world

There was a time when Megaupload conquered the world of downloads. And their king was Kim Dotcom: Crossover 1×39

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At the beginning of the 2000s there were practically no legitimate alternatives to access film, series or music content through streaming, so there were those who took advantage of the circumstance to propose “dark” options. P2P networks were clearly one of those options, but we also attend at that time at the birth of phenomena like Megaupload. This platform became an absolute internet giant, and its creator, Kim Dotcom, is already a living part of the history of the network of networks. This hacker and entrepreneur managed to put an entire industry in suspense while making gold and living like a king. However, justice ended up going after him, and that spelled the end of Megaupload. The raid that ended with his arrest It became news with worldwide coverage, and that marked the definitive end of that platform. Two years later, Mega would appear, a much more “formal” and less obscure alternative, but Dotcom would end up breaking away from it shortly after creating it. Since then this entrepreneur has become a kind of political activist who tries by all means to ensure that justice I couldn’t unload all my weight against him. Whether he does or not remains unknown, but one thing is certain: the story of Kim Dotcom and Megaupload They deserved their own episode. of Crossover. On YouTube | Crossover In Xataka | Megaupload, rise and fall from grace of the portal that changed downloads on the Internet forever

While the world fights for the most advanced chips, there is a company making gold with the ones that go inside your washing machine

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If you have walked through an industrial estate, you have surely come across the typical warehouse with the sign “Spare Parts and Bearings (Insert name)”. And it’s easy for you, at that moment, to wonder what the hell a bearing is and how the rest of the businesses are closing, except for ‘Rodamientos Paco’. Well, in the world of technology there is also a ‘Paco Bearings’. Is called Texas Instruments and, in full era of sophisticated chips, artificial intelligence and quantum computingis breaking it with something very specific. Boring chips. In short. Companies are in the middle of the results presentation period. In this round, the managers inform their shareholders about the direction of the company, while allowing us to learn about data on upcoming devices or business plans. Texas Instruments usually goes unnoticed in these more ‘techie’ times, but they are finishing up a fiscal year with very positive numbers. The fourth quarter they closed with 4,420 million and anticipate increasing to 4,680 million in the first quarter. In the last three months, its share value has increased by 18%. Its shares are among the highest among companies in the same sector and, as we said before, the curious thing is that it is doing all this almost silently. Live outside the hype. You can constantly read information about cutting-edge chips on Xataka. It is true that the current nature of components is marked by the current RAM memory crisis either of SSDsbut the snapdragonthe Apple Silicon, the latest from NVIDIA or AMD It is what usually marks the conversation. They are the most sophisticated and interesting chips, but a coffee maker does not need a chip like that. That’s where Texas Instruments comes into play. Because calling their chips “boring” is not an exaggeration. They are outside the AI ​​hype, the data centers and the most exciting features because its market is different: sensors, connectivity, controllers. Where are Texas Instruments chips? In routers, smart refrigerators, washing machines, air conditioners, as secondary chips in televisions, in remote controls, in calculators or in smart smoke detectors. But they not only make chips, but also another series of integrated circuits for wireless communications, signal processing in all types of devices and even sensors that detect tire pressure, engine temperatures or the air conditioning system. Texas Instruments chips and sensors are in… everything. Even in weapons. An example of a tiny sophisticated chip in the headphone stick… with only 16 KB of RAM. Because you don’t need more Huge investment. And the company is not sitting idly by with the huge amount of money it is making with its ubiquity strategy. a few days ago, Bloomberg reported on the agreement that Texas Instruments had reached to buy Silicon Labs. Also American, also with ‘boring’ chips that They are inside ‘things’ of all kinds. The operation is not closed, but the smell of it caused Silicon Labs shares to increase 51% to more than $206. The curious thing? That Texas Instruments is willing to pay more: up to $231 per share to investors. The operation has not been closed, but there is talk of a purchase of 7.5 billion dollars, well above the 4.5 billion that Silicon Labs is “worth.” Great year ≠ perfect year. All of this is… outrageous, but it indicates something very specific: they are spending a lot of money to reinforce a huge, stable market that goes unnoticed in a time when everything revolves around artificial intelligence and sophisticated technology. The purchase of Silicon Labs, paying such a high premium per share, shows that they know very well what they are getting into and the value of a market in which they are a key player. But one thing must also be noted: although revenues rose, annual profits did not increase at the same rate. He total invoiced increased by 13%, but as they have also invested more, this increase in costs reduced the profit margin, which “barely” increased by 4.2%, with some quarters being worse than others (in Q4 they fell by 3.5%). They haven’t had a perfect fiscal year, but there is one thing that is undeniable: they are still the kings of their niche. If we can describe being everywhere as a “niche”. In Xataka | While half the world looks for an alternative to Taiwan, Jensen Huang is very clear about the harsh reality: there is no

The world has been fascinated by the collapse of the Mayans for decades. In reality, almost everything we thought we knew was wrong.

