robots

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

You cannot climb to the Madrid subway with an electric scooter. In China’s, robots are already a passenger

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In October 2023, An incident with the battery of an electric scooter It caused the closure of a subway line in the capital of Spain for three hours. That led the authorities to prohibit The entrance of these devices to public transport Until 2027. In China, there are other battery devices that are already driving at ease by the subway network: robots. Which until not long ago was science fiction material, Today is a reality. The world is pushing the development of robots and, while until recently the demonstrations by companies such as Boston Dynamics They were limited to bailongos robots focused on professional environmentstoday what come to us are machines created for all types of ends. Boxing robots, football robotshumanoid robots that We can buy for what a car costs and even Robot dogs for blind people. And something that everyone has in common is that they are already being tested, one way or another, In China. The latter is an army of robots that already go from side to side for the Shenzhen subwaytaking trains and rising in elevators. And it has all the meaning of the world. Robots assault the subway A few days ago, 41 company robots VX Logistics They began to circulate through different Shenzhen Metro lines. They have a processor that allows artificial intelligence tasks, have Lidar sensors With “viewing” panoramic and that AI work allows them to make decisions in real time to make the best decision when it comes to their destination. The goal of this robot squad is to bring supplies to stores 7-Eleven located inside the stations and, for this, they not only take the subway: they are also capable of going up and down in a totally autonomous way and without supervision by the elevators of the stations. With considerable size and an aesthetic that resembles that of Robots-Camareros They are appearing in some Spanish restaurants, these machines They can load up to 130 kilos of weight. At the moment, it is a pilot program to see how they manage to distribute among the more than 100 stores 7-eleven distributed by the Shenzhen network, with nine million of daily customers, but the goal is to expand their scope. There are elements to take into account in all this. VX Logistics is part of Vanke, a Chinese real estate giant who is also co -owner of the Shenzhen Metro. But, beyond the marketing that has “free” more than 40 autonomous robots for the subway, as we read in SCMP It is something focused on solving a classic network problem: the refueling of stores. Li Yanyan is a manager of one of these stores and, as he explains to the local medium SZ News, “the distributors had to park on the surface, download the merchandise and take it manually to the inside. Now, with the robots, it will be easier and more comfortable.” They don’t say What will happen to those deliverymenif they will be in charge of providing the goods to the robots or if their function will be reduced more. What is known is that, as the company itself has communicated, the robots will be perfected based on their real -world performance. Now, apparently, These robots only operate in valley hoursin which less people are using the network. And less bad that they only operate in valley hours, because agile, what is said agile, are not. What has caused is that the first days of robots work, travelers are They will look or take pictures. The robots were already prepared for this, with a screen that shows a friendly “face” when it crosses someone. We will see how they develop and how long it will take to see similar robots in other stations, but what is clear is that China is pushing strong in the robotics segment For the “day to day” and Shenzhen is one of the lungs of his industry, with approximately 1,000 robotics companies only in that city, 18 of them Focused to humanoid robotics. Images | VX Logistics In Xataka | A Chinese firm has just presented a quadruped that challenges the limits. Boston Dynamics no longer has a clear path

The artificial skin that feels heat and cuts is already real. It is the first big step for robots to look more like us

