humanoid

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

In 2018 Russia presented its new and revolutionary humanoid robot. The only problem is that it wasn’t a robot.

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Yeah “AI” is a trendy technological concept, the other is robotics. humanoid robotsspecifically. The United States and China have embarked on a race to see who creates humanoid consumer robotsbut when in 2018 it was only Atlas jumpingRussia already had a humanoid robot dancing and putting on a show. His name was Boris, but there was one problem: he wasn’t a robot. robotic cold war. Until the recent generation of robots, which have left laboratories and workshops to become compete even in sports eventsthe great reference in robotics was Boston Dynamics. On the one hand, with Spot, the robot dog. On the other hand, with an Atlas that did parkour and executed very fluid and calculated movements. Although owned by Hyundai, those advances came from the United States, and Russia wanted to get into the conversation. Thus, in December of 2018, something occurred on the state channel Russia-24: a robot that looked like an astronaut and named Boris came on stage. He did so in the city of Yaroslavl, where the Proyektoria Annual Science and Technology Forum had just been inaugurated, aimed at promoting robotics and technology among young people. It was an important event, since it had the support of the Ministry of Education itself and Putin had attended previous versions. The Russian prodigy. Boris was a machine, in the figurative sense. He danced, talked, had dreams and illusions, stating that he wanted to learn musical composition and draw, and it was treaty like a celebrity on the television channel. It was the most advanced example of Russian robotics and seemed finished. Atlas had cables hangingBoris a helmet, little lights and he was a movie robot. There were those who began to wonder things. Appears at the 32nd hour of this video. Suspicions. TJournal is a Russian technology website and was one of the first to question the authenticity of the robot. How to collect BBCthe questions were quite accurate: Why aren’t there any sensors? How has it appeared out of nowhere without prior leaks? Why is no one on the Internet talking about something so advanced? Why were some movements so fluid during the dance? Why was the voice so robotic? And most importantly: why was it so unnecessarily large? But the most important thing is that, beyond the official images of Russia-24, which seemed to be very concerned that the country gave the impression of having this very advanced device, there were other images. Taken by the assistants, in some of those photos from behind a human neck was perfectly visible protruding from the back of Boris’s head. Caught. Very expensive costume. There was no need to investigate much: Boris was nothing more than a suit that a worker had put on. The suit could be bought. If you had 3,600 euros, you could buy the Alyosha model from the Show Robots company, which also came with Iron Man or Robocop suits. In fact, it was a media agency founded by a rival of Putin that public some photos with the actor putting on the suit. Deception? Naaah, a joke. Imagine the embarrassment after pulling on the blanket. The video went viral and was mocked, so much so that, a few days after its publication, Russia-24 removed it from its YouTube channel. However, two days after the original broadcast, they re-uploaded it and published an interview with the journalist who had done the piece. The excuse? He was sure no one would believe it, since he was like Santa Claus: a project for children. The problem is that the journalist narrated the original report as if it were Russia’s latest technological marvel. Those responsible for Proyektoria threw up their hands and said that they had never claimed that it was a robot, that it was not their business and that those at Russia-24 did not find out about the film. The problem is that there were those who pulled the blanket and discovered that Russia-24 had already shown a fake military robot. In fact, in 2019 the play was repeated with another robot taking the kickoff in a match between FC Orenburg and CSK Moscow. It was another man in disguise and the video is brutal. The state of Russian robotics… In the international media there were those who laughed it off, like CBS affirming that “regardless of the intention, Boris will not go down in history as the most embarrassing example of Russian fake news.” And we remember this episode because, recently, Russia has presented AIdol, its first humanoid robot. Already gone… wrong. With the soundtrack of ‘Rocky’ in the background and with a face of “please, what am I doing here”, the first thing the new Russian robot did was take a couple of steps to fall on its face. The scene is high-level unintentional comedy, with the robot kicking on the floor and the employees taking it away and covering the stage with a large black cloth. At least AIdol is real. Images | ПроеКТОриЯ In Xataka | In China they are not satisfied with creating advanced robots: a company has developed a head that gestures like a human