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They cultivated fields, raised livestock, built some of the most amazing buildings on the planet, developed a rich culture that included advanced astronomical knowledge that still intrigue today to the experts. The Mayans are one of the most fascinating civilizations on the planet. And rightly so. Without it it is impossible to tell the history of Central America. However, little by little and as technology allows us to delve into their secrets, we begin to understand something: much of what we thought we knew about the Mayans was wrong. And that includes its collapse. What happened to the Mayans? The question is very simple. His answer not so much anymore. As our knowledge of the Mayan civilization has expanded (thanks to resources such as LiDAR technology) has also mutated the idea that historians had of its decline. I remembered it recently in Guardian Marcus Haraldsson remembering what we know about Tikalone of the largest urban centers of the Mayans, located in what is now Guatemala. “Sudden and disastrous”? The most recent stele located at the site dates back to the year 869 ADwhich leaves the question of what happened in Tikal from that date on. For a time historians assessed the possibility of a “sudden and disastrous” collapse that marked its fate; But today that explanation seems increasingly distant. Now experts are leaning towards another option: a broad period of decline of around 200 years during which farmers moved north and south and powerful urban centers were abandoned in favor of settlements such as Chichén Itzá, Uxmal or Mayapán, towards the north of the Yucatán Peninsula. There is even talk of the period Classic Terminalwhich goes from the years 750 to 1050. Changing perspective. This perspective has been adapted over the decades and goes beyond the period of decline of the Mayan civilization. “We are no longer really talking about collapse, but about decline, transformation and reorganization of society, as well as a continuity of culture,” comment to Guardian Kenneth E. Seligson, associate professor of archeology at California State University (CSU). “There have been several similar changes in places like Rome. (But) we rarely talk about the great Roman collapse anymore because they re-emerged in various forms, just like the Mayans.” But… What happened? What exactly happened for many of the main Mayan settlements (not all) to begin to collapse towards the 9th and 10th centuries It remains a complex and highly discussed topic. Today the authors point out a combination of factors including changes in trade routes, adverse weather, severe and prolonged droughts and wars, among others. The truth is that in the middle of 2026, researchers continue collecting clues that helps us clear up unknowns about that period. The importance of water. You don’t have to go far back to read new discoveries that tell us precisely about the collapse of the Mayan civilization. Last August a group of scientists published a article in which they basically emphasized the “important role” that “prolonged droughts” played in the Mayan decline. For their study, the researchers analyzed a stalagmite located in a cave in the Yucatan, a true geological and archaeological treasure if its oxygen isotopes are analyzed. The examination revealed a series of periods of severe drought between 871 and 1021, during the Terminal Classic, stages marked by water shortages during which the Mayans found it “extremely difficult” to grow their crops. It may seem exaggerated, but the study revealed eight droughts during the rainy season that lasted at least three years. Not only that. The longest drought lasted about 13 years. Other previous studies, carried out from sediments collected in the Chichankanab lagoon or stalactites rescued in Belizehad already suggested the role that climate played in the Mayan collapse. Question of droughts (and something else). Months after that study, in November, Benjamin Gwinneth, from the Université de Montréal (UdeM), published another that helps complete the ‘photo’. The Canadian institution recalls that between 750 and 900 AD the population of the Mayan lowlands suffered “a significant demographic and political decline” that coincided with “episodes of intense drought.” What Gwinneth’s work questions is whether this collapse is explained only by the lack of water. Curiously, their research is also based on the analysis of sediment samples dating back to around 3,300 years ago. And what exactly did he do? Gwinneth dedicated himself to analyzing samples taken from Laguna Itzán, in present-day Guatemala, near an archaeological site Maya. To be precise, they focused on three “geochemical indicators” that reveal the evolution of fires, vegetation and population density in the area (something they estimate thanks to fecal stanols) for thousands of years. The first conclusion they obtained is that the first settlements appeared in the area 3,200 years ago and for centuries the Mayans cultivated, burned to clear forests and used the ashes as natural fertilizer. It also gradually increased the population of the area. Over time they even changed their “agricultural strategy”, dispensing with fire. A “stable” climate. The second conclusion (and this is the interesting part) is that, unlike Mayan populations located further north that did suffer “devastating droughts”, in Itzán the climate was relatively “stable” thanks in part to its geographical location, near the Cordillera. Curiously, that did not free Itzán from the crisis that they suffered in other areas of the Mayan world. The question is obvious: Why? If it kept raining there, what dragged them into the crisis? “Although there was no drought in the area, the population decreased during the Terminal Classic period. Indicators show a drastic drop, traces of agriculture disappear and the site was abandoned,” Gwinneth points out.which recalls that some archaeologists place the beginning of the Mayan collapse in the Itzán area. Why is it important? Because it suggests that drought (no matter how stubborn) is not enough on its own to explain the Mayan decline. “The answer lies in the interconnection of Mayan societies,” reflects the expert. “Cities did not exist in isolation. They formed a complex network of commercial ties, … Read more