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Can a robotic hand like that of Optimus or that of 1x get to feel like ours? Researchers at the University of Cambridge and the University College London believe they have taken an important step in that direction. They have developed one Artificial skin Composed of a single flexible material, capable of detecting temperature, pressure, cuts and multiple simultaneous touches. All without rigid layers or sensors distributed inside. And the most promising, according to its creators, is that it can adapt to complex forms and promises a relatively simple manufacturing process: it is enough to melt it, pour it into a silicone mold, remove the internal positive and place it as a glove on a robotic structure, as shown in This demonstrative video. The nucleus of this technology is a driver hydrogel that, when combined with electric impedance (EIT) tomography, allows you to continuously register what happens on its surface. When a stimulus occurs – contract, heat or pressure – the fields are altered. The system detects not only the type of stimulus, but also its location and environmental conditions. All this is interpreted through automatic learning, with latencies that depend on the number of active channels, explain in the article published in Science Robotics. A soft membrane, millions of data The best example of the system is a robotic hand of real size, hollow inside, fully covered with this artificial skin. Instead of distributed sensors, use exclusively 32 electrodes placed on the wrist. This configuration was sufficient to extract more than 1.7 million information channels, derived from 863,040 different combinations. During the tests, the hand was exposed to different stimuli: a human finger, a thermal probe, the impact of a scalpel. In all cases it was able to distinguish the type of interaction and locate it with an average precision of about 25 millimeters above its entire surface. The interesting thing is that a sensor is not necessary for each type of stimulus. The membrane itself reacts differently depending on the intensity or nature of the contact, and it is the model of the one that identifies the most relevant signal between hundreds of thousands of possibilities. In addition to touch, this skin is able to monitor the environment. During a 100 -hour test, the system registered variations between 19 and 25 ° C and between 38 and 72% relative humidity, as details The official note of the University of Cambridge. All this with a design without rigid components, which facilitates its integration into Prosthesis, technical clothing, control surfaces or collaborative robots. Applications ranging from rehabilitation and remote exploration to the automobile sector. Of course, this development does not start from zero. In recent years we have seen other proposals that seek to endow robot sensitivity, such as This synthetic skin capable of replicating pain, This other that presumes to approach human skin as never beforeeither A capable of self -backing and recycling. What distinguishes the work of Cambridge and UCL is its radically simplified approach: a single flexible layer, without mechanical components, which centralizes all sensitivity and interprets it by software. Challenges remain in front: improve the resolution in areas far from the electrodes, reinforce the resistance of the long -term hydrogel. But paradigm shift seems to be underway. Everything indicates that it is a matter of time until we see robots not only more advanced in mobility and interaction, but also closer to us in appearance and physical sensitivity. An artificial skin like this opens the door to a new generation of machines that not only execute tasks, but also “feel” the surrounding environment. Even so, we are far from reaching the level of realism that proposes’Detroit: Become Human‘. Images | Cambridge University (1, 2, 3) | Quantic Dream In Xataka | Figure 02 has worked only for an hour. The shocking thing is that your brain already remembers and your hands “feel”

The war enters the field of science fiction. Ukraine has captured Russian soldiers without humans: the robots did it

