the plan to turn Asturias into the great energy shipyard that Europe no longer knows how to build

For decades, the West operated under a mirage: believing that making things was no longer relevant and that the future lay only in software. However, China has woken up Europe of that dream, showing him that national sovereignty depends, ultimately, on knowing how to melt metal. Now that “bath of reality” has just docked in Asturias. The Port of Gijón, El Musel, has ceased to be just a strategic enclave for local coal and steel to become the epicenter of a global ambition. The Asturian group Zima and the Chinese giant Dajin Offshore they have sealed an alliance to build a foundation plant for offshore wind. However, there is a problem and size does matter, a lot. The landing of a colossus. Dajin and Zima have signed a Memorandum of Understanding (MoU) to develop a facility that will not only manufacture components, but will function as a port for marshalling —the logistics area where these pieces are collected and pre-assembled—. As detailed in The Economistthe objective is to supply the European market and alleviate bottlenecks in the sector. Dajin is not just any actor. As detailed in local media, It is the largest Chinese private manufacturer of offshore wind structures. This alliance will reinforce the strategic role of the region in the European energy transition. The Gordian knot: the crisis of space. Zima’s initial project occupied 153,753 square meters on the North Pier. However, the entry of Dajin changes everything: the multinational need more space. Making XXL “monopiles” is not like making cars. According to technical data provided by Energetica21Dajin has the capacity to manufacture structures up to 12 meters in diameter, 120 meters in length and 2,500 tons in weight. “Moving and storing these steel cylinders requires massive esplanades that are currently compromised,” warn industry sources. in LNE. El Musel finds himself facing a puzzle. The land requested by Zima borders Ionway’s future battery plant. As LNE explainsthe Port Authority is studying with “the best disposition” how to meet this demand, either by extending towards the sea or looking for non-contiguous plots. An “Electrostate” in the Cantabrian Sea. To understand this project you have to look at the global context. Today, China builds 74% of the planet’s renewable energy. By settling in Gijón, Dajin brings what the West has lost: heavy industrial capacity. As Miquel Zorita, director of Zima, points out, in The Economistthe desire is to integrate local suppliers. This is vital because European wind turbine manufacturers such as Siemens Gamesa or Vestas are going through a deep profitability crisis. Chinese technology in Asturias could be the necessary oxygen ball, even if it is under a foreign flag. The industrial clock against the bureaucratic clock. The success of this operation will not be measured only in the millions of euros of investment or in the jobs created, but in the size of the facilities it will depend exclusively on the space they obtain in the port. Asturias has before it the opportunity to stop being a “quarry” of resources and become a center of high added value. But, as Craig Tindale’s thesis warnsa civilization that sacrifices its material base ends up losing its independence. Gijón is redesigning its map; Now it remains to be seen if El Musel has enough soil to support so much weight. Image | Bafpg and ShellAsp Xataka | Inspecting an offshore wind turbine no longer requires stopping it: the drone that uses AI to ‘x-ray’ moving blades

Valve has been charging a 30% commission on Steam for twenty years. Now it’s your turn to explain why before a judge.