The fastest private plane in the world is now ready to fly, covering non-stop intercontinental routes and less jet lag

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Few aircraft projects raise as much expectation as that of the Bombardier Global 8000 because he who It will be the fastest civil aircraft in the world since the Concorde It has some characteristics that leave people open-mouthed and others, such as the promise of ending jet lag, that arouse some skepticism. And furthermore, it is rigorously complying with its roadmap to go from becoming an ambitious prototype in testing to being a certified commercial reality: a few days ago completed its international certification process and can now operate without restrictions in the European sky. He Bombardier Global 8000 breaks records. In its test flights, one of its aircraft reached a Mach speed of 0.941, even exceeding Mach 1.0 (Mach. 1.015) in a dive, making it the first aircraft within its commercial people transportation category to break the sound barrier in a controlled and sustainable manner. And also, in the fastest civil jet in active service. However, his certified maximum operating cruising speed is Mach 0.95, exceeding its own expectations and leaving behind others like the Gulfstream G700 or the Dassault Falcon 10X. This is possible thanks to its engines GE Passport and its aerodynamics. Its propulsion system is optimized for a high bypass ratio and thermal efficiency, enabling long flights. Its wings have a design Smooth Flĕx Wing critical: it is a variable profile structure that optimizes lift both when flying at low speed and at cruising speed. This minimizes resistance and improves stability against turbulence. With intercontinental capacity. Precisely its surname 8000 comes from its autonomy: it is capable of flying 8,000 nautical miles, about 15,000 kilometers. Again, its engines and design are largely to blame. If we take into account its range and speed, in practice it means that it is practically capable of linking two cities in the world without the need for stopovers. It is no longer that it can connect New York with Hong Kong, it is that compared to the traditional commercial flight it could save almost two hours. Goodbye to damn jet lag? As if flying from one end of the planet to another non-stop and in less time was not enough, the Bombardier Global 8000 promises minimize jet lag through pressurization and systems engineering. Go ahead something: the jet lag It’s not just lack of sleep and jet lag, it’s also an effect of air pressure. While a standard commercial airliner maintains cabin pressure equivalent to 6,000 – 8,000 feet, the Global 8000 maintains it at only 2,900 feet (about 880 meters) even when flying 41,000 feet. This means more oxygen in the blood of people traveling, so fatigue is reduced. Likewise, it integrates the Soleil System LED circadian lighting based on the dynamic position of the sun depending on the destination. A most exclusive aircraft. This aircraft does not skimp on details to optimize flight or comfort. Thus, it has a HEPA filtration system that renews the cabin air in less than 90 seconds, it has very comfortable a priori Bombardier patented Nuage seats with zero gravity position, four private suites with king-size beds and there is no shortage of shower on board. Beyond its innovations and luxuries, it has something essential from a practicality point of view: its design allows it to operate in small airports and even on wet and bad runways, so it can land or take off in up to 2,050 airports. According to Bombardier, this marks the difference with the competition. The interior of one of its exclusive suites ready to fly. As we mentioned in the intro, the Bombardier Global 8000 already has everything to fly. After the envelope validation phase which took place between 2021 and 2023 where the company verified that elements such as the wing and the stabilizers supported transonic shock waves without losing structural integrity, they moved on to the testing and certification phase. First Transport Canada, then the FAA American and a couple of weeks ago, the European, which opens the doors to accepting deliveries in the United States and Europe. However, the first customers of the launch have already begun to receive their units from 2025. By the way, those who own the previous model, the Global 7500, you can upgrade it to the new Global 8000. In Xataka | The largest plane in the world has just broken its record for flight hours: its real mission is even more ambitious In Xataka | The whale of the skies says goodbye: the Airbus Beluga ST retires after years transporting other aircraft parts Cover and images | Bombardier

