humanoid

that humanoid robots controlled by a central AI work

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Samsung has planted itself in the MWC 2026 with one objective: to demonstrate that it is a ubiquitous company. What does this imply? Well, let them gain muscle with your screens everywherebut also show a powerful commitment to artificial intelligence in all links of the chain: from mobile phones to Samsung Galaxy S26 to the factories. And as a result of that intention for AI to be the pilot of everything, they have shown a science fiction plan: that robots and a central AI control their factories. And they want it the day after tomorrow. Independent. He concept of “agent AI” It’s one that we’re going to have to become familiar with because companies are going to put a lot of effort – and money – into this. It is an AI that no longer only responds to what we need, but can carry out actions autonomously. In a releaseSamsung assures that that agent principle that has been introduced in the Galaxy S26 It will be what dictates the future of its factories. The South Korean company wants these artificial intelligence agents to be the ones that “optimize workflows in production, predictive maintenance, repair operations and logistics coordination” in its factories, but an AI cannot execute things outside of the software. Need a physical interfaceand that’s where the other leg of the plan comes into play. Robots. They are the body of the brain and something that many companies are already exploring. A few months ago I traveled to China and came across the first store run by a robot. It is very simple and I described it as a “glorified vending machine”, but it meets the objective of these companies: to have spaces in which robots take care of everything. They don’t rest, they don’t have agreements and they don’t complain. And if companies like BMW either Xiaomi is already testing robots in its factories, Samsung does not want to be left behind. In the statement, the South Korean company states that they are already progressively introducing highly specialized humanoid robots for various tasks. For example, robots for facility management operations, others for the next steps of the production line, others in logistics, others for the transportation of materials, and precision robots for manufacturing. They point out that they are ideal in environments where human access is limited or dangerous and they are clear that it is something that will grow, with other robots dedicated to monitoring plant conditions, identifying risks and mitigating them before they occur. Total bet. In the end, it is about fully integrating AI across the entire manufacturing value chain: from logistics to production; from quality inspection to final shipment. They are designing a “next-generation autonomous production environment,” and they want to have it soon. The plan is that by 2030, “all manufacturing operations” will have completed the transition to this agentic and robotic AI. They are already at it, as we say, adding robots to production chains, but Samsung’s Executive Vice President and Head of Global Technology Research points out that the next phase is the “construction of autonomous environments where AI understands contexts in real time and executes optimal decisions.” NVIDIA. It sounds like science fiction, especially because of the deadlines they have, but they will not be alone in this adventure. Who is going to be by your side? Indeed: NVIDIA. At the end of last year, both they signed an agreement collaboration that includes the deployment of more than 50,000 NVIDIA GPUs and the use of the platform Omniverse to carry out the infrastructure of digital twins in semiconductor manufacturing. This is key to achieving that goal that Samsung seeks and as important as the AI reasoning systems in real time for robots. And for this they are also using the Jetson Thor platform from Jensen Huang’s company. Alternative to TSMC. That is the goal that Samsung wants to reach. Because right now they are one of the largest factories in the world (they have their Exynos processorsbut also its camera sensors that are in various devices, as well as its division of memory that powers NVIDIA GPUs), but what they want is to become an alternative to the undisputed queen: TSMC. To do this, Samsung is moving, opening factories in several countries around the world and investing enormous sums of money to be one of the legs of the business in the United States which also pursues this agentic AI and the end with haste and a good wad of cash: general AI. There are four years left to see if this objective, which seems like science fiction, is met. Images | Samsung, Xiaomi In Xataka | I have seen the result of a crazy night between a mobile phone and a robot: the Honor Robot Phone dances to your music as well as takes photos of you

has tested its humanoid robot in a real factory (and there is video)

