In 1792, before the telephone, a Frenchman invented the first telecommunications system in history: the optical telegraph.

We live in full Digital Ageand sometimes we make the mistake of thinking that until the end of the 20th century anything similar to the Internet was pure science fiction. But it is not true, because already in the 19th century the telegraph began to allow us to disseminate information in real time, which has earned Morse’s invention the nickname of the Victorian Internet. optical telegraph. But before Morse invented the telegraph in 1832, there were other attempts to make information travel long distances almost in real time. One of them saw the light in 1792 at the hands of the French inventor Claude Chappe. It is about the optical telegrapha tower with two mobile arms that changed position depending on what was wanted to be communicated, and which today is considered the first practical telecommunications system. The origins. This type of communication medium was first devised in 1684 by the British scholar Robert Hooke, although he never put his theory into practice. In 1767 Sir Richard Lovell Edgeworth proposed a first design optical telegraph to transmit the results of a race, but it was not until Chappe developed his that they began to become popular. Claude Chappe and his brothers developed their communication system in 1792, and it was so successful in France that the country created a network of 556 stations that communicated an area of ​​4,800 kilometers. The system was promoted for commercial use, but Napoleon Bonaparte liked the idea and decided to use it to coordinate his troops over long distances. How it worked. The system was made up of a mast from which two mobile arms came out. At two meters long each, the arms were so large that they could be seen from great distances, and only two levers were needed to make them move. As we see in the image, the position of the arms would determine the number or letter that was wanted to be transmitted. The milestone. The first message with the French optical telegraph network was transmitted from Lille to Paris in 1794, and 22 towers were used to carry it across 230 kilometers. It was used for national communications until the 1850s, and the model was modified and used in other countries such as Sweden, Hungary, the United Kingdom, Germany and the Spain of Charles IV. became famous. In France it enjoyed great popularity, and reached be described in works as important as “The Count of Monte Cristo” by Alexandre Dumas in 1844. But the same desire to quickly and effectively develop communications that drove and led Chappe’s invention to success also ended up being his undoing. In 1846 and after several failed attempts, Samuel Morse finally managed to convince France to replace it with his new electric telegraph, which could be used at night and in poor visibility. And it ended up prevailing despite the fact that many experts of the time predicted its failure due to the ease with which its lines could be cut, although that is another story. Images | Wikimedia (1, 2, 3 and 4)

Madrid needs to build thousands of homes as soon as possible. So you are already testing prefabricated wooden modules