US sanctions are collapsing China’s factories. It’s bad news for the rest of the world

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The US has intensified in recent years its tariff policy against China. Under the shield of “national security reasons,” the Trump administration has attempted to isolate China from essential components to create cutting-edge technology. The play didn’t go too welland China is at its best moment of national production. So much so that the capacity of its factories is reaching the limit. There are those who warned. Lip-Bu Tan, CEO of Intel, warned at the beginning of February in his statements. He pointed out that the US blockade is only achieving the opposite effect, driving giants like Huawei to develop silently and accelerating the race for China to obtain the capacity to make three nanometer chips. SMIC confirmed it. He SMIC report corresponding to the fourth quarter of 2025 is a perfect summary of China’s efforts to one day end up leading the semiconductor race. China doesn’t just want to make chips for mobile phones: it wants to dominate the semiconductors that support AI, cars, telecommunications, industry, energy and defense: because whoever controls these chips controls technological power. The key data. That SMIC’s profits have grown by 39% in the last year is quite revealing, but that the capacity of its factories has risen to 93.5% is even more so. In other words, the Chinese company is practically at the limit of its production capacity, having to satisfy the demanding demands of both the government and local companies. How does this affect me?. Among the key sectors that China wants to lead is AI. And this one needs many, many chips. So much so that SMIC has warned that the demand for them is being so enormous that the rest of the consumer electronics orders are being compromised. This ends up translating into delays in supply, price increases and something that we have been warning about for months: basic components such as RAM, SSD memories and so on. They are going to be more expensive than ever. Without help from anyone. China, without access to ASML’s most advanced machines, is achieving alternative routes for your manufacturing processes. Although some of its manufacturers are still in collaboration with giants like TSMC (case of Xiaomi with “its” XRing 01 chip, manufactured by TSCM in 3nm), the plan is to be completely self-sufficient. Something that they will end up achieving, sooner or later. In Xataka |

ASML CEO knows the whole world depends on her

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The European Union has announced the inauguration of a new research center dedicated to the development and manufacturing of semiconductors. The project, called NanoIC, wants to become one of the fundamental pillars of the European Chips Act program. 2.5 billion euros on the table. The total budget is 2.5 billion euros, of which 700 million come from EU funds. Another 700 million will come from regional and national governments, and the rest will put ASML on the table and other industrial partners. What is Imec. In reality the project is an expansion of the Imec facilities at its headquarters in Leuven, near Brussels. This body does not manufacture commercial chips, but is the “laboratory” in which rival companies such as Intel, Samsung or TSMC collaborate to define the chips of the future. clean rooms. This is a new clean room (“cleanroom“) of 2,000 square meters which will among other things house ASML’s new next-generation High NA EUV scanner which is expected to arrive in mid-March. The total area of ​​Imec’s clean rooms amounts to 12,000 square meters and the company claims that this makes it a central part of the Chips Act strategy. Imec will soon build another 4,000 square meter clean room on the aforementioned Leuven campus. Everyone loves ASML. ASML CEO Christophe Fouquet highlighted the leading role that your company has managed to achieve thanks to its semiconductor manufacturing machines, the only ones in the world capable of producing the most advanced chips today. As he said, these are the machines “that everyone would like to have.” China sighs (for now). He is right: today the US is a key trade ally but does not have comparable technology of its own, and China has been trying to develop extreme ultraviolet machines for some time. but for now he is still behind in that race. Obviously Europe depends on the US and China in many other areas, but ASML is certainly a clear technological asset for European interests. Inverse dependency. The vice president of the European Commission, Henna Virkkunen, indicated in a interview with Politico that “it is true that we have some of the key technologies, such as ASML, that everyone is dependent on globally.” He explained, of course, that the EU has no plans to turn that into a weapon for potential negotiations, “but it is important to realize that we have those strengths that others do not have.” Changing the story. These statements undoubtedly seek to counteract the idea that Europe depends totally on American technology, demonstrating that the old continent also has its own levers to negotiate. Digital sovereignty. The EU is expected to prepare a second Chips Act which should be presented at the end of March and which would clearly differ from the first. Instead of an emergency response to a project that will turn Europe into a competitive region at a technological level. But. The initiative is striking, but it also has important challenges. We are looking at a research center and that means that its size and budget cannot be compared with those investments in data centers made by large US technology companies. But in addition to that parameter there is another even more relevant one: that of talent. Europe must train and attract enough engineers to operate these centers and develop that work there and not in companies or centers that compete in other regions, including of course the US and China. In Xataka | We already know what the chips that will arrive until 2039 will be like. The machine that will allow them to be manufactured is close

