covering 4.6 billion square meters, the company can capture details down to ±10 mm accuracy and 24K ultra‑high‑definition imagery. This level of precision lets users measure rooms, locate equipment, and annotate scenes directly in the model. A typical digital‑twin system has five layers: a perception layer that gathers data from cameras, sensors, and 3D scanners; a data layer that unifies spatial and business information; a model layer that creates the 3‑D representation; a platform layer that hosts the twin; and an application layer that delivers tools for maintenance, training, emergency response, and visitor engagement. Real‑world projects – from Nestlé’s Chinese factories to the Shanghai Public Security Museum – demonstrate how Realsee’s twins improve safety, cut costs, and enable remote collaboration, turning static blueprints into living, interactive spaces.
Read moreOn May 22, Hangzhou became the stage for the 12th China Independent Knowledge System Achievement Release Conference, organized by Renmin University of China. The event showcased a series of heavyweight releases aimed at steering the nation toward an "intelligent economy" – a vision that moves China from traditional industrial models to a future driven by AI, big data and digital twins. Key highlights included the launch of Yang Shuming’s book *Introduction to the Intelligent Economy*, which maps humanity’s shift from agriculture to industry and now to intelligent production, offering theoretical support for Chinese‑style modernization. Wang Wen, president of Renmin University’s regional studies institute, presented a research report titled *Reshaping Future Growth*, arguing that by 2050 China must pivot from global competition to independent leadership, prioritising people’s well‑being, value rationality and collaborative governance. Hangzhou’s Shangcheng District unveiled its own four‑pillar strategy—subject cultivation, platform building, scenario empowerment, and ecosystem creation—aiming to become the nation’s premier AI innovation hub. Finally, Liu Zheny of Hangzhou Chicong Digital Technology demonstrated the AIDT Industrial Multi‑Agent Platform, the first fully independent control system that blends large‑model AI with digital twins to close the gap between experience and intelligent collaboration in manufacturing. The conference gathered top officials, academics and industry leaders, signaling a coordinated push to embed digital intelligence across China’s economy and public administration.
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