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In the last hours two unpublished facts have been known in the Ukraine War. The first of all occurred a few hours after Trump announced the Partial resumption of sending weapons to kyiv and criticize hard To Putin. Then Russia launched The biggest attack with long -range drones from the beginning of the war. The second goes directly to History booksbecause Ukraine has stopped Russian troops only through machines. Drones and robots on the front line. In an unparalleled event in modern military history, the 3rd separate assault brigade of Ukraine managed to capture Russian soldiers Without using infantry human, using exclusively aerial drones and terrestrial robotic platforms. The operation, announced on July 9 by official Ukrainian sources, represents a unprecedented milestone In the evolution of automated combat, marking the first time enemy soldiers surrender directly to unmanned systems. According to The statement of the brigade, the terrestrial drones were the immediate receptors of the surrender, an event that until now belonged to the science fiction and that has now materialized in the context of the war in Ukraine. Asymmetric technology and war. The operation took place in the Járkov region, northeast of the country, an area high intensity on the front from the beginning of the large -scale invasion by Russia. The Ukrainian unit deployed FPV drones and robotic platforms Kamikaze -type terrestrial to assault Russian fortifications that had resisted previous attacks from other units. These tools, developed as part of a national strategy to reduce human casualties and adapt to a saturated artillery and surveillance war theater, allowed Ukrainian forces to execute an offensive Without exposing directly to your soldiers. According to Brigade’s storythe drones destroyed several Russian positions, and as a terrestrial robot approached a partially damaged shelter, the Russian soldiers entrenched there chose to surrender, without there being human presence in the immediate vicinity. An automated capture. After the surrender, the prisoners were guided outside the fighting zone by The same drones Ukrainians, in a sequence more typical of fantastic literature that demonstrates not only the offensive capacity of these systems, but also their effectiveness to operate complex tasks such as custody and remote control of enemy movements rendered. Subsequently, the Russian soldiers were taken in custody by Ukrainian forces. The success of this maneuver, they tell, not only allowed capture without direct physical contact, but also facilitated the taking of the fortifications previously defended, as well as the control of a adjacent forest line of considerable tactical value. New military paradigm. No doubt, the episode not only shows the degree of sophistication achieved in Ukraine in the matter of Automated warbut also raises fundamental questions about the future of land combat. The Rendary against drones Terrestres is a radical turn in the psychological dynamics of the battlefield: the soldiers, in this case Russians, did not face visible, human enemies, but to silent machines that approached relentlessly, having destroyed all previous defenses. This type of deployment, which mixes destructive capacity with occupation and control functions, anticipates a new paradigm where direct human interaction could become exceptional even in capture operations. Russia attack in Ukraine An unprecedented offensive. But as we said, if the capture of Russian soldiers was a historical fact of modern wars, Russia’s attack It is not precedents From the beginning of the invasion. On one night that could redefine the limits of the unmanned air war, Russia unleashed the greatest drone attack, launching 728 Shahed drones (including lures) and 13 missiles, including feared Kinzhalagainst 741 objectives throughout the country. The epicenter of the attack was the city of Lutsk, in the Ukrainian northwest, a few kilometers From the border with Polandwhich caused the Polish and NATO Air Forces to be deployed in maximum alert. According to kyivmost of the projectiles were intercepted, especially thanks to electronic warfare systems, although hypersonic missiles managed to cause unspecified damage. War in the front and in court. While the sky becomes a network of autonomous swarms, the situation on land remains marked by intense fighting No significant advances. Russian troops They continue to press In Sumy, Járkov, Luhansk and Donetsk, although reports indicate that Ukraine has contained attacks on most of those fronts. In parallel, a Russian soldier belonging to a criminal battalion He denounced publicly Inhuman conditions and the lack of gunner support, describing suicidal assaults in improvised vehicles and without air backup. On the legal level, the European Court of Human Rights ruled that Russia has systematically violated human rights Since 2014including extrajudicial executions, torture, forced deportation of children and forced labor. The Kremlin, on the other hand, dismissed the ruling as “null and without effect.” Plans. They counted the Twz analysts that kyiv, anticipating a large -scale response, would be preparing a thousand drones long range against Russian objectives, including areas near Moscow. In addition, the Ukrainian Secret Service arrested Two Chinese citizens accused of trying to spy technologies of the Neptune missileused in the Moskva’s sinking and now adapted for long -range terrestrial attacks. On land, the proliferation of unmanned land vehicles, such as New UGV “Snail” Or improvised models with wheels made of mines, shows that automation not only dominates the heavens, but also advances on the mud and steel of the front. The war in Ukraine, ultimately, thus enters a phase every time More hybrid and technological of the traditional forms of combat. The contest, that already It had been a pioneer In use massive drones Of recognition and attack, another threshold has crossed, this time historical and unimaginable does not so much: the surrender of soldiers against machines. Image | Arx Robotics, Ukraine’s 3rd Separate Assault Brigade, Emergency Service of Ukraine In Xataka | The production of Russian drones was so huge that Ukraine has opened them looking for clues. The surprise is China In Xataka | We were accustomed to seeing strange things in Ukraine, but this is different: ships and bombers with no one behind the wheel

Kawasaki and Foxconn already try nursing robots in Taiwan. The really ambitious is what comes after