This humanoid robot promised to do our housework. For now it’s a $20,000 puppet

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Neo is 5’6″, weighs 30kg, is dressed in some kind of beige work overalls and moves slowly and clumsily. It is one of the most advanced humanoid robots in the world—so it seems in the official websiteof course—and it costs $20,000, but despite all this it has a big problem: it is not really autonomous, and is controlled by another human being, as if it were an ultra-modern puppet. There is a long way from saying to doing. We talked about Neo a year ago. The company that develops it, 1X, boasted of beginning to test it in the real world. The version they used then, Neo Beta, had an autonomy of up to four hours and had sensors that allowed it to boost its “embedded learning” system. Already then it was indicated that a teleoperator would connect to the robot to show it how to do something. Robot-puppet. In reality, the teleoperator is the key to everything, because this robot, like its current version, does not work autonomously, but is controlled remotely by a human operator. Said operator puts on mixed reality glasses and uses controls to perform this control. In The Wall Street Journal have had the opportunity to try it and to see how the future that robotics companies paint for us seems to be still very far away. a robot clumsy and slow. In the video that accompanies the article it is clearly seen how the robot’s movements are erratic and slow. It took him forever to open the refrigerator to get a bottle of water and he managed to put two (plastic) glasses in the dishwasher, but it also took him a long time to get it. Folding a sweater took him two minutes. All these operations show that the dexterity of these robots is still very far from equaling that of humans, especially when it comes to emulating our hands. And on top of that, privacy. During the tests it became clear that one of the problems of using this robot is that the user sacrifices part of his privacy, because he must give permission for the teleoperator to see through the robot’s cameras to complete his tasks. And that means “getting into our house.” 1X CEO Bernt Børnich explained in WSJ that Neo “is not for everyone. If you buy this product, it is because you agree with the social agreement. If we don’t have your data, we can’t improve the product.” Even so, those responsible say, “you will always have control” and for example you can establish prohibited areas or blur faces in the transmission. See to learn. They precisely need all that visual data: so that the Neo’s neural network system can learn from trying to complete those household tasks and, from there, solve them more accurately. It is something similar to what happens with Tesla’s fleet of cars, which also “learns” thanks to all those kilometers that the cars travel to perfect their autonomous driving system. “Probably safe”. Another key element of these robots is the security they offer in an environment as private as our home. It’s not particularly heavy, which helps minimize risks, and 1X says Neo is “probably safe.” In 2026 it will be much more autonomous. Børnich’s promise is that Neo will “do many of the household tasks autonomously,” although he admitted that the quality with which those tasks are completed will be somewhat poor initially. He compared the situation with that of the first images and videos generated by AI: now those images and videos are practically indistinguishable from reality, and something similar will happen according to him with Neo. The promise may never be fulfilled. Neo is the latest example of how the robotics segment is the other great seller of expectations (along with AI) for the future. The challenge here is just as enormous, but the fact that Neo is not truly autonomous is disappointing, as was what happened with Tesla’s Optimus or the recent news of the Japanese store robots. Yann LeCun, one of the top AI managers at Meta, indicated at a recent conference at MIT that these robots could end up going nowhere. According to him, the companies that are investing billions of dollars in humanoid robots “have no idea” how to make these machines “smart enough to be generally useful.” In Xataka | Amazon has calculated how much it costs to lay off 600,000 employees: 30 cents per item sold and many robots