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For years we have heard the same promise: humanoid robots working side by side with us in factories, warehouses or even in our homes. It’s an idea that appears again and again. However, when we go down from that stage to the ground of a real plant, the story changes quite a bit. There it is not enough to walk or grab objects; everything must happen precisely and be repeated many times without errors. In that context, each small advance begins to have a different meaning. The latest news from Xiaomi. Lei Junfounder, president and CEO, posted a message on his official WeChat account to update the status of the company’s robotics project. The executive explains that a humanoid robot developed by the company has already begun “doing practices” within one of its automobile factories. The manager also links to a published technical article describing the first tests carried out with the robot under factory conditions. Let’s see. What exactly has the robot done in the factory. According to the text, The humanoid robot has been put to the test in a very specific position within the automobile manufacturing process: placing self-tapping nuts on parts of the vehicle’s floor. In practice, the system collects these nuts from an automatic supply equipment and deposits them in the positioning tool where the automated screwing of the position is then carried out. The Chinese firm places this operation in the pressure casting workshop, on ground components after that process. Three figures that help understand the test. Xiaomi explains that the humanoid robot performed this work for three hours of continuous autonomous operation within that position. In that period, it achieved a success rate of 90.2% in the simultaneous placement of the nuts on both sides of the piece, a percentage that the company defines as the number of correct operations compared to the total number of attempts made. Another fact that stands out is the work pace, since the system managed to adjust to a production cycle of up to 76 seconds. This is an important fact because in an industrial line, each operation must fit into very specific times so that the process does not break down. behind the scenes. Xiaomi points out that its humanoid robot is based on the Xiaomi-Robotics-0 model, described as a VLA-type model that integrates vision, language and action within the same system. According to the company, this approach makes it easier for the robot to understand the tasks it must perform, perceive its environment and execute the movements necessary to complete them. The training is also complemented with reinforcement learning, a technique that allows the system to improve its behavior based on the experience accumulated in the physical world. The faults that the robot can find on the line. In its technical description, Xiaomi also points out several scenarios in which the operation may fail. One of the main problems appears during the alignment process between the self-tapping nut and the positioning pin, which must be well centered and seated before screwing can proceed. If this fit is not precise enough, a blockage may occur during the process and the assembly remains incomplete. Additionally, the orientation of the nut inside the robot’s hand can vary with each grip, and the company cites factors that complicate adjustment, such as the knurled structure inside the nut, the magnetic attraction force of the pin, and, in some cases, environmental interference or working angle limitations. The predecessor. To better understand this advance, it is worth remembering that Xiaomi has been exploring the field of humanoid robots for some time. In 2022 the company presented CyberOnea prototype that appeared at one of its events showing basic capabilities such as walking or holding objects. At that time the company itself made it clear that it was a project in an early stage of development. What we see now seems to be situated in another type of scenario: less demonstration on a stage and more tests within a plant, where the objective is to check if these machines can respond to the demands of a repetitive process. Looking to the future. The company also hints that this experiment is just one part of a larger project. Xiaomi points out that it is testing its humanoid robots in various jobs within the factory, including box transport tasks and operations related to the installation of exterior elements of the vehicle. In fact, in his WeChat post, Lei Jun states that the company wants to contribute to the deployment of humanoid robots in smart manufacturing and proposes a medium-term forecast. According to his estimate, in the next five years there could be large quantities of these machines working in his factories. Images | Xiaomi In Xataka | Huawei presents its AI supercluster to the world: it is a nod to Chinese Big Tech and a message to NVIDIA

15 Chinese car manufacturers are going to produce humanoid robots. They will use the same advantage that made them leaders