Valve will have to defend its business model before the British courts after the Competition Appeal Court of London authorized on January 26 a class action lawsuit that could cost £656 million, about $900 million. The accusation: the American company abuses its dominant position in the PC games market with commercial practices that keep prices artificially high and limit competition between digital distributors. The demand. Vicki Shotbolt, activist specializing in digital rights and CEO of Parent Zonefiled the legal action in June 2024. It represents approximately 14 million British users who have purchased video games or additional content through Steam since 2018. The case is based on three arguments: first, it questions the 30% commission that Valve charges on each transaction on Steam. The prosecution considers this fee excessive and maintains that it has a direct impact on the final price. The second argument attacks “price parity obligations”: contractual restrictions that would prevent studios and distributors from offering their titles at more competitive prices on other platforms. Valve would have intervened in specific cases when detecting more aggressive discounts outside of Steam. The third point points out a retention mechanism: whoever purchases a base game on Steam must purchase all subsequent downloadable content exclusively on that platform. Other cases. The British case is not an isolated episode. In the United States, independent studios Wolfire Games and Dark Catt Studios filed antitrust lawsuits against Valve in 2021. They were initially dismissed, but the plaintiffs reformulated their arguments and resubmitted them in 2022. A court ordered the two cases to be merged. Since then, any developer, publisher or individual who has paid commissions to Valve on sales since January 28, 2017 can join. David Rosen, founder of Wolfire Games, explained which took legal action after Valve’s direct intervention when it tried to offer lower prices on other platforms. In August 2024, four players from California, Florida, and Missouri filed a separate lawsuit accusing Steam of “strangling competition with blatantly anti-competitive pricing restrictions.” Antitrust. The lawsuits against Valve are part of a broader pattern of antitrust litigation. The most relevant precedent is the confrontation between Epic Games and Apple: the developer of ‘Fortnite’ implemented an alternative payment system that avoided the 30% commission of the App Store. Apple won most points in the litigation, but had problems in certain states such as California. The case against Google had a more forceful outcome: Epic demonstrated that the company had illegally monopolized the Android ecosystem, which will force Google to allow competing app stores on its devices until November 2027. Antitrust. The lawsuits against Valve fit into a broader pattern of antitrust litigation. The most relevant precedent is the confrontation between Epic Games and Apple: The developer of ‘Fortnite’ implemented an alternative payment system that avoided the 30% commission from the App Store. In May 2025Fortnite returned to the Apple store. The case against Google had a stronger outcome: Epic managed to prove that the company had illegally monopolized the Android ecosystem, which will force Google to allow competing app stores on its devices until November 2027. The magnitude of Valve. Steam hosted more than 19,000 video games during 2025, generating total revenues of $11.7 billion. The income that Valve obtains exclusively from its commissions on sales increased from 1.1 billion dollars in 2015 to an estimated 3.2 billion in 2024, tripling in less than a decade. Additionally, Valve produces approximately $50 million in revenue per employee, an exceptional figure even in the technology sector. The London court has not yet set a date for the trial, which will determine whether these practices constitute abuse of a dominant position. If the lawsuit is successful, the affected British users could receive compensation for the extra costs that, according to the accusation, they have been paying for years. In Xataka | Amazon wanted to surpass Steam and spent 15 years spending 250 times more. It has only served them to enter into crisis

Tesla is pivoting to turn its cars into a side business. The reason: their income falls by 61%

The Tesla Model S and Model X are incredible cars. Get them while they’re still available! With these phrases, Elon Musk, CEO of Tesla, has accompanied the company’s announcement in X in which they point out that during the next quarter they will reduce their production of the Tesla Model S and Model To its credit, the company will produce Optimus robots. by surprise. It was known that Elon Musk has been pushing for some time for Tesla to increase its investments in artificial intelligence and robots, either in humanoid form like Optimus or through its robotaxis for autonomous driving. But what we did not expect is that this bet would displace two of its most iconic models. And the company will stop producing its Tesla Model S, its first sedan, and the Model X, its first SUV, in Freemont (California) to make way for the production of Optimus robots. The company closes a chapter by recognizing that “Tesla would not be what it is today” without these cars. In Xataka Tesla wanted to make 20 million cars in 2030. The reality in 2025 is that Tesla has crashed and BYD is already leading A paradigm shift. The decision to invest in this factory to increase robot production is more than just a redistribution of its efforts, it is confirmation of a change in strategy in the company. Musk seeks invest $2 billion in xAIthe company dedicated exclusively to artificial intelligence. Intertwining your companies is one of the obsessions from the CEO of Tesla so that some feed each other. xAI is key to power and improve Grok which, in turn, is already included in Tesla vehicles as an artificial intelligence assistant. At the same time, xAI is also decisive for the functioning of its robotaxisthe cabin without wheels or steering wheel that Tesla wants to put on the street to offer a completely autonomous taxi service. In Xataka Tesla can’t wait for us to take our hands off the wheel. We have tried it and we have opinions More than complicated numbers. Optimus has left many doubts and Musk himself has confirmed that he expects a slow deployment. However, dedicating a plant that only manufactured a handful of cars is not only confirmation that the company does not care in the least about killing a product if it understands that it is not profitable or that its future is much less interesting than a new bet. Changing the use of the factory is also a necessity. And the numbers presented by Tesla are something much more than complicated: Net profit has gone from 7.1 billion to 3.8 billion dollars, 45% less. In the last quarter, turnover has fallen from $2.1 billion last year to $840 million. It is a drop of 61%. The company has delivered 1.64 million cars in 2025 in what is its second year reducing its sales. In the United States the drop in sales is 7%, according to Cox Automotive, reported in The New York Times.  In the same period, it is estimated that BYD has sold 2.25 million cars Purely electric. In Xataka The Tesla Cybertruck is such a sales failure that Elon Musk has only found one solution: buy them from himself Loss of identity. The Tesla Model S and Model X have become residual cars for the company since the Model 3 and Model Y occupied the bulk of sales. Both are very expensive cars that cost around or exceed 100,000 euros. Both the saloon and the SUV served the brand to boost your image and personality as unique cars. Over the years, that has been lost. And the huge screens that previously surprised now do not stand out in a market that has turned to trying turn the cabin into a multimedia centerespecially in China. Your own assembly line has been forced to keep its design unchangedwhich has made them lose freshness. The popularization of its Tesla Model 3 and Model Y has popularized access to the company, making them lose part of that desirable car aura. {“videoId”:”x9tnvi4″,”autoplay”:false,”title”:”Why YOUR NEXT CAR WILL SURELY BE CHINESE”, “tag”:”Webedia-prod”, “duration”:”614″} A cut production. The decline in sales has led to declining production of both models. To give us an idea, nothing is better than the data provided by the company itself: 2022: 71,777 units produced and 66,705 deliveries 2023: 70,826 units produced and 68,874 deliveries 2024: 94,105 units produced and 85,133 deliveries* 2025: 53,900 units produced and 50,850 deliveries* Starting in 2024, Tesla accounts for the production and deliveries of the Tesla Model S, Model X and Cybertruck in the same item. That’s whyCybertruck sales are estimates outside of Tesla The Tesla Model 3 and Model Y Standard confirms a story. The story of what I want and I can’t of Tesla’s 25,000 euro car In Xataka The Tesla Model 3 and Model Y Standard confirms a story. The story of what I want and I can’t of Tesla’s 25,000 euro carThe limits . Tesla is in a stagnant situation with its electric cars. The company stepped on the accelerator in 2024 to remain the best-selling electric car brand in the world and improve the previous year’s data. But it did not succeed, going from 1.85 million cars produced and 1.81 million cars delivered in 2023 to 1.77 million units produced and 1.79 million cars deliveredin 2024 . Year in which, in addition, They increased their range with the Cybertruck which started at a very good pace. The company, therefore, needs to kill some very expensive cars that are barely generating a positive impact on its accounts no matter how high the profit margin obtained with each unit. To begin with, because the company needs a boost from its investors, who seem to support these decisions. And, second, because we have to see if the company has not already peaked in its vehicle sales. At leastwith its particular way of producing cars with huge presses that are only profitable by manufacturing millions and … Read more