We have been waiting for years for 8K TVs to take over the world. It is evident that we are going to sit and wait

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In the 80s you guessed that Indiana Jones had a four-day beard, but that’s all. You couldn’t really see it, because on your VHS tapes it was more of a shadow than anything else. Those of us who have gray hair are lucky (or unlucky) to have lived in past times in which image resolution It was something arcane and mysterious. I was content with the video quality of the VHS tapes of ‘The Goonies’ or ‘Indiana Jones and the Lost Ark’ and I was happy with my C64 and its 320×200 pixels and those matches of ‘Match Day II’ with my brother in which we both enjoyed (and fought) as if we were playing the last game. FIFA EA Sports FC. Then, of course, everything improved and we began to realize that the resolution was important. We discovered that DVDs and their 720×576 resolution (in the PAL system used in Spain, in the US the NTSC only reached 720 x480) was like seeing the future until that future became the past with the arrival of HD Ready (720p) and especially Full HD (1080p) resolutions. Suddenly it was absolutely obvious that Harrison Ford hadn’t shaved.

The Spain we know is not prepared for today’s world

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“The worst thing has been the explosions, we thought the houses were going to collapse.” María José Díaz, from Diario Sur, spent last night talking to the neighbors from Grazalema that have been relocated to Ronda. That phrase perfectly sums up the terror that ran through the people of Cadiz. The evacuation of Grazalema. It has rained a lot in the mountains of Cádiz, that is not new. And they are not onlyalmost 600 l/m² on the rainiest dayis that in recent weeks more than 2,000 l/m² have been accumulated. That is what has turned the streets of the town into a continuous river. That is what has caused water to flow from the floors of the houses, from the baseboards, from the wall sockets. That is what has finally caused the ‘explosions’ (the noises or cracks) that at first seemed like storms, but were quickly identified as hydroseisms. Grazalema is in an environment of karst limestone rock. This suggests that beneath the ground there is a whole network of microcavities, conduits and small sinkholes. When the system becomes saturated and the water table rises, water can escape everywhere. So he has done it. What is reported in the press is calling ‘hydrosisms’ They can be understood as the response of the soil to that enormous amount of water. In Grazalema, the creaks are interpreted more as a form of rearrangement of the terrain. It may seem strange, but there is clear evidence of the process (also in Spain). Why has it been evacuated? A priori, the evacuation makes technical sense (the state of the clogged aquifer is being studied), but also psychological (the situation among the population – as evidenced by testimonies – was becoming a nightmare). What lessons can we learn from all this? As González Alemán recalled, we can’t say for sure that all this has something to do with climate change. It will have to be studied in detail, but what is certain is that yes has assumed (is assuming) a stress test of the water infrastructures of Andalusia and, by extension, of Spain. And that should lead us to reflect on the enormous urban reconversion that will have to be undertaken if this follows what the trends indicate. It is not just towns like Grazalema, nor the coasts of the country. It is not only the buildings built in flood zones, nor the retaining walls that appear insufficient. It is the system as a whole. A system that it is not clear that we can change in time. Image | Heparin1985 In Xataka | If the question is how the Andalusian water system is holding up all this water, we have an answer: they are going to evacuate Grazalema completely

Google has smelled blood with AI, so it has decided to spend more in 2026 than the GDP of 158 countries in the world