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China is not late to humanoid robotics: it arrives with factories, suppliers, engineers and software already amortized, an advantage that is difficult to overcome. The supply chain of an electric car (sensors, motors, batteries, chips, perception algorithms…) overlaps by more than 60% with that of a humanoid robot, according to CITIC Securities estimates. XPeng, one of the most technological manufacturers in the sector, It also ensures that its robot reuses 70% of the same AI software as its cars.. If those numbers are real without many asterisks, the Chinese manufacturers of electric vehicles are not that they are aspirants to robotics, it is that they are clear favorites. The panoramic. Fifteen Chinese car brands have announced humanoid robot programs, according to the analysis firm Kaiyuan Securities. China already manufactures 70% of the components of “classic” industrial robotics, and the jump to humanoids takes advantage of the same factories, the same suppliers and the same talent that have given it leadership in electric vehicles. The parallel with what Tesla is doing with Optimus is inevitable, but China is running it with dozens of companies in parallel, at a speed that no single company can match. Between the lines. The bets diverge as much as the companies: Yes, but. There are dark clouds on the sunny day that is humanoid robotics for China. XPeng’s IRON robot crashed in a shopping mall in Shenzhen a few days ago. The company has been in robotics for six years. Driving on roads and moving through the rooms of each parent are very different problems. Roads have lanes, signs, and fairly predictable physics. The rooms have stairs, dozens of small objects, people moving, doors to open, intricate locations or chargers with a cable on the floor. The manual dexterity and dynamic balance required by a humanoid robot have no equivalent in the control architecture of any car. And the most talented engineers in the sector know it: several former XPeng executivesLi Auto and Huawei have left their companies to found their own robotics startups. When the path seems clear, the best are not afraid to go it alone. The contrast. Unitree, a pure robotics company with no ties to the automotive industry, distributed 5,500 robots in 2025. Agibot is approaching 1 billion yuan in revenue, about 122 million euros. These companies built from the ground up for robotics are already delivering their product while car manufacturers are still in the reorganization phase. The technological overlap between cars and robots is real in sensors and perception software, but it quickly thins out when the robot has to manipulate objects with great precision, maintain balance on uneven terrain, or work alongside humans. That last “frontier”, the 30% that does not transfer, may be where it is decided who dominates the industry. In Xataka | China manufactures 90% of the world’s humanoid robots and the reason is not its industrial policy: it is crossing the street Featured image | Xpeng

China manufactures 90% of the world’s humanoid robots and the reason is not its industrial policy: it is crossing the street

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On Chinese New Year, 16 Unitree humanoid robots danced a folk dance before almost a billion viewers. The West reacted as always: some with panic, others with disdain, others with an undisguised admiration that sometimes tends to concoct theories with more clichés regarding China than real analysis. None of those answers is entirely true and that blindness has a cost. The context. China manufactures about 90% of the humanoid robots sold in the world. In 2025, about 13,000 units were shipped, with Chinese companies (AgiBot, Unitree, UBTech…) dominating the ranking by volume, according to Omdia data collected by Bloomberg. Tesla, with all its brand reputation and all its industrial apparatus, internally deployed around 800 units of the Optimus that same year. The figure. He Unitree G1 It costs $13,500. He Tesla Optimus will exceed 20,000. That gap is the difference between being able to iterate ten times with the same budget or staying at one. Between the lines. The story circulating in the West has two versions, equally lazy: The first: all this is the five-year plan, the hand of the State, industrial policy made robot. The second, reserved for the most condescending: it is because they copy. Neither of them explains what is really happening. China’s advantage in robotics does not come from the Communist Party. It comes from the Pearl River Delta and the Yangtze Delta: the two densest manufacturing ecosystems on the planet. Motors, actuators, sensors, custom PCBs… everything is available within walking distance. Is what it describes Rui Xuan engineer who has worked in robotics startups in China and Silicon Valley. When Unitree wants to test a new joint design, it crosses the street and comes back with the right component. A team in San Francisco has to wait weeks to receive the same component from China. The background. That difference in iteration speed changes everything in hardware engineering. It stops being a problem of talent, because Chinese and American engineers are equally capable, and becomes a problem of infrastructure. Breaking a robot, learning, replacing it, and trying again: that’s what builds cumulative technical advantage. If breaking a robot costs three weeks of logistics, learning stops and times become longer. Yes, but. China does have state support, and it is completely legitimate to point this out. The government has injected a lot of money into that sector and has set production targets. But it’s not that Silicon Valley is an impoverished region: it has more capital, investors with more experience and resources, and more decades of experience financing high-risk bets. If this were a war to see who has the fattest checkbook, the United States would win handily. But it is not. Furthermore, Chinese state money comes with strings attached: it is classified as “state asset” and founders assume personal liability if the company fails. That pushes capital toward politically safe bets, not necessarily toward the most innovative ones. The question. Can the West make up ground in robotics? Yes, but not like he’s trying. Attracting foreign talent helps on the margin, but does not solve the underlying problem. The equalization involves building local supply chains capable of delivering a spare part in two days, not two weeks. And that is not an immigration or R&D problem. It is an industrial-based problem, and solving it takes many years of work. And of thankless work, from which those who arrive later may reap the fruits. Until then we are going to see many more viral videos of Chinese robots doing pirouettes with increasing naturalness. And it’s because they’ve built the best environment in the world to break things and try again. In engineering, that explains almost everything. Featured image | CCTV In Xataka | Folding clothes or taking apart LEGOs has always been a tedious task. Xiaomi’s new AI for robots has put an end to it