Your phone is already more powerful than many basic laptops. This accessory wants to turn it into your new office

We have been seeing proposals for years that promise us turn your mobile into a desktop computer. The idea of ​​systems like Samsung DeX is that by connecting the mobile phone to a computer, we can control it with a keyboard and mouse. The problem is that we need a computer with the financial outlay that it entails. From here comes the idea of NexDock, an accessory to turn your mobile into a laptopeven if you don’t have a laptop. A portable shell It has a screen, it has a trackpad, it has a keyboard… looking at the photos we would say that it is a normal laptop, but in reality it is simply a shell. The NexDock has no operating system, processor or storage, but rather his “brain” is his cell phone that we connect via USB. The NexDock has a 14-inch screen with 1920×1200 resolution, has two stereo speakers, a full backlit keyboard and a integrated 5,000 mAh battery. This allows the mobile phone to be charged and the autonomy to be closer to that offered by a normal laptop. According to its creators, it offers more than 7 hours of autonomy. When connecting the mobile, the interface adapts to the screen and we can operate it with the keyboard and mouse, but there is more. We can also connect a console such as the Steam Deck, a Raspberry Pi or use it as a secondary screen for another computer. Price and compatible mobile phones The NexDock costs $229, a much lower price than a normal laptop, so it may be interesting for users who want the desktop experience without spending too much. However, it is already a significant amount and perhaps there are those who prefer to invest a little more and have a real computer. In addition, if you buy from Spain you have to add shipping costs, which increase the price to more than 290 dollars, about 245 euros at the current exchange rate. Regarding compatible mobile phones, it can be used with all those who have a desktop mode, such as those that are compatible with Samsung DeX, Google Pixel, Huawei with ‘Easy Projection’ and Motorola phones with ‘Ready For’. Google is expected to activate desktop mode for all Android soon, since It is a hidden feature in Android 16. In the case of iPhones, NexDock does not indicate that it is compatible, but it can be used through the app infiniteX2P which allows you to adapt the iOS interface to a large screen. More information | NexDock In Xataka | Windows 95 had a little secret that made rebooting faster. The reason was in its more chaotic architecture

AI has already destroyed the world of programmers as we knew it. Now it’s the turn of the translators