The race to put a humanoid robot in our house has begun. It’s an absurd race

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A robot that walks around the house picking up what we have left lying around, loads the dishwasher and even starts the washing machine. It is not a science fiction movie, it is the advertisement of the Figure 03 and it is not the only company interested in sell us the idea that soon we will all have a home robot. Detective Spooner doesn’t like this. Robots for everyone There are people convinced that in a few years Humanoid robots will be as common in homes as robot vacuum cleaners are now. One of those people is Elon Musk, who assured that In five or six years we will all be able to afford a personal robot. Peter Diamandis, well-known writer and “futurologist” predicts that the first humanoid robots will reach homes as early as 2026. It is not an obsession of the West, In China they are also obsessed with robotics, although from a different approach. The government wants robots to have transformed the industry by 2035, but it also contemplates creation of robots as accompaniment within the home. We do not know if this future will materialize or if humanoid robots will end up being an eccentricity for a few. Regardless of whether they succeed, These are the companies that want to make it possible. Figure AI Figure 03 Based in California, it is the company that has shown the most progress in creating a humanoid robot for the home. Its latest model, the Figure 03, is presented to us as a kind of robotic butler that does all the housework. Until now the previous models did not go much beyond the “wow” effect of the video, but this time it is different because Figure has a plan to mass produce them. The first year They hope to produce 12,000 robots a yearalmost nothing. Figure is the spearhead of robotics in the United States. Its valuation is 39,000 million dollars and among its investors are NVIDIA, Salesforce, Qualcomm, Intel, Microsoft and Jeff Bezos himself. At the moment it is not for sale nor do we know the price it will have. tesla Tesla Optimus Gen 2 No introduction needed. The first time we learned that Tesla wanted to make a humanoid robot it was in 2021. In 2022 they had a functional prototype and in 2023 they presented the Optimus Gen 2. Although we have not seen him doing household chores, they did show how he was capable of handling fragile objects like an egg. According to Musk, the Optimus will be cheaper than a car (between 20 and 30,000 dollars), but the reality is that we are in 2025 and The promise has not yet come true. Musk continues determined to build “an army of robots” and just showed your worry about who will control him. In Tesla’s latest earnings call, he stated that he wants to maintain strong influence over this hypothetical army. 1X Technologies Neo Gamma It is based in California, but it is a Norwegian company. 1x’s goal has been the home from the beginning and its goal is a robot that does cleaning, organizing and even running errands. A year ago they presented the Neo Beta robot and in February of this year they presented the Neo Gammaits most advanced model. It is capable of interacting with humans, can manipulate all types of objects, and is covered in soft materials. 1X’s plan is to start deploying its robots in homes this year, but in a pilot project. The company has been set as a goal manufacture 100,000 units in 2027 and “millions more in 2028”. We don’t know anything about how much it will cost, although 1X says it is “expected to be priced competitively within the home robotics market,” whatever that means. The company is valued at 10 billion dollars and between your most powerful investors There are OpenAI and EQT. Unitree Robotics Unitree H2 Based in Hangzhou, it is one of the companies that form the ‘Six Little Dragons’ and leader in robotics in China. We knew her for her quadruped robotsbut recently they have moved on to humanoid robots. Its most advanced model, the Unitree H2was announced just a few days ago and is capable of dancing and even doing kung-fu, but it is not as focused on the home as other proposals. In China, spectacular demonstrations of robots that dance or box have become very fashionable, but for the moment They are not showing practical applications for these humanoid robots. Of course, it is the only one that already has humanoid robots for sale and at very competitive prices. The Unitree G1 costs $16,000, but the Unitree H1 costs 131,000 euros. Deep Robotics DR02 It is also a Chinese company and part of the ‘Six Little Dragons’, which are the six most cutting-edge companies in the country in AI and robotics. Like Unitree, they also launched quadruped robots and recently switched to humanoids. Its focus is the creation of resilient models so that they can work in sectors such as industry, logistics or public services. Their latest model is the DR02, a robot resistant to water and dust and is designed to work outdoors. In the future the company also wants to expand to other areas such as the home. What is the point of a humanoid robot? There are other voices at the opposite end of these visionaries, such as that of Rodney Brooks, the co-founder of iRobot. Brooks believes that humanoid robots are a fantasy and they are a format that is anything but practical. Keeping such a robot standing requires a lot of energy and can be a huge risk if it falls. Furthermore, he states that Imitating the dexterity of a human hand is practically impossible. For Ehsan Saffari, robotics engineer, There is no point in making human-shaped robots. At least not if we want them to be efficient. To illustrate this, he gives a very good example: “Imagine that instead of building a … Read more