China brought humanoid robots to the country’s biggest television show: it made them practice kung-fu with millimeter precision

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Every year, hundreds of millions of people in China sit in front of the television to watch the Spring Festival Gala, recognized by the Guinness Book of Records as the most watched annual program on the planet. It is not only a music and dance show, but also a showcase where the country decides what image it wants to project of itself. In this scenario of maximum visibility, the presence of humanoid robots ceases to be a simple technological curiosity and begins to function as a public declaration about the place that innovation occupies in the national narrative. What happened there was not just an artistic number, but a clear clue as to where the Asian giant is looking when it thinks about its technological future. Kung fu, choreography and coordination. To present their robots to millions of spectators, the organizers turned to a deeply recognizable symbol: martial arts. In the CCTV broadcast available on YouTube We can see robots using traditional weapons such as swords and nunchucks, as well as doing tricks and jumping from trampolines, always in sequences shared with human performers. The choice of kung fu provided more than just visual spectacularity, it can also be interpreted as a close way of reading technological advancement within a tradition known to the public. The magnitude of the event. The Spring Festival Gala has been broadcast since 1983 and is an inseparable part of the New Year celebration in hundreds of millions of homes. Reuters also describes it as an event comparable, in terms of media scale, to the American Super Bowl, capable of concentrating popular culture, political message and industrial ambition in a single night. What appears in that scenario entertains and, at the same time, projects a message and indicates priorities. A gateway for the industry. Behind the staging there were specific names and a visible strategy. They participated in the gala companies known in the West such as Unitree, but others less known such as MagicLab, Galbot and Noetix. The immediate precedent helps to understand the moment: Unitree’s robot performance in the previous edition went viral and, in a way, brought this technology closer to the general public. So the idea of ​​betting on a similar show again is reasonable. From the stage to the factory. The public display of these systems fits with a line of industrial policy that places robotics and AI at the center of the next Chinese manufacturing stage. In recent years we have seen how the Asian giant has invested heavily in this sector. According to OmdiaChina accounted for around 90% of the nearly 13,000 humanoid robots shipped worldwide last year, a global shipping metric that does not go unnoticed. Morgan Stanley also projects that Chinese sales could exceed 28,000 units this year, which would point to a notable expansion phase. In Xataka There are people sharing their court cases with AI. The problem is when a judge considers the conversations as evidence In the end, what was seen on that stage went beyond well-executed choreography. Behind each movement appeared a country narrative that combines technological ambition, industrial policy and cultural projection in the same television image. The question is no longer whether these robots can perform in front of millions of people, but rather how much their presence will grow in the coming years and into what spaces of daily life they will end up integrating. For now, its massive presence is destined for this type of spectacle. Images | CCTV In Xataka | While technology companies dispense with juniors to replace them with AI, IBM is doing the opposite: catching bargains (function() { window._JS_MODULES = window._JS_MODULES || {}; var headElement = document.getElementsByTagName(‘head’)(0); if (_JS_MODULES.instagram) { var instagramScript = document.createElement(‘script’); instagramScript.src=”https://platform.instagram.com/en_US/embeds.js”; instagramScript.async = true; instagramScript.defer = true; headElement.appendChild(instagramScript); – The news China brought humanoid robots to the country’s biggest television show: it made them practice kung-fu with millimeter precision was originally published in Xataka by Javier Marquez .