A while ago (not so long ago) “prefabrication” and “wood” were words that took a back seat in the jargon of large construction companies. The prefabricated houses carried certain negative nuance and the wood sounded like a past material, more typical of other times than the era of concrete, steel and glass. Little by little that is changing and Madrid is the best example: as part of its policy to create affordable accommodation, the City Council has just inaugurated its first promotion built “in wood with prefabricated 3D modules.” And he already warns that he will not stay there. What has happened? That the Madrid City Council just opened a new promotion of affordable rental municipal housing. Fifty two- and three-bedroom apartments with storage rooms and 78 parking spaces. Until then, nothing out of this world. If the news is interesting it is because this work is not the same as others of the Municipal Housing and Land Company (EMVS). in words of the Consistory, it is “the first public housing development in Madrid built in wood with prefabricated 3D modules.” What exactly have they done? The work in question is called ‘Iberia Loreto 1’is located in the district of Barajas and has been carried out with an investment of 14.6 million euros. In total it includes 52 homes (16 with two bedrooms and the remaining 36 with three), as well as 78 parking spaces. Overall, the promotion is distributed in two blocks separated by a green area. The work stands out, however, more for its execution than for what it offers. Those responsible have resorted to “industrialized wood construction”; That is, they have used wooden modules previously created in a factory. Why is it important? Because with this bet, Madrid joins other developers who (inside and outside Spain, both in the public sphere and in the private sector) have been betting in recent years on that same strategy: industrialized construction. Australia has done itfor example, to shortcut your serious crisis of housing, and the model is also viewed with interest in Portugal either USA. In other countries, such as Japan, it is already fully settled. In Spain, data from the sector suggest that industrialized housing still has a reduced weightbut companies note a growing interest. In the Basque Country it is seen as a way to reinforce the offer and recently we told you how in Zaragoza they have raised a new hotel with prefabricated modules. Why’s that? Due to its advantages, something that is responsible for highlighting the Madrid City Council. The City Council recalls that Iberia Loreto 1 has been completed in less than a year and a half. 17 months have passed between the laying of the first stone and the completion of the work. In general, speed is one of the great assets of the industrialized modelwhich consists of manufacturing modules (more or less assembled) in a warehouse that are then moved to the construction site. It may seem like an unimportant change, but it implies that part of the work is done in the factories, not on the site itself, which helps to speed up the works, cut times and even reduce workplace accidents. At the end of the day, workers go from scaffolding to factories. “It does not eliminate occupational risks, but it does allow us to reduce them without giving up technical quality or architectural design,” they claim from The Concrete House. And what will Madrid do now? The Iberia Loreto 1 experience seems to have been good enough for the City Council to consider taking it further and continuing to support it. “After its success, the municipal company is going to take a decisive leap by promoting the construction of 800 homes developed with this system,” advance from the EMVS before insisting that the city “will continue to advance industrialized public construction.” “It allows us to shorten deadlines, reduce the environmental impact and offer more efficient homes.” How much do you want to build? Its objective is to raise more than 760 new industrialized public housing. 170 will be built in the districts of Barajas, Moncloa-Aravaca and Villa de Vallecas. The remaining ones will be deployed in Vilcálvaro (Los Ahijones and Los Berrocales) within the framework of the Suma Vivienda Plan, so they will be developed through a public-private collaboration formula. In total the Consistory assures that in 2026 work will begin on 2,500 new homes for affordable rental through EMVS. To be precise, it talks about 22 new developments in various districts of the capital and remembers the nearly 1,600 apartments in the first phase of the EMVS Suma Vivienda Plan. Images | Madrid City Council and Municipal Housing and Land Company In Xataka | The Government wants to put 1,600 public and affordable homes for rent. Rental Insurance wants to keep them

The “pop” Catholicism of Hakuna and Llamados is filling pavilions with thousands of young people. The problem: they seem evangelical