China is selling us a future full of humanoid robots. We have (many) doubts

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The first “Olympic Robots Games” Humanoids in Beijing held last month put the focus on one of China’s most aggressive technological bets. And it is that between sports exhibitions and industrial demonstrations, the Asian giant demonstrated Your muscle in the creation of robots Humanoids However, we are at a point where robotics faces various problems that must be solved to count on the market with a reliable solution and worthwhile. And not everything is valid with promises. The strategy from China. Beijing has converted humanoid robotics into state priority. Its five -year plan for the robotic industry set at 2021 An annual growth greater than 20%, backed by a state fund of 140,000 million dollars for technological startups. The objective is none other than leading a sector that they consider “the next great technological revolution” after smartphones and electric vehicles. This year They hope to produce more than 10,000 robots Humanoids, with cities such as Shanghai, Shenzhen and Beijing concentrating investment and development. The perfect showcase. The recent “Olympic Games” for robots served as a demonstration of strength. One of the most prominent moments was when Unitree’s H1 robot completed 1,500 meters In 6 minutes and 34 seconds, reaching 4.78 m/Sy surpassing the Atlas of Boston Dynamics. But the detail that many overlooked is the fact that these robots did not operate autonomously, but were controlled by human operators. The blow of reality. While China exhibits records and opens “robot mall” in Beijing, The first 4S store For humanoids that promise in the same place sales, spare parts, service and monitoring, many experts prefer to be cautious. “I don’t think anyone has found an application for humanoids that requires several thousand robots by installation,” Point out Melonee Wise, former product director in Agility Robotics, for IEEE. There is a real lack of demand, and that is the first obstacle to large -scale manufacture of humanoid robots. Rpending technical etos. Energy autonomy remains another problem. Agility Digit Robot You need 9 minutes of charge For every 90 minutes of operation, and in practice you must stop every 30 minutes to maintain a security reserve. Industrial reliability requires levels of 99.99%, far from current standards in multipurpose applications. And in terms of security, unique problems arise in this segment, since if for example we disconnect the feeding of a bípedo humanoid robot, which collapse an armatos of several tens of kilos complicates things. A market that It still does not exist. Although signatures like Bank of America Global Research They have predicted that 18,000 units will be sold in 2025 or that the figure reaches 1,000 million robots by 2050 in a 5 billion market, according to Morgan Stanley Researchthe reality is that today there are barely real commercial deployments. Even the most advanced companies in the sector only have a handful of robots that work in very controlled pilot tests. The applications that would justify these figures are, for now, speculative. The closest commercial launch of Europe. Faced with Chinese optimism, the European Neura Robotics also has an approach in that segment with 4ne1a domestic robot that the firm intends to launch for about 60,000 euros and is scheduled for 2026. Its CEO speaks of “doing robotics what the iPhone did for smartphones.” The domestic market, of course it is the one that until now could benefit from this type of robots, but an investment of that caliber is not something that anyone does. Known companies that bet in the long term. Chinese companies like Xiaomi and Honor They already diversify Towards the humanoid robots segment following the Amazon model: Lose money now to dominate later. Given a sector as saturated as that of smartphones, it is a strategy that makes all the meaning, although it requires that promises end up materializing in useful and profitable products. Hype or revolution? China is massively investing in creating a market that still does not exist, trusting that artificial intelligence will solve the problems of autonomy, reliability and practical utility of robots. “The reality is that AI is not robust enough to meet market requirements”, assures Wise It is clear that today the ability of humanoid robots is very limited, but time will say if its evolution will end up awakening a current market. Cover image | China Daily In Xataka | You cannot climb to the Madrid subway with an electric scooter. In China’s, robots are already a passenger