claims its new humanoid robot runs like an elite athlete

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For years, when we think about humanoid robots, the image that usually comes to mind is that of machines capable of making impossible jumps or executing perfectly measured stuntslike those popularized by Boston Dynamics with Atlas. At the opposite extreme are designs oriented toward repetitive tasks and controlled environments, like Tesla’s Optimus. Between both imaginaries there is an obvious gap: it is difficult to visualize a robot as an athlete. However, that frontier is beginning to move with proposals that no longer only seek balance or skill, but also performance typical of human athletics. ‘Bolt’, the athlete robot. We are talking about the new humanoid presented by the Chinese company MirrorMe Technology, which claims to have reached a maximum speed of 10 meters per second during tests in real conditions. The company maintains that this is the first time that a full-size robot has achieved that record outside of a laboratory, a milestone that, if confirmed, would shift the conversation from controlled demonstration to performance in environments closer to the physical world. To place the magnitude of the data as a historical reference, Usain Bolt clocked 9.58 seconds in the 100 meters during the 2009 World Cup in Berlin, a mark that at that time defined the ceiling of sprint athletics. Real running. Achieving high speeds in a humanoid requires solving one of the biggest challenges in bipedal robotics: maintaining dynamic balance while the body endures repeated impacts and constant changes of support. In humans, this coordination between perception, motor control and response occurs almost automatically, but in a machine it requires redesigning joints, optimizing energy delivery and fine-tuning stability in real time. MirrorMe maintains that the Bolt incorporates new joint configurations and a power system optimized to approximate human movement patterns. A job that started years ago. The company had already attracted attention with Black Panther IIa research-oriented robot that traveled 100 meters in 13.17 seconds during a television broadcast in China. In that same demonstration its top speed was around 9.7 meters per second. Bolt thus appears as the next logical step in that search for ever-increasing physical performance. Robots as athletes. Bolt’s advance also fits into a broader context in which China is exploring the athletic dimension of humanoid robotics. Public demonstrations of robots have appeared in recent years capable of fighting in disciplines such as kickboxingdeveloped by companies such as Unitree Robotics, in addition to viral tournaments that serve as a showcase to measure agility, balance and coordination. This ecosystem suggests that physical performance is beginning to become a relevant metric beyond pure research. The future. Beyond the record that the company says it has achieved, MirrorMe imagines specific applications for this type of high-performance humanoids. Among them, he mentions the possibility of them acting as training partners for human athletes, an idea that points both to professional sports and to research in biomechanics and movement. However, as with many announcements in advanced robotics, the true scope will depend on sustained testing over time and real-world usage scenarios. Images | MirrorMe In Xataka | OpenAI going from 70% share to 46% is the symptom of something more worrying: they have entered panic mode

Hyundai imagines factories full of humanoid robots. A Korean union has said ‘not so fast’

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Hyundai has been building a very specific story for months about the future of its factories, one in which humanoid robots go from being a distant promise to a real industrial tool. The image is powerful and connects with a global race to automate increasingly complex processes, but in South Korea that discourse has already found its first limit. Even before robots enter production lines, the union has come forward to make its position clear and warn that any changes that impact employment will have to be negotiated. A clear warning. Hyundai Motor Union has made it clear that “Without an agreement between the company and workers, not a single robot can enter South Korean plants,” stressing that any decision with an impact on employment must go through the negotiation table. The message connects directly with the current collective agreement, which requires all measures that affect work to be subject to debate and joint approval. With this positioning, the introduction of humanoids is emerging as one of the possible reasons for friction between worker representatives and the Asian corporation. Fear that South Korea will lose prominence. The union links automation to a broader movement of industrial reorganization, marked by the growth of manufacturing in the United States. As they explain, the planned increase in capacity at the US plant could end up subtracting volume from factories in South Korea, and they maintain that two centers would already be suffering from a lack of workload. In this context, humanoids are interpreted not only as a technological tool, but as an element that can accelerate job adjustments if it is not accompanied by clear guarantees regarding the maintenance of employment. The starting point of the discussion. This comes after Hyundai introduced Atlas, the humanoid robot developed by Boston Dynamicsas a key piece of its medium-term industrial strategy. The firm assured that it plans to progressively integrate it into its global network of factories starting in 2028. It also explained that these robots are designed to take on general industrial tasks and work alongside people, with the aim of reducing physical effort and taking on potentially dangerous jobs. Of course, he avoided specifying how many units he will deploy in the first phase or how much the project will cost. First in the United States. The manufacturer has already begun to draw how it wants to industrialize this bet. The group has explained that it will build a specific plant in the United States for the production of robots, a factory dedicated to producing Atlas on a large scale in the coming years. The first operational destination would be at the Georgia plant, known as HMGMAwhere humanoids would initially be used in very specific tasks, such as classifying and sequencing parts for the assembly line. The small labor print. Hyundai’s commitment is part of a much broader race to bring humanoid robots to the industry. Companies such as Tesla, Amazon or the Chinese manufacturer BYD have announced similar plans, although with different degrees of maturity. Some projects have already gone from demonstration to real work, such as the robot Figure 01 in a BMW plantwhere he performs support tasks autonomously. These are still limited and highly supervised experiences, but sufficient to show that the leap from the laboratory to the factory has already begun. Images | hyundai In Xataka | 100% autonomous factories where it is not necessary to turn on the light: China is already considering manufacturing cars only with robots in 2030