Two Catholic events in Madrid in just 48 hours, making a couple of undeniable circumstances very clear. First, the Catholic faith has taken root among the youngest people speaking in their same language: with mega concerts and massive events. Second, behind this apparent en bloc following lie different trends that threaten to break up the crowded world of Spanish faith, overflowing with interests that pull in opposite directions. The events. On Monday, January 13, the Movistar Arena welcomed 6,000 people in ‘Llamados’, a prayer meeting organized by the Parish of Santo Domingo de la Calzada (Algete) and Alpha España (Spanish branch of Alpha International, a method of evangelization born in the 70s within Anglicanism and that explores faith in an informal environment). The next day, the Vistalegre Palace gathered 12,000 attendees at the Hakuna Group Music concertthe Catholic group fashionable in Spain. The debate. What has ignited the debate is the group’s presence in ‘Llamados’ hillsong as opening act This Australian evangelical group, a Protestant icon, is a clear example of some “evangelical ways” that radically depart from historical Catholic practices and discourses. Contemporary music with rock instruments, giant screens, an abundance of emotional personal testimonies, moments of worship with raised hands… and all in spaces more associated with concerts than with traditional liturgical celebrations. His actions are controversial among the most traditional sectors of Catholicismbut the discussion now reaches Spain. The context. Hakuna Group Musicthe Catholic youth movement founded in 2013 by Father José Pedro Manglano has become the emblem of this new trend of transforming faith into a mega-conceit. Their song ‘Huracán’ surpassed two million views on social networks after the September 2022 concert in Vistalegre, which brought together 8,000 people, figures within the reach of successful traditional pop groups. The precedent. This Spanish phenomenon has its clearest precedent in the United States. In July 2024, more than 50,000 Catholics gathered at Lucas Oil Stadium in Indianapolis for the National Eucharistic Congressan event that marked a turning point and where catholic bishops sang ‘How Great Is Our God’, the characteristic hymn of Elevation Churchone of the most influential evangelical megachurches in the world. For many faithful, this phenomenon represents “a new ecumenical liturgical movement“which is not based on the harsher and more inaccessible Catholic tradition, but on shared music and common experience. And the truth is that this drift towards pop is normal: after all, traditional sacred music is not designed for crowds of tens of thousands of people. In other words, it does not have choruses or lololós. The CWM. The music that plays in ‘Llamados’ and in Hakuna’s concerts falls within a specific genre: Contemporary Worship Music (CWM), born in American Pentecostal and charismatic churches since the 1960s. It is now a global industry that moves millions of dollars. Among its characteristics are lyrics focused on direct praise to God and written in the first person, simple and repetitive melodic structures designed to be chanted, and instrumentation typical of pop-rock bands. The goal: an immediate emotional experience. The criticisms. Some critics draw parallels of this movement with the prosperity gospel or prosperity theology, an evangelical current that teaches that God rewards faith with material success and health. Magazines like the Jesuit La Civiltà Cattolicaapproved by the Vatican, warned in 2022 that elements of this theology had penetrated Catholic communities, especially through the charismatic movement, transforming the traditional understanding of redemptive suffering. That is to say, the loss of the traditional penitential component of Catholicism, to which the Latin faction is so closely related, is perceived. In Spain, the Church has welcomed with open arms the avalanche of young faithful brought by these concerts and events. But there are dissident voices: the Catholic School of Apologetics speaks of ‘12 Reasons why it is not good to listen to Protestant music‘, and warns about the “tyranny of feeling” that prioritizes “feeling” over “believing”, as these songs often enunciate. At Catholic.net they talk that this type of music can inject Protestant beliefs into the Catholic faith, and there are numerous isolated voices that warn of the danger of these mass events. All with Calls. However, the advancement of phenomena like Llamados is important. Organizers have explicitly positioned it as a model of mass evangelization ahead of the Jubilee of Redemption in 2033, which will commemorate the 2,000th anniversary of the death and resurrection of Christ. With the religious practice in free fallevents like these are one of the few phenomena capable of massively mobilizing young people towards explicitly Christian experiences. But is it a renewal or just a youth fever, in line with the cycles of action and reaction (now that more conservative winds are blowing) that we have always experienced? In Xataka | A blessing that drives likes and sales: “x-ray of chic Catholicism”