Welcome to the first world humanoid robots games

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Few things like more in summer than to give me a good sports bent with the Olympic Games, but this year It will not be. Well, unless we forget Simone Biles or Faith Kipyegon in favor of other less human names such as Robotics Lumos, which has just taken the silver medal in the group dance category in The first World Humanoid Robots Games which is currently being held in Beijing. If in recent months we had already witnessed The Humanoid Robot Soccer World Cup and A KickBoxing Tournament Also in China, this weekend More than 500 robots will compete in various disciplinessome as classic as athletics or martial arts, and others more innovative and different as medication classification and cleaning. The starting gun was yesterday at 8pm at the National speed skating oval (built for 2022) and as expected from such an event, There was a ceremony at the height where some humanoid robots performed Chinese traditional opera, among other performances. Of classic sports to hotels: the “Olympic” disciplines of the Games As of August 15 and until August 17, these pioneer World Robots Games will take place that, despite having a short duration, have a tight schedule: There will be 487 competitions where 280 teams from 16 countries will face whose robots will be beaten for gold, such as summarize BBC. Among the participating states, China is not missing, but neither others such as the United States, Germany and Japan. As The event organizers explainthe reason for being of this event is Test and perfect the abilities of robotics With something as natural for humanity as sport. Thus, they claim that sport is a way to evaluate the decision making of a robot, its motor skills and its control systems. That a robot achieves gold implies high expectations of adaptation to a real environment such as factories or homes. At the moment, Vinicius and Yamal can breathe calm. World Humanoid Robot Games via ithome “I think that in 10 years or less robots will be at the same level as humans“, has declared a spectator to the French news agency. At the moment human athletes can be calm. In fact, in one of the first competitions that took place this Friday morning, the Five Football match against five, a dozen robots the size of a seven -year -old boy moved quite awkwardly through the field, staying stuck in groups or even turning. Touch to go to publication Another story has been the 1,500 meter race, where the humanoids of the Chinese company Unitree (One of the heavyweights both in the sector and in this competition) has been done with gold moving along the track with remarkable agility and surpassing his rivals quite easily, as can be seen in the video. The fastest robot has finished the race with a time of 6: 29.37, still far from the 3: 26.00 of the Male World record. In another athletics test, a robot has collided with a human operator knocking him down without further mishaps than the fall. Touch to go to publication The competition calendar leaves 16 events that include 400 meters track and field, soccer, martial arts, management of industrial materials, tomorrow there will be 23 events throughout the day with disciplines such as height, wrestling, unpacking and packaging of pharmaceutical products and classification of mixed materials in warehouses, stand-up dance or hotels cleaning services. And the 17 will be the closure, again alternating classic sports such as 100 meters fences with the final of the hotel welcome reception service. China is the host of this original event and also the country of reference in the sector, as long as its government has struggled strongly to lead it. In fact, according to the International Robotics Federation a few days ago, Beijing has placed humanoids “In the center of its national strategy“, as The RFI echoes French Also, last March China announced the creation of a fund of a billion yuan (about 128,000 million euros) to support emerging technological companies, which includes AI and Robotics startups. In Xataka | China has an ambitious plan to overcome the West in Technology. And he has already chosen his 18 companies to get it In Xataka | China has gathered more than 150 humanoid robots in Shanghai. Your message is clear: this is no longer about ideas, it goes from industry Cover | Robotics Lumos via X

Humanoid robots impress at first glance. Sony is clear what reality is: they still do not know how to move well