On November 8, 1519, an extraordinary meeting took place: Hernán Cortés met with Emperor Moctezuma II. Of course, neither one nor the other understood anything of what their interlocutor was saying: Hernán Cortés spoke Spanish and Moctezuma spoke Nahuatl, but that problem was solved thanks to two chain translators: Malinche translated from Nahuatl to Mayan, and Jerónimo de Aguilar went from Mayan to Spanish, and vice versa. History is full of legendary translations like that one, and in all of them, human beings depended on human translators to understand the other party. That has been changing with various technologies, but the one that is really about to change everything is AI. With AI we have found (and translated) In fact, translation technology has run parallel to technological evolution itself. From the translation based on rules of the second half of the 20th century we moved in the 90s to the automatic statistical translations which, for example, ended up using Google Translate. These systems looked for the “most likely” translation, not the “most correct” one. These statistical models improved with the phrase-based translationbut The final leap was made by DeepLwhich appeared in 2017 to change everything with the use of neural networks and neural machine translation. Google had also started to adopt that system in 2016, and it was clear what the path was. With the arrival of generative AI we have found ourselves with another potential leap in this field. There are, however, differences: these systems are based on large language models (LLM) that are then trained and tuned specifically for translationwhich a priori gives them an advantage when it comes to achieving more natural and versatile translations. The application of AI models to the field of translation seems to be following in the footsteps of what we have seen with programming. Developers have embraced this revolution and many of us have realized it thanks to the vibe coding that it is possible to program without knowing how to program. The same clearly occurs with these systems that enable us to know how to speak languages ​​that we don’t actually know how to speak. Machines do it for us, and they do it better and more immediately. The real-time translation is very fashionable and both Google and Meta—which has been warning for a long time— they are integrating it into their current or future glasses augmented reality. Apple, which does not usually launch things that are not mature, has just integrated it on your AirPods. The user experience may not perfect at the momentbut it is clear that this type of function is going to become more and more common, a commodity technological more. The transition And this transition that wants to turn access to quality translations into something “trivial” has been made evident these days with the launch of two platforms. The first, the ChatGPT Translatorwhich is surprising not because it is an obvious and simple use case for AI, but because it is a logical indiscriminate copy of the services that already work, Google Translate and DeepL. Being able to do the same with AI shows that that problem seems solved. The translation of Gemma 3 27B was already good. TranslateGemma’s is even better, even with smaller models and challenging language pairs. And if it didn’t seem like it enough, Google has just presented its new generative AI models specifically aimed at translation. It is about TranslateGemmaa family with versions 4B, 12B and 27B (the latter, logically, the most capable) that allow these tasks to be carried out locally, privately and without connection to the cloud. They support 55 language pairs and of course they are prepared for the most popular ones (English, Spanish, Chinese, French, Hindi), but their creators already indicate that they are training them with 500 additional language pairs for the future. We are therefore facing a moment in which learning a language will probably end up becoming something more vocational or aspirational than something that we really need on a daily basis. Human translators, like human programmers, will still have valuebut once again what is clear is that AI is going to make this type of capability more accessible than ever. In Xataka | Some of the emails you read may not say exactly what was written. A forgotten Gmail setting is to blame