China is winning the humanoid robot race. The problem is that this race doesn’t really exist.

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Fritz Lang wanted to imagine the future and painted it for us with humanoid robots integrated into society. That maschinenmensch of ‘Metrópolis’ (1927) was a preview of what they now pursue with more ambition than anyone Chinese manufacturers, who They have not stopped developing more and more of these robots. They are winning the race by far, but the problem is that the race is non-existent. (Almost) nobody buys humanoid robots. These Chinese manufacturers were by far the most responsible for the sales of humanoid robots, which in 2025 amounted to the figure of… 13,000 units. The data reflects a forceful reality: in the world of domestic humanoid robots there is a lot (a lot) of noise, but few (very few) nuts. More than in 2024 = very little. Humanoid robots from Chinese manufacturers sold much more than those from American companies like Tesla or Figure AI according to data from the consulting firm Omdia. The company that has sold the most according to that report is the Chinese startup Shanghai AgiBot Innovation Technology Co., which distributed a total of 5,168 robots in 2025. It was followed by Unitree Robotics and UBTech Robotics Corp. Although total sales were five times those of 2024, the final figure reflects that the market is in its infancy. Huge expectations. Despite this, Citigroup esteem that in 2050 there will be 648 million humanoid robots. The great hope is that the promising evolution of AI models will serve to overcome current limitations and have multiple practical applications, once integrated into robots. There are already promising developments in this regard, and robots and AIs separately have already demonstrated their capacity in limited environments. like the manufacturing, logistics or customer service. China and “affordable” robotics. Although there are notable companies in this field in the US, their humanoid robots are much more expensive. Elon Musk indicated by the end of 2025 that “once production reaches one million units annually, Optimus will likely be priced between $20,000 and $25,000.” Meanwhile, Unitree already offers “affordable” robots (but not humanoid) for $6,000, and AgiBot asks for $14,000 for his. This company was in fact named by Jensen Huang during his talk at the NVIDIA event at CES 2026. The Chinese government helps. As in other industrial areas, there is strong support from the Chinese government in this area, and according to Bloomberg Favorable policies are combined with aid for the construction of training centers. The number of companies and startups developing this type of solutions already exceeds 150, and that even points to a potential “robotic bubble.” The challenge of robotic hands. One of the great challenges of this segment is to ensure that the dexterity of machines is comparable to that of humans. For now this is not the case especially with the example of robotic hands, which mostly They are very unskilledwhich limits its application to real home environments. The battery life of these robots is another obstacle that can hinder their application in our daily lives. Future implications. If these challenges are overcome, we will once again find ourselves with a disturbing panorama in which geopolitical tensions could make access to these robots difficult. There is also the problem of employment: if robots achieve the ability to perform manual tasks, the threat to virtually any human worker will be notable. How will governments react to this situation? Image | Agibot In Xataka | China prepares its next technological assault. Huawei and UBTech have just teamed up to bring humanoid robots to homes

We still don’t know if humanoid robots will be the next great technological revolution. Yes we know that China will lead it