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Humanoid robots are generating a lot of expectation for their futuristic component. Right now, Boston Dynamics’s new totally electric atlas It moves in almost aliens, and The humanoids of figure They already learn to handle coffee makers and washing machines. The feeling is that the Robots revolution is just around the corner, but in its design they hide a problem that is slowing its true potential. And the solution does not go through adding more calculation power. The ‘silly’ body of robots. A recent study From Sony’s own robotics division, he points out that the root problem that limits his own machines is the “limited number of joints”, which creates a “disparity between their movements and those of the subjects they imitate.” That in this case are humans. As explained by the director of the Mechanical Intelligence Research Group at the London South Bank University, the current approach to the robotic industry is “the first brain.” Incredibly complex software is designed that has to centralized a body that is, in essence, a metal knead and engines connected by slightly flexible joints. An attempt to resemble the human that fails. If we move as we moveS In day to day, it is not for ‘magic’, but because we are an almost perfect machine that has about 360 joints, 206 bones and numerous ligaments. This makes the column flexible or the joints adapt to any movement. But humanoid robots are simple rigid structures that constantly fight against their own weight and inertia. In order not to fall, they need to perform millions of microcorrections per second, also consuming a lot of energy. According to the data, a Tesla Optimus robot to make a simple walk Consume about 500 wattswhile a human being for a more demanding walk Consume 310 watts. The clumsy that they are is increasingly evident. The famous Optimus video folding a shirt It is, in reality, a demonstration of its great physical weakness. A human can fold the shirt almost without looking, using the touch to feel the key and guide their movements. Optimus with his rigid hands depends on his powerful vision and his brain to meticulously plan every tiny movement. The same goes for Atlasthat although it makes spectacular acrobatics, I could not walk safely on a rock covered in moss because the feet cannot feel the surface to adapt to it. {“Videid”: “X83kba5”, “Autoplay”: True, “Title”: “Tesla Bot: This is the humanoid robot that is creating Elon Musk”, “Tag”: “”, “Duration”: “135”} The solution is already explored: mechanical intelligence. This It is a concept that nature perfected millions of years ago and that researchers around the world are beginning to apply in robotics. The idea is simple: design the physical structure of a machine to perform ‘calculations’ and passively adaptations without the need for a central brain or extra sensors. In nature there are many examples of this. For example, the tendons of a hare act as intelligent docks that absorb the impact by landing and release that energy to boost the next stride. The human hand is also able to passively adapt to any object and the yolks of our fingers conform to moisture to achieve the perfect friction level. The investigation is already demonstrating the value of this approach. For example, there are robots with legs inspired by the tendons of a cheey that can run with notable energy efficiency. In Xataka We do not need necessarily humanoid robots. We need machines that do what we can’t even imagine The efforts are put to increase their presence. Companies are clear that humanoid robots are the future. Some like figure They have already created a system to make large -scale robotsor even China is doing exhibition of your best models To make it clear that they have gone from theory to practice, and even They put them on sale. And such is the number of companies that have been launched towards this market, which It costs to differentiate each other. But they already do very common tasks such as Play football or participate in Kickboxing tournaments between robots. And even work for an hour remembering exactly what their hands ‘feel’. Images | Julien Tromeur In Xataka | “I can’t stop”: addiction to talk to AI is already here and there are even help groups to leave it (Function () {Window._js_modules = Window._js_modules || {}; var headelement = document.getelegsbytagname (‘head’) (0); if (_js_modules.instagram) {var instagramscript = Document.Createlement (‘script’); }}) (); – The news Humanoid robots impress at first glance. Sony is clear what reality is: they still do not know how to move well It was originally posted in Xataka by José A. Lizana .

China has just opened the first megatienda of humanoid robots. What comes later promises even more

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What will it be to buy a robot like who buys a car? China responds with “Robot Mall”a megatienda in Beijing that its promoters present as the first 4S for humanoids: sales, spare parts, service and feedback of the user under the same roof. The idea is simple and ambitious at the same time, converting curiosids for daily use and maintenance contracts. What is a 4S (and why does it matter now). In China, the 4S was the answer to a simple question: what if I buy and maintain my car in the same place? This model is now exported to robots: a place to see what they do, how much they cost and how they remain with spare parts and technical service, in addition to measuring the customer experience. If it works, it converts curiosids for humanoids into informed purchase decisions. The appointment is in Yizhuang, the Beijing Alta District also known as Beijing E-Town. He opened on August 8, in parallel to the World Robot Conference (from August 8 to 12), and occupies four floors with about 4,000 square meters. On the ground floor, Immersive demonstrations of real uses in industry and health Together with reference humanoids such as Unitree G1, Ubtech Walker S or “Tiangong”. The second level is more interactive, with brain-machine interfaces, robotic arms and participatory exhibitions; the third centralizes diagnosis, replacement of components and remote operation and maintenance; The fourth floor is designed to close B2B agreements in negotiation rooms. What can you see and do there. There are seven major categories: medical, industrial, company, bionic, integrated, biped and wheels. Among the demonstrations, a robotic dog dressed in lion, a humanoid that dispenses traditional Chinese medicine, arms that paint, machines that brings or prepare coffee, and others that remove pharmacy boxes or serve drinks from a bar. Scenes that are a reflection of how advanced this technology is, but also of the path that still has. Are they sold to the public? Not all robots are ready to leave the store towards a living room or factory, but many can be bought or hired. Prices start around 260 euros (2,000 yuan) – thought for simple company or educational models – and scale up to several million yuan, a high range that is equivalent to several hundred thousand euros according to the platform and its configuration. In most cases, the sale includes installation, training and technical service. In the 4S format, the last “S” refers to Survey, which in this context means collecting the opinion and experience of the customer after the purchase. In Robot Mall this translates into periodic reviews, remote diagnosis, parts replacement and technical assistance, but also to collect data on how robots are used on a day -to -day basis. That information returns to the manufacturer to refine functions, improve reliability and prepare future versions. Why now. In 2024, China manufactured 556,000 industrial robots and concentrated two thirds of the world’s robotics patents, according to data from the Xinhua news agency. With figures thus, the opening of Robot Mall is no accident: it is part of a strategy to get the humanoids from the laboratory, put them in real environments and reinforce a sector that in Yizhuang already moves more than 10,000 million yuan in annual production value. What comes later. Robot Mall will not stay in this initial version. According to those responsible, in November 2025 they promise a 2.0 version, with more types of more varied robots and use scenarios. The idea is to expand demonstrations to more realistic environments and add manufacturers, reinforcing the role of Yizhuang as a nerve center of robotics in China. The images speak for themselves. The AP agency has prepared a photographic gallery with some of the best moments of the opening of Robot Mall. You can enjoy them directly from your website. Images | Xinhua In Xataka | China’s first avant -garde lithography machine is not the biggest US problem. They will be the other two that are on their way