turn your rays into accidental weapons

When we thought that the offshore energy It was the future of renewables, someone looked towards low Earth orbit and exclaimed “hold my tank.” One of the plans conquest of China’s renewables goes through placing farms that harvest solar energy around the Earth. The problem is that there is starting to be too much going on in low orbit and any failure in energy transmission can become a geopolitical headache. Because these solar farms can ‘attack’ the rest of the satellites with laser rays. Ideal. Peter Glaser already formulated the idea of ​​’farming’ solar energy in space and sending it to Earth in the sixties. In his idea, the energy would be sent through microwaves, but with the technology of the time and the structures necessary for sending information, the idea came to nothing. Now, with the possibility of reusing rockets, using lightweight materials and lasers with millimeter precision, things have changed. And it makes perfect sense. In space, and without the influence of the atmosphere, the solar panels They are capable of capturing the light spectrum differently. They are more efficient because the light arrives more directly, uninterrupted, and there is no need to clean dust or snow that interferes with the efficiency of the panel. Almost All advantages. In an article by Harvard Techology It exposes how China, Japan either USA are very interested in this technology. Although the main disadvantage is the very high initial cost and solving the energy loss that occurs in this wireless transmission, the advantages make it very attractive: Constant power supply. Reduced use of land space. Lower carbon footprint than on Earth. Improvement in the global distribution of energy to provide ‘clean’ electricity to areas that, due to terrestrial conditions, cannot install large plants. The plan. And, as we say, China has embarked on a space race tremendously ambitious. On the one hand, they are finalizing your own space station. On the other hand, they develop technologies to synchronize moon clocks and terrestrials that open the doors to more complex missions on our satellite. The Chinese space program is taking giant steps in a short timeand sending satellites that act as photovoltaic farms not only responds to that “first come, first served” plan, but also to the country’s interest in renewables. We see huge plants in their huge desertsand in space they would be even more efficient. He plan It involves having an operational orbital solar power plant for the next decade, before competitors such as Japan or the United States… and a Europe that is evaluating the potential of this technology. And China is not bluffing: they have been testing prototypes on the ground before launching a unit into low orbit at the end of this decade. laser beams. The adjacent problem, because there is an issue that has nothing to do with costs or energy transmission, is that we begin to have too many ‘things’ around the Earth. SpaceX just got the green light to deploy another 7,500 satellites starlink. It adds to all the satellites they already had in orbitthose of other competitorsthe geopositioning ones, all the scientific satellites, the junk that is spinning around and that is useless, but takes up space… and if there is any problem with the laser that transmits energy from those space solar farms, the consequences could be considerable. A investigation carried out by the Institute of Environmental Satellite Engineering in Beijing, and published in the Chinese scientific journal ‘High Power Laser and Particle Beams’ points to the risk that these farms represent for the rest of the satellites. If the laser beams that transfer the energy do not reach their target due to any error or unforeseen event, it could lead to an ‘attack’ on other satellites or even rockets taking off from Earth. Not so that they explode, but enough to overheat the solar panels of these systems, triggering an electric shock that forces the vehicle to stop and, therefore, the need to repair the affected system, with all that this implies. And the risk is greater when shorter wavelengths are used, which is when the laser ‘carries’ more energy. It’s something they’ve tested using laboratory models that recreate the characteristics of the orbital environment and firing ultrashort laser pulses at a test solar panel. Overbooking. With this study, the researchers they warn about the risks and warn those responsible for the systems that it is something that they should take into account in order to, for example, select laser power parameters that are safer or equip the solar panels of what is launched into space with a kind of shield. Obviously, when those space photovoltaic farms arrive, the engineers who perform the launch and trajectory calculations will have to take into account not only that there are more bodies floating, but also the laser segment towards Earth. And it’s a bigger problem when we see that low orbit is not only going to be more crowded in the short term, with all the competitors for offer global internet or the military satellitesbut also because big technology companies have an interest in put data centers in space. The operation would be very similar: collect solar energy, process the AI ​​data in orbit and transfer it by microwave to Earth. Image | H.T.R. In Xataka | We are launching more things into space than ever before. And the next problem is already on the table: how to pollute less

Mining Bitcoin has always been an energetic black hole. Someone wants to turn it into your home heating

The CES 2026 that has just closed its doors has confirmed an inescapable reality: Artificial Intelligence is everywhere, even where it seems to make no sense. From electronic LEGO bricks and wearables with roll-up screens, to more questionable devices like AI hair clippers that adjust the cut dynamically or digital frames that generate art by voice using GPT Image 1.5. Among this tide of “AI even in the soup”, a proposal has emerged that breaks with that trend and has surprised by its pragmatism: is it possible to get hot by mining Bitcoins? The answer is a resounding yes, and this year technology has shown that what was once a nuisance thermal waste is now a valuable household resource. ANDl income generating water heater. The American startup Superheat captured everyone’s attention with the presentation of its Superheat H1a water heater that uses ASIC (application specific integrated circuits) chips to heat a 190-liter tank while processing Bitcoin transactions. Unlike traditional electric water heaters, the H1 has an approximate price of $2,000, placing it 30-40% above the conventional market. However, as detailed in CNETwill be able to generate about $1,000 annually in passive income, always depending on the value of Bitcoin and the difficulty of the network. The science of “thermal reuse”. To understand this phenomenon, you have to turn to basic physics. The mining process requires intensive computational calculations (proof-of-work) that generate a massive amount of heat. Traditionally, this heat was expelled into the air using fans, but companies like Superheat have turned it around: mining is now the primary function and hot water is the secondary benefit. From the user’s point of view, the experience is seamless. The manual for devices like the Heatbit Trio reveals a control system sophisticated where the user can navigate the panel like a professional: Eco Mode: Heats exclusively by mining, limiting consumption to 400W. Target Mode: Combines the mining plate with a conventional heating element to maintain the desired temperature. Air purification: These devices not only heat, but act as purifiers with HEPA filters and air quality sensors (PM 2.5). Europe at the forefront. In the old continent, the proposal focuses on design and structural integration. From Austria, the company 21energy presents the Ofen 2a minimalist design radiator made of steel and aluminum. Unlike industrial miners that emit 75 decibels, this model is around 32-35 dB, being almost inaudible to the human ear. Furthermore, with a consumption of 1000 watts, it generates up to 40 TH/s of mining power, allowing users to recover part of their electricity bill while heating rooms of up to 50 m². On the other hand, in Switzerland, the company RY3T has marked a historic milestone. The RY3T ONE system has already been installed as the main heat source in a single-family house in the canton of Sankt Gallen. According to the companythis system can be more environmentally friendly than a conventional heat pump, as it reuses a computing power necessary for the global financial network instead of requiring additional electricity exclusively to generate thermal friction. A good idea or a technological chimera? Despite the enthusiasm, a report from Interesting Engineering raises critical questions that the consumer should consider: Obsolescence: What happens when mining hardware becomes obsolete? Will the entire heater or radiator have to be replaced? Network Cost: Even though heat is “free,” electricity for Bitcoin mining is often more expensive than natural gas in many countries. Regulation: If a country decided to ban Bitcoin mining, the user’s heating system could be legally compromised. From mining coins to processing Artificial Intelligence. As this report began, AI is the main protagonist of the moment, and its evolution will continue to be talked about far beyond cryptocurrencies. Julie Xu, COO of Superheat, explained at CES that the ultimate goal is to use this network of appliances for cloud solutions and AI inference. Instead of building gigantic data centers that stress the power grid and require massive cooling, homes could house small distributed computing units. However, this future poses a new dilemma: privacy. Experts from iFixit and Consumer Reports They already warn at this CES that “you don’t want a camera in front of your refrigerator watching you all the time” or a constant internet connection on simple devices, since it makes them more expensive to repair and prone to failure. The challenge will, therefore, be to balance the profitability of heating the home with the security of our private data. Image | freepik and heatbit Xataka | The bitcoin business cools down, but some miners have found a new vein: AI fever