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New year, new budgets. Big tech companies are beginning to detail their roadmap for 2026 and the trend is clear: spend even more on AI. a few days ago, Goal announced that the planned capex (capital expenditure) rose to 135,000 million dollars and Microsoft too pointed to a similar figure. Alphabet (Google) just told everyone to “hold my hands.” May the rhythm not stop. The bomb was announced during the last results conference. Alphabet plans to spend between $175 and $185 billion, doubling 2025 capex, which was $91.4 billion, and almost quadrupling 2024 spending (52.5 billion). To put it in context, it is more than the GDP of Morocco, Kuwait, Bulgaria and up to 158 countries. At the same time, the company announced record results, surpassing 400 billion in revenue for the first time. The net profit stood at 132,000 million. Vertigo. That’s what investors seem to have felt. They count in Financial Times that, in the hours following the news, Alphabet shares fell 7% after the capex announcement, but then the fall was reduced to -1.5%. Microsoft experienced a similar response after its earnings call a few days ago, it is the response of investors to these exorbitant figures. However, as long as the results are good, it seems that the scare will not last long. Everything’s fine. They count in Fortune that Pichai assured that this year’s capital expenditure is “a look at the future” and justified his strategy by highlighting that the demand for his cloud services and DeepMind (Gemini) is extraordinary, so the investment must also be. He also announced that AI searches now surpass traditional searches and that Google Search’s business has grown 17% compared to last year. Additionally, the order book for its cloud has increased by 55% during the last quarter. It still won’t be enough. The CEO of Alphabet admitted that, despite the record results, there are insurmountable bottlenecks such as computing capacity, problems in the chip supply chain and energy limitations. These restrictions make it take a long time to get a data center up and running, or in other words, it was preparing investors not to expect an immediate return. Gemini, full out. The Google chatbot is in its sweet moment. The viral success of Nano Banana, Gemini 3 sweeping its competition in benchmarks and Apple choosing him as the new brain for the new Siri They have given a boost in popularity to Gemini, which already has more than 750 million users. OpenAI is still ahead with ChatGPT, but Google is closing the gap and Altman’s people have reacted going into panic mode. He moat of Gemini. Benchmarks are fine, but there is something much more important. During the conference, Pichai announced that they had reduced Gemini’s service costs by 78% “through model optimizations, efficiency and utilization improvements.” It is no longer that its AI is surpassing its competition, it is that it is cheaper and there OpenAI does have a problem. With its advertising businesses, the cloud and more revenue, Google has plenty of room to skyrocket its capex. In Xataka | OpenAI’s entire financial strategy depended on achieving a monopoly with ChatGPT: the opposite is happening Image | Wikipedia

The world is amazed by Moltbot (formerly Clawdbot). It turns out that China had already invented it almost a year ago

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The phenomenon of the end of January has been Molbotformerly known as Clawdbot. It is one of the AI agents most powerful of the moment, to the point that it warns of its own risks even before being installed. An agent who seemed to have no competitor and to be one of a kind. We were wrong. TARS-1.5. Although it has not made as much noise, in April 2025 it was launched UI-TARS-1.5an open source multimodal agent capable of performing all types of tasks within desktop environments. UI-TARS-1.5 is a multimodal agent designed to interact with the digital world through graphical interfaces, using the screen, mouse and keyboard. It came into the hands of Bytedance, a company behind giants like TikTok and one of the main players in the development of artificial intelligence in China. The difference. 1.5 is an AI agent designed to use a computer as a person would do. See the screen, identify visual elements and act using mouse and keyboard. Unlike Moltbot, it does not execute code or commands directly on the system, but rather interacts with the PC from the outside, at the interface level. It’s safer by design, because you can’t break the system by running arbitrary code. In addition, it reasons before each action, which reduces errors accumulated in long tasks. UI-TARS does not control your computer. He uses it. Moltbot does not use your computer. He controls it. What can you do? UI-TARS interacts “talking” with your computer. It is capable of executing tasks in our interface by analyzing what is in it. Serves as a programming assistant. It can behave like a human to test apps. It works as a tutor to perform complex tasks. You can manage desktop tasks and PC management. Why is it important. The new war for AI will not focus exclusively on models like Gemini, ChatGPT or Claude: the next step is to achieve a local AI capable of acting like a human, but with certain security guarantees. Moltbot, UI-TARS, Kimmi K2.5 (also Chinese)… Although agentic AI sounds distant, the war to make it part of our daily lives has been brewing for years. Image | Xataka In Xataka | Studying with AI without thinking teaches nothing: these tips can help you take advantage of it and really learn

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