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There are a lot of companies determined to sell us the idea that, in the not too distant future, everyone we will have a humanoid robot at home. We have many doubts that they will be the revolution that they promise (and there are reasons for this), but in China they have it very clear. Patents. They count in South China Morning Post that Morgan Stanley has published volume 3 of its series ‘Robot Almanac‘, which details some key data on the state of the humanoid robot industry. China is far ahead when it comes to patents, having registered 7,705 patents in the last five years, while in the United States they have registered 1,561, almost five times less than its technological rival par excellence. Dependence. It’s not just about patents, China has another key advantage and that is that its production lines are much more efficient from a cost point of view. This causes the rest of the companies that manufacture humanoids to depend on them if they do not want their production costs to skyrocket. The cost of building a supply chain in which China was left out would raise prices exponentially. The report estimates that manufacturing the Tesla Optimus Gen 2 without China’s participation would raise the cost from about $46,000 to $131,000. Obsession with robots. Humanoid robots from companies like Unitree or Deep Robotics have been in the public eye for a long time. We have seen them participate in the first robotic olympics, fight, play soccer and how dance corps in macro concerts. They are appearances clearly focused on going viral, showing their capabilities to the world and, ultimately, making people see them as something cool and want to buy one. However, although humanoids take all the spotlight, they are only the tip of the iceberg of a strategy that goes much further. Personified AI. In English it would be ’embodied AI’ and it is the approach that China has taken in his particular AI career. The government included the term in his job report this year, which highlights its strategic importance. More than large language and software models, China wants AI that is present, whether in the form of humanoid robots, drones, autonomous vehicles or industrial robots. Speaking of industry, guess who has 51% of all industrial robots in the world. Exactly: China. Industrial robots. According to data from Financial TimesChina installs 280,000 robots a year in its factories with a clear objective: automate to achieve greater efficiency and power continue being the factory of the world. Now that workers’ salaries are higherthe way they have found to remain competitive against markets like India or Bangladesh is automation. Image | Andy Kelly in Unsplash In Xataka | I have asked for water from the first humanoid robot working in Beijing. It’s a weird vending machine.

put UBTECH’s most advanced humanoid robots to work

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In Fangchenggang, where control windows and cargo trucks outline the routine of a border with Vietnam, an experiment is being prepared that will not take place among laboratory prototypes, but among travelers, agents and logistics workers. China has chosen this place to test humanoids in real situations, with deliveries scheduled from December and very specific functions: guiding movements of people, supporting logistical tasks, participating in certain commercial services and carrying out inspections both at border posts and at industrial facilities. An ambitious contract. The agreement signed between UBTech and a center specialized in robotics in this border city amounts to 264 million yuan, about 34 million euros, and establishes the deployment of the model Walker S2 in different types of scenarios: border crossing, logistics zones and industrial complexes. According to the company, the humanoids will be intended to guide flows of people, organize internal transportation operations and carry out structured inspections in facilities linked to steel, copper and aluminum. From prototypes to 800 million. UBTech arrived at Fangchenggang with a model that is no longer presented as a prototype, but as an industrial product. The Walker Series accumulate valued orders by 800 million yuan by 2025, not including educational and research models. UBTech assures that it has already begun to deliver the first industrial batches of the Walker S2 and that its objective is to accelerate production at scale, with a view to manufacturing thousands of units and reducing costs so that humanoids enter real environments. Robotic administrations. The rollout of UBTech fits into a broader trend within the Chinese public sector. The Zhejiang immigration office already uses robots for daily tasks, such as support in people flows and information services. At Hangzhou airport, one of these systems answers simple questions to passengers, while at the top of the Shanghai Cooperation Organization, held in Tianjin, a multilingual robot developed by iBen Intelligence was used for protocol assistance. The Fangchenggang initiative is part of a coordinated strategy from the State to organize the humanoid sector in China. The Ministry of Industry and Information Technology created a national committee specific for this type of robots, chaired by the organization itself and made up of companies, innovation centers and relevant technical figures. It includes executives from UBTech, Unitree, AgiBot and representatives of the Shanghai innovation center. The goal is to set standards and accelerate the transition from laboratory to commercial and administrative applications. What is relevant is not only that the humanoids have contracts and assigned functions, but also the place where they are going to test them. A border is a regulated space, with people in transit, goods, controls and tight times. If they work there, it will be easier to propose new applications in other public contexts. The Fangchenggang Pass serves as a laboratory, but also as a stage to observe what sharing tasks between machines and human workers entails. Images | UBTECH In Xataka | NVIDIA is the most valuable company in the world because it had no competition. Until Google started making chips

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