Ukraine’s latest tactic is an explosive turn for the war. It’s called “letting in,” and the Russians are falling into the trap.

Since the Russian invasion of Ukraine in 2022, the front has been mutating with all kinds of tactics who sought to wear down the enemy. The arrival of drones everything has changedbut the strategies and ingenuity In the use of artillery they have remained a fundamental asset for the advance or defense of the front. For this reason, Ukraine’s latest strategy has disconcerted the Russians. When they reach the bunkers there is no one, and then the surprise comes. Win by letting in. Ukraine is applying a more flexible and lethal defense consisting in “pre-register” their artillery on their own front-line positions, so that when the Russians assault and capture them, they literally enter an already calibrated point to be destroyed: the fort falls, the enemy concentrates, and then comes the massive punishment that turns Russian success into a death trap. After that blow, a Ukrainian assault branch recover the points again devastated, closing a cycle that maximizes ranged damage and reduces the exposure of own infantry, something key in a context of growing shortage of trained soldiers. This logic, denounced even by pro-Russian voices as the strategy of “letting in” is actually a way of imposing the pace: it is not about always preventing them from advancing, but about making each advance expensive, slow and bloody. The “death zone” as doctrine. The tactic works because the battlefield has become in a “kill zone” permanent where the defender attempts to maintain a deadly gap between the leading edge and the rear: artillery is placed further back, out of the usual range of rival drones, and forward positions are fortified to attract attackswaiting for the enemy to enter to destroy them right there with fire and drones. The drone operators They not only strike at the front, they also hunt for supply and reinforcement routes, and any activity near “newly taken” positions becomes visible and attackable. Added to this is the constant mining (including remote) and the use of “ambushers” in the few possible logistical axes, so that the attacker not only pays to capture, but also pays twice as much to try to consolidate. The “let in” tactic after pre-registering a position The decisive blow. The most surprising point about this approach is that the defender does not seek so much to “hold every meter” as to prevent the attacker deploy your second step– When the advancing force attempts to bring in specialized reinforcements (e.g. drone operators to hold the ground), the defender launches fast local offensiveseven if they cost material, to keep the death zone intact and keep the enemy trapped in a space where they cannot settle. Thus, the advance exists on paper or in the drone image, but it becomes tactically sterile: you capture something and, before transforming it into a usable position, it becomes a slaughterhouse, like is described in sectors like Kupiansk. It is a war where “letting in” is not an extra: it is the moment in which the enemy advance stops being progress and becomes a loss. The psychological and moral consequence. These types of dynamics are eroding the offensive will because it forces us to choose between kilometers and livesespecially the “faces” of competent soldiers who know how to move in that death zone: It’s not just that advancement costs, it’s that it costs exactly the most valuable thing. From this arises a dilemma on the front itself: advancing in a big way without preparation means burn trained unitsbut advancing “minimally” or little to be able to report presence saves resources… at the cost of generating absurd situations where you can no longer request fire on positions that officially “they are yours”although in reality they are being crushed or disputed. In this framework, the information war of territorial control is mixed with real survival, and “progress” becomes a very diffuse decision. The technological revolution to the rescue. we have been counting. The bottom line is that Ukraine is at the center of a military transformation: soldiers are the most expensive and difficult resource to replace, while unmanned systems have passed to dominate the combatexpanding on an industrial scale, lowering costs and multiplying impact. The front is increasingly managed from the rear or bunkers with operators controlling the space, and attempts at “classic” breaches become almost suicidal: the key is no longer to launch columns, but to disperse, camouflage and gradually push the death zone back. As the war evolves into swarms, AI coordination and persistent attacks, the advantage is not having the most expensive weapon, but having thousands of cheap weaponsreliable communications networks and the ability to update systems non-stop. The coming war. Thus, the strategic decision moves to logistics and industry: cut off land routes, protect supplies, attack factorieslogistics centers and hidden commands, and do so with reusable media and unmanned is increasingly determining. Victories depend on producing drones en massesecure components, sustain communications Starlink type and dominate the cybernetic layer that can blind, uncoordinate or paralyze an entire front. That is why the strategy to “let in” It does not seem like an isolated trick, but rather a direct consequence of the new battlefield: if the first to enter dies, the one who waits and finishes with precision (with drones, mines, artillery and digital coordination) keeps the initiative even if it seems that is receding. Image | US Army Europe In Xataka | The video of the Russian soldier in Ukraine who ignores the bomb that just exploded on him has only two explanations. And one is science fiction In Xataka | The war in Ukraine has a new level of brutality. Russia calls it a “can opener” and turns recruits into detonators