We knew that humanoid robots would reach factories. Nvidia has already chosen where and when to start, according to Reuters

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When did humanoid robots stop being a spectacle to become a tool? Maybe that’s right there. Sources consulted by Reuters They assure that Nvidia and Foxconn are in conversations to display them in a server manufacturing plant of artificial intelligence in Houston. Nvidia has trusted the Taiwanese giant to lift a new server manufacturing plant in Houston, Texas. The objective: produce the GB300its new AI servers based on architecture Blackwellwithin the ambitious plan for relocate part of its production in US territory. As Reuters has advanced, both companies are in conversations to display humanoid robots in this factory. The intention would be that they begin to operate in the First quarter of 2026. If concrete, it will mark a double milestone: it would be the first time that a NVIDIA product is manufactured with the help of these tools, and also the first use of this technology by Foxconn in a production line of AI servers. Houston is not any factory: something new is prepared here For now, the details are scarce. It is not known how many robots will be used, how will they look or what exact functions they will perform. But there are indications. In an internal presentation of May, Foxconn showed how he was training humanoid robots for tasks such as manipulating objects, inserting cables or making basic assemblies, usual activities in the manufacture of servers. Houston’s choice is not accidental. Being a new plant, spaces are being designed with margin to integrate these technologies From the beginningsomething much more complex to achieve in already operational facilities. According to one of the sources consulted, that design would facilitate the incorporation of humanoid robots in the line. NVIDIA GB300 has a rack scale design That Nvidia bet on humanoid robots in its production chain is not just a logistics movement. It is also a declaration of intentions. Until now, no company product had been manufactured with the help of this type of robots. And Foxconn, the largest manufacturer on the commission of the world, had not used them in a production line dedicated to AI servers. The decision, according to what the sources have told Reuters, would mark the beginning of a new stage for both companies. In the case of Foxconn, it would also serve to show the world the advances in robotics who has been developing with Nvidia, although third -party models such as those of China Ubtech have also been tested. For Nvidia, the movement fits with its broader strategy. The company not only designs chips for AI models training: it also offers A development platform Specific for humanoid robots, with visual, motor and cognitive abilities based on their own architectures. In March, Jensen Huang himself He predicted that The generalized use of humanoid robots in industrial environments would come “in less than five years.” They are not alone: ​​Tesla, Mercedes, BMW, China The idea of ​​incorporating humanoid robots into the assembly lines is no longer a rarity. Although its deployment is still limited and experimental, several manufacturers have been testing this technology for some time in controlled environments or in very specific tasks. Among them BMW stands out, that has made trials in American plants. And it is known that Teslawhich has developed its own humanoid robot called OptimusHe has put at least two units to work in a production line. But interest is not limited to the great western brands. China has converted humanoid robotics into a national strategic priority Within its Made in China 2025 plan. Companies like Ubtech – whose model has also been evaluated by Foxconn – are being driven directly by the government with a view to transforming the country’s industrial fabric. Strategic alliances are part of this mission Like Huawei and Ubtech Specified this year. This possible deployment of humanoid robots in Houston does not occur in a vacuum. Is part of a broader movement, driven by political pressure and the strategic need of Relocate production Technological on American soil. In April, Nvidia announced its intention To manufacture AI infrastructure of up to 500,000 million dollars in the US in the next four years, with partners such as TSMC, Wistron and Foxconn itself. For many companies, automating is a matter of survival. The Houston factory, still under construction, is part of that strategy. But producing locally implies facing at least one new problem: the shortage of labor. And that is where automation would come into play. Perhaps not essentially for these factories, but as a test field for possible future expansions. For many companies, automating is no longer a matter of improvement. It is a matter of survival. Thus, more and more local actors are developing humanoid robots designed specifically for the industry. Tesla, Figure, Apptronik or Agility Robotics They are among the companies that have opted for this new generation of machines. Jeff Burnstein, president of the Association for Advancing Automation, summed up axios The new industrial reality: “This is how it competes today”, so “you have to take advantage of the best available tools.” Humanoid robots lived for years with skepticism: beautiful exhibitions, Little useful in practice. Now, that perception is turning. We are faced with a change that aims to be important, but whose real range we will know only over time. Images | Nvidia | Boliviainteligent In Xataka | The US is willing to do anything for advanced chips not to reach China. And Malaysia is an obstacle