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Soon, in some Taiwan hospitals, you could cross with a robot that guides you through the halls, wears a tray with samples or accompanies you to the consultation. It is not a prototype locked in a laboratory: it is already being tested with real patients. Behind the project are Kawasaki and Foxconn, and their idea is clear: that these robots are part of the health team since 2026. The robot that are developing part of an already known base: The Nyokkeya social model that the Japanese firm has used in residences, restaurants and even infrastructure facilities. This new version, which is being tested in the hospital Taichung general veterans From Taiwan, adapt that design to a clinical environment and gives it concrete functions designed to relieve part of the loading of health personnel. A Nurse Robot in Taiwan. The robot moves autonomously through the hospital corridors, thanks to a sensor system that allows it to dodge obstacles and avoid collisions. It has two arms with the capacity to hold objects, a compartment to transport samples or medication, and can guide patients by facilities. The Register points out that it could also Explain basic hygiene standards to users, although it is not clear if that function is part of the model that will be displayed soon. Everything indicates that the immediate objective is not to replace medical staff, but to assist it in routine tasks that consume time and resources. In a context like Taiwanese, where the shortage of nursing personnel is a real concern –and shared by many other countries-, The presence of these robots could relieve part of that pressure. Foxconn estimates thattaking care of transporting medications, samples or kits, Nurabot could reduce staff workload by up to 30 %. Who are behind the robot? The collaboration between Kawasaki Heavy Industries and Foxconn is not accidental. The first was a pioneer in industrial robotics in Japan and today manufactures automotive systems, the semiconductor industry and even surgery. The second is the largest electronics manufacturer for the world’s contract, and it has been betting on robotics and artificial intelligence as new growth engines. In this project, in fact, Foxconn has had Nvidia technology For the entire artificial intelligence ecosystem, from the training of models in data centers to the execution of algorithms in the robot itself. According to Nikkei Asiaboth companies are negotiating how production, technical support and the marketing of the robot are divided once it reaches the market. What comes after. At the moment, the robot is focused on hospital environments, but both Kawasaki and Foxconn have already shown interest in expanding their use to other sectors. The final idea is to build a versatile platform that can adapt to different environments and needs. In that scenario, the experience accumulated in clinics would serve as a test field for a future generation of multifunction robots. A kind of technological staff on which to build other more specialized models: customer service assistants, guides in public spaces, logistics assistants. What is trying today in a Taichung hospital could become the basis of a new category of robots designed to live with us on a day -to -day basis. OBJECTIVE: Get to the market in 2026. If everything goes as planned, the robot will arrive on the Taiwanese market in fiscal year 2026. Kawasaki and Foxconn have marked an ambitious goal: to reach accumulated sales of 200 units in the following year, that is, before the end of 2027. Yes, the price has not yet been revealed. Images | Nvidia In Xataka | The agents were supposed to go for AI in another dimension in 2025. As with other things of AI, it was only supposed to

Robots will overcome their human employees in number

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In some of Amazon’s most advanced logistics centers, robots are no longer an aid: they are a majority. They move tirelessly, raise shelves, scan packages and feed a huge distribution network. Automation is ceasing to be a promise to become a reality that can mark the rhythm of the entire sector. Amazon has already deployed more than one million robots in its logistics centers. Company itself sayswhich has been automating many tasks before people. That figure is not only the highest recorded so far, it also reflects to what extent automation has ceased to be marginal to become a key piece of the system. According to data collected by Red Stag FulfillmentAmazon had some 2025 with some 1.56 million employees globally. Of that total, approximately 1.1 million worked in the United States. If we compare both figures, the number of robots begins to approach that of human workers. It all started more than a decade ago In 2012, Amazon paid 775 million dollars By Kiva Systems, a company that was then dedicated to manufacturing mobile robots to move shelves in stores. It was an unexpected operation, but full of intention: it was not just a technological acquisition, it was a declaration of principles. Amazon not only bought technology, bought control of its future automation. Since then, the strategy was clear. Amazon began to integrate Kiva technology into its logistics centers. What was once a specialized startup in material management became the heart of a Silent transformation that has redefined how millions of orders are processed per day. At first, Kiva robots They were limited to transportr shelves with products without packing. It was a very concrete solution, designed to eliminate physically demanding and repetitive tasks. But over the years, the role of robotics was expanding. Today, robots not only move things: package, classify, raise weights, organize loads and optimize routes inside the warehouse without rest. In some centers, more than 70 robotic arms classify millions of items, fill paper bags, close cast cars and They collaborate directly to human staff. “Kiva’s purchase marked the beginning of our robotic trip,” Amazon explained. “But it was just the beginning.” And what came later shows it. Amazon has not only multiplied the number of robots in their stores. It has also diversified its catalog to form an ecosystem of specialized machines, each with very specific functions and a degree of autonomy that continues to grow. One of the most advanced systems is Sequoiaa platform that uses artificial intelligence for Manage inventory much faster. They ensure that it allows identifying and storing products 75% faster than traditional systems. It does so by displacing the items directly to storage areas or to operators located in positions designed to avoid injuries, always at the right height: between the chest and the thighs. Other mobile units work next to him Like Hercules and Titan. Both are responsible for moving complete shelves – the famous pods – to work stations. Titan, more robust, is prepared to transport more bulky and heavy objects, such as small appliances or product pallets. Both models navigate autonomously by marked soils with codes, avoid obstacles and adjust their movement in real time. In more specific tasks it appears Vulcanthe first Amazon robot With “sense of touch”. It is able to detect how much force applies to grab an object and when it has made contact, which allows you to manipulate fragile or poorly placed items without damaging them. It works especially at the highest and lowest levels of the shelves. The chain continues with Sparrowa robotic arm that identifies products, grabs them and places them in the right container thanks to computer vision and automatic learning. Then involvement systems of the packaging intervene, which provide custom paper bags for each order using sensors and thermal sealed. Robin and Cardinal are robotic arms that collect packages, detect damage and place them in cars, even when weigh up to 23 kilos. Then Proteus comes into play, the first Amazon autonomous robot, which circulates freely through the warehouse and carries those cars to the exit zone without human help. In all this deployment, there is a category of machines that continues to generate special interest: humanoid robots. What role do they have? Are they starting to integrate into logistics centers? The answer, for now, is nuanced. Amazon has begun to try them, but their presence is limited and their very specific functions. In 2023, The company announced the start of tests With Digit, a bipedo robot developed by Agility Roboticsa company in which Amazon invested through its Industrial Innovation Fund. Digit measures 1.75 meters, can transport loads of up to 16 kilos. His first task has been to help in the recycling of totes, the empty boxes that are constantly transported once their content is processed. Images | Amazon (1, 2, 3, 4, 5) In Xataka | AI as chatgpt is possible thanks to the indiscriminate use of online content. Cloudflare just said that it is over