Reed Hastings became a millionaire by conquering the couch with Netflix. Now he wants to turn the snow into a gold mine

Reed Hastings is the co-founder and CEO of Netflix, one of the largest entertainment platforms in the world. If Hastings knows anything it’s how to have fun. The enterprising businessman started a project in 2023 designed for a handful of millionaires looking to have fun skiing on virgin snow through some private tracks that can only be used by a handful of members of a exclusive ski club in the mountains of Utah. ​An exclusive ski club for millionaires. Hastings has become the main investor and architect of an exclusive access ski community for high-net-worth individuals in Powder Mountain, northern Utah (USA). That private community is called Powder Haven and is conceived as a private ski resort reserved for the exclusive enjoyment of approximately 650 families, who ski in a highly controlled environment within a domain that covers approximately 4,860 hectares. high mountain. The private Hastings ski resort is planned as a kind of “VIP space” with access to the ski area that already exists at Powder Mountain and is still open as a public resort. The result is a hybrid model in which the fee of a few very rich people helps finance infrastructure that is also used by skiers who buy a conventional ski pass. Fees and millionaire houses. According to published Forbes, Hastings has already invested more than $100 million in the acquisition and improvement of the Powder Mountain private space, assuming debt equivalent to that of the previous owners. This new capital has been used to renew the lifts and to install new lines to other areas of the resort to expand the ski area. OK to what was published by The Wall Street JournalHastings is reportedly planning to invest $200 million more to improve services for wealthy homeowners. The station’s annual membership fee is $25,000, which is added to an initial contribution and, above all, to the purchase of a home within the community, a necessary condition to be part of the private club. The houses that make up the private ski complex start at 2 million dollars and the first phase, with 39 plots at an average price equivalent to about 2.4 million euros per unit, were sold out in just a few months. Arclodge and a new mountain neighborhood The project is not limited to building luxury villas. In the heart of Powder Haven, Arclodge is being designed, a large Swiss-style social and sports club with futuristic lines that aspires to become the center of the resort’s community life. As seen in the resort pagethe new 6,800 m2 building plans to include all the luxury services to which its millionaire members are accustomed: haute cuisine restaurants, thermal and sports pools, spa and treatment rooms, gym and spaces for cultural and sports activities. New neighborhoods have been planned around this new social nucleus to luxury homes of different sizesranging from large multi-hectare plots to turnkey luxury villas designed by high-profile architecture studios. Of course, all of them with direct access to the private ski slopes. There are only three private stations like this. The Powder Haven model that the Netflix founder is developing is not a pioneering project. In fact, it is the third private ski complex that exists in the US: Yellowstone Club in Montana, and Wasatch Peaks Ranchalso in Utah. In these three enclaves, access to the slopes does not depend on a ski pass open to the general public, but rather requires being a member-owner of a property in their luxury real estate complex. Reed Hastings is the only one that has been able to take advantage of this business model based on the exclusivity of private ski services for millionaires with almost total absence of queues and a certain coexistence with the public domain of Powder Mountain, so that the extension of its slopes is expanded at a very low cost. In Xataka | Ski resorts without snow at the end of the century: the most pessimistic models show what could happen in our high mountains Image | Unsplash (Republic GmbH), Powder Haven