The latest in Robotics of South Korea is not humanoid or works in factories. Does something out of the ordinary: Parkour

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The physical state. As detailed in A video available on YouTube, the first step is taken by the planner, which generates possible routes from a map of the environment. That map is continuously updated with sensor and simulations data. Then, a neuronal network rules out risky options and stays with the most efficient. The tracker, on the other hand, guides the precise movements of the robot. It was trained through reinforcement learning, a technique based on trial and error, which prepared it to adapt to dynamic and challenging scenarios. To save calculation time, Raibo reuses their own footprints: the hind legs step on where they did the front before. Raibo training simulation As they count, the robot was able to run on irregular surfaces, overcome stones, cross inclined ramps, climb stairs and even jump gaps of more than one meter. It reached a speed of 2.7 meters per second. And the most surprising: if the goal moved, the robot detected and recalculated its route without help, without stopping and without losing control. Meanwhile, robotics does not stop in the rest of the world. Raibo’s advance is not an isolated case. It is part of a global wave of developments in which robotics and AI are more and more intertwined. Without ia, robots would continue to be little more than a set of sensors and engines. With AI, they are able to interpret their environment, make decisions and execute complex tasks with autonomy. Companies like Google are betting on it. With Gemini Roboticstheir last great project, have designed a system capable of controlling different types of robots in real time, understanding human language, pointing to 3D objects and adapting to new situations without prior training. The search engine giant says that his performance in unforeseen tasks doubles that of previous models. For now, this technology is in the test phase, but Google already collaborates with companies such as Apptronik or Boston Dynamics to integrate it into advanced humanoids. China is also accelerating. And it is not the only region that is investing strong in this direction. In China, humanoid robots not only train: they compete. A few weeks ago, The country celebrated a Kickboxing tournament Between four G1 robots by Unitree Robotics. He was broadcast live and showed how these machines were able to dodge blows, get up alone after falling and continue fighting with surprising agility. They are 35 kilos robots and up to 23 degrees of freedom, designed with state -of -the -art sensors, and according to organizers, new multisport competitions are already in preparation. Robots developed in China in a boxing ring And there are already robots working in real factories. Meanwhile, in the United States, some humanoid robots have left the laboratory and are entering real factories. One of them is Figure 01, that has long worked in a BMW plant in South Carolina. This robot, developed by the Figure company, can open doors, climb stairs and manipulate objects autonomously. Of course, it still moves slowly and needs to be connected by cable permanently. Parkour as the advancement of the future. All this helps to understand why Raibo’s case is so fascinating. It is not humanoid, nor has it been created for industry or home. But it shows that, combining real -time decision algorithms with light hardware and advanced training, it is possible to create machines that not only execute orders, but also improvise and have an agility that causes vertigo. Touch to wait to know how these advances find a place in really useful applications. There will be the real leap. Images | Robotics & Artificial Intelligence Lab In Xataka | Nvidia desperately seeks engineers for its Taiwan R&D center. They even accuse you of “stealing them” to TSMC

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