An 11 robots football team

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Four university teams of completely autonomous humanoid robots They faced in Beijing In football matches of 3 against 3. The interesting thing is that they did it without any human intervention. Of course, the Androids stumbled, fell and some had to be even taken out on a stretcher, but behind the show there was a whole muscle demonstration and a robotic industry that is increasingly present in China. The reality behind the show. Although the scene seemed more a child training than a professional party, each robot worked totally independently through AI. Equipped with advanced visual sensors, the androids were the size of a child and managed to identify the ball and navigate the field with some agility, in addition to getting up alone after the falls (although some needed human help). Image: The Independent The final was played by Thu Robotics, from the Tsinghua University, in front of the Mountain is from the Agricultural University of China. The first rose with the victory with a result of 5 to 3. in The video The clumsiness of each of the robots are quite appreciated, although the event is one of many demonstrations in which it is intended to highlight the ease that China has in the field of robotics. The technological context. The country has been betting hard for humanoid robotics as part of its national technological strategy. According to Morgan Stanley, the Chinese robotic market will grow 23% annual until reaching 108,000 million dollars in 2028, compared to the current 47,000 million. By 2050, China is expected to have 302.3 million humanoid robots in operation, far ahead of the 77.7 million projected for the other major market: United States. Robotics in the field of sport. The sport has become a key test field for these developments. In April, 21 humanoid robots They competed with humans in a half marathon in Beijingalthough only six managed to finish. This football tournament prel a prelude to the World Humanoid Robots Games of 2025, which China will organize in Beijing From August 15 to 17 with 11 robotic sports, including gymnastics, athletics and football. Between the lines. Cheng Hao, founder of Booster Robotics (company that supplied robots during the event), Explain that sports competitions accelerate the development of both algorithms and integrated hardware-Software systems. Security is a central concern: “In the future, we could organize matches between robots and humans. That means we must ensure that robots are completely safe,” he says. The idea is that spectators generate trust seeing real interactions between androids and people. Football irony. While the Chinese male team occupies the 94th position of the FIFA ranking and everything indicates that it will not be classified for the next World Cup, its robots at least seem to know how to offer show and score goals. Who knows, the same in a time China can fulfill Guardiola’s wet dream in his tactical football and “without creativity”, who has been criticized several times By experts and players like Patrice Evra: “Now we have robots” The analysis suggests that Chinese national support for “EMBODIED AI“It exceeds that of any other nation, which could expand its advantage before rivals like the United States pay more attention to this field. Cover image | The Independent In Xataka | “I can’t stop”: addiction to talk to AI is already here and there are even help groups to leave it

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

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