Ukraine has unlocked a wild “online mode.” The one about Russia recruiting Africans on Discord to turn them into “can openers”

The Ukrainian War I had already flirted with the language of the gamer world: rewards for objectives, loot lists and even a “military Amazon” improvised to redeem successes by real material. But if that seemed like a way to gamify logisticswhat is happening now goes up a level: it is no longer about buying drones with points, but about recruiting soldiers within the player communities themselves and turning them into human bombs. War as a global industry. On the Ukrainian front, Russia has ended up building a collection machinery that is not limited to looking for soldiers, but drags them from places increasingly unlikelyas if the war had become a global funnel. What was once a conflict between armies begins to look like a international recruitment network where young people enter, attracted by money, by a promise of the future or simply by a casual conversation that becomes irreversible. The result is a constant drip of foreigners who arrive in Russia, sign a paper, receive rushed training and disappear into the most brutal landscape of Europe, where the distance between signing a contract and death can be measured in weeks. Recruitment on a screen. The story Bloomberg told and starts with two young South Africans, regular Discord users and Arma 3 players, who end up talking about enlist in the Russian army with someone who identifies himself as @Dash. What seems like just another exchange in a digital community rises in temperature until it becomes a real plan: they meet in Cape Town, move together and end up visiting the Russian consulate, as if this bureaucratic step gave legitimacy to what, deep down, is already a flight towards war. On July 29, they embark on a trip to Russia via the United Arab Emirates and, after arriving, they meet “Dash” there. Shortly after, in early September, they sign one-year military contracts near St. Petersburg and they are trapped in the fast lane of a conflict that doesn’t stop to check if anyone really understands what they’re getting into. Contract, training and front. Only a few weeks pass between the signing and the front. After a brief period of basic training, one of the two is sent to combat in Ukraine, where he performs duties as an assistant marksman for a grenade launcher, a description that sounds like a military routine but is, in reality, the prelude of a disappearance. The last time he contacted his family was October 6. On December 17, a friend reported that has died in combat. The confirmation comes with a medical document that his family later obtained, dated months later, which states that he died on October 23, 2024 in Verkhnekamenskoye, in the Luhansk region. Nothing is known about the other young man: his whereabouts remain up in the air, as happens with many names who enter the war and get lost in the noise of the front. The scandal that breaks out at home. In South Africa, the case is not only read as a personal tragedy, but as a national problem, because since 1998 It is illegal to fight for or assist the armed forces of a foreign country. And it also arrives at a moment especially sensitive: More allegations of recruiting towards Russia have emerged in recent weeks, with investigations pointing to to catchment networks already told stories with acceptable costumes (escort courses, security training) that become suspicious when they lead to military contracts. This climate of public alarm worsens with arrests and judicial processeswhile the South African authorities, the Russian consulate and the platform itself appear wrapped in silence without clear answers and with families trying to piece together, through emails and calls, the map of a disappearance. The lie. Explained the medium that among the incentives that are put on the table appear always the same: money, attractive conditions, the possibility of obtaining Russian citizenship and the idea that the service could open educational or advancement doors. It is an offer designed to ring concrete and reasonableas if combat were hard but passable work, a dangerous but temporary experience. However, the story makes clear What happens when that promise lands in Ukraine: war is not a contract, it is rather a crusher, and for those who arrive without roots, a support network or the ability to get out of the wheel, destiny is reduced to a date on a piece of paper and a lost location in the east of the country. Kamikaze bodies. At another point in the same conflict appears a scene that has gone viral on networks, a video even more brutal: an African mercenary is “armed” with a TM-62 anti-tank mine attached to the body and sent towards Ukrainian positions with the intention of blowing himself up to open a bunker. The video shows crudeness without metaphors: the man protests, but a Russian soldier threatens him with a rifle, pushes him, expels him from a basement and orders him to run into the forest. in that language They call it a “can opener.”as if it were a piece of engineering, an instrument designed to break a door at the cost of disappearing, and the scene remains recorded for what it reveals: not only are foreigners recruited, they are used in missions where life is not a value to be protected, but rather the closest thing to a detonator available. Foreigners in war. Ukraine maintains that there are at least 1,436 citizens from 36 countries identified fighting in the Russian ranks, and that the real number may be higher. There is talk, again, of recruitment by financial promises, deception or pressureand warns of minimal survival: many do not survive more than a month after arriving at the front. The statement, however harsh it may be, fits with the landscape they draw these stories: people who enter through lateral routes, who arrive attracted by incentives or trapped by intermediaries, and who end up absorbed by a war that has been devouring troops until making replenishment a constant … Read more

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