It already has quantum weapons that it is testing in real missions

The research, weapons and defense departments of the main powers are a black hole. We cannot know what is on the other side, unless we They are the ones who allow us to take a look. It makes sense, since announcing a technology hastily would alert the rival. In this context, China has just taken a step in the war of the future: quantum war. We are very used to talking about traditional computing, and that of cyberwar It is an easy concept to understand. Hacker attacks on critical enemy systemsforms of make your troops invisible to rival radars or cyberespionage are concepts that have become everyday in current conflicts. And the future lies in quantum weapons. The quantum computing It’s not an incremental improvement in a computer’s processing speed: it’s a breakthrough. It is a paradigm shift and that is why researchers are developing these quantum computers which, in essence, allow solve complex operations in much less time than a classic computer. It is not easy, since although important steps have been taken in recent years, it still has challenges to solve so that your results are optimal. In a war and security context, and in a nutshell, this translates into one thing: if it takes a conventional computer hours or days to breach an enemy’s security, a quantum computer It would take minutes or seconds. And China not only says They are not only developing a dozen quantum warfare tools, but are already testing them in combat. “To design a good weapon, you have to think about what the war of the future will be like” As they point out in South China Morning Postthe People’s Liberation Army confirmed through the official newspaper Science and Technology Daily that they have more than ten experimental quantum cyber warfare tools in development. As we say, some of them are being “tested in frontline missions”, ‘capturing’ intelligence that can be used in the future. This is a project led by the National University of Defense Technology and, according to the report, focuses on three areas: Cloud computing. Artificial intelligence. Quantum technology. The fact that they are already testing some of these systems implies that they have left the theoretical framework, and the Army points out that “speed” is the main advantage that these tools offer. It is not just about making smarter weapons, but about giving more tools to those who analyze the situation. For example, quantum computing allows process large amounts of battlefield data in a matter of seconds. This implies that analysts can help make decisions practically in real time. They can also help in terms of both cybersecurity and cyberespionage, better protecting themselves with artificial intelligence systems that rewrite their code in real time – something we already see with malware such as PromtLock– or busting enemy crypto security faster. Related to this, they can help make GPS navigation systems more resistant to jamming or spoofing attacks. Or even perform navigation and positioning based on quantum sensors without depending on vulnerable infrastructure such as GPS or Starlink. It looks kind of steampunk, but this is part of a quantum computer Really, the applications seem limitless when we consider what has already been achieved with classical computing. These technologies also have potential to improve defenses aerial and detection of stealth aircraft, something in which United States with its F-35 and China with its J-36 They are investing a fortune. As they have commented in the magazine, the development of this technology responds to the need to think “what the war of the future will be like”, and how the war in Ukraine and Russian cyberattacks are showing uscyberwar will be the protagonist. They are, in short, tools that allow a conflict to end before the rival knows that it has started. It is the same philosophy that led to the development of the American F-35 fighter and a form of asymmetric warfare. Ok, very good, but what time advantage are we talking about? An example is the Google Sycamorea quantum computer that performed a calculation that would have taken a classical supercomputer 10,000 years in just… 200 seconds. In 2020, China already complete in another 200 seconds an operation that would have taken a supercomputer more than 2.5 billion years. Are they the only ones? Not even close. For Putin, the race for quantum computing is like the nuclear race after the end of World War II If there are hackers with a good reputation, they are the Russians, and the country is already testing prototypes such as quantum supercomputers Lomonosov Moscow State University with 72 qubits and another 70 qubits of the Lebedev Institute. Europe is also immersed in the era of the ‘Transition to Post-Quantum Cryptography’ in matters of defense of critical infrastructure (energy, finance, health or telecommunications) with the objective of having operational systems by 2030. Japan is also in itand the United States has high the budget for research and development of quantum systems from 141,000 million in 2024 to more than 179,000 million dollars (part of a total of almost a billion engaged for general defense). They have an advantage: IBM and Google are leaders in quantum systems maturitybut China is estimated to be closing the gap. And they must be confident in the possibilities of their systems if they already talk about them openly. CCTV images (via X), In Xataka | China has achieved something hard to believe: reducing the production of laser weapons and parts for electric cars to one second

Self-consumption is no longer a marginal option to conquer half of Spain

The spring of 2025 marked a before and after in the psyche of the Spanish consumer. The so-called “Great Blackout”which left millions of homes without power on the Peninsula, transformed the perception of solar panels. What was previously seen mainly as a way to reduce the monthly bill, is today perceived as a guarantee of resilience and energy independence. in the face of market volatility. The consolidation data. According to the “Solar Report 2025: X-ray of self-consumption in Spain”, prepared by SotySolar in collaboration with the Spanish Photovoltaic Union (UNEF)the market has entered a phase of maturity after years of accelerated expansion. Spain closed the 2024 financial year with an accumulated installed capacity of 8,137 GW. These figures closely coincide with the records of the Ministry for the Ecological Transition (MITECO), which places the power at 8,255 GW. However, Red Eléctrica raises the total estimate current at 8.7 GW, integrating data from the Electrical Measurements System (SIMEL) and estimates from the System Operator (OS). The end of “refundable” subsidies. After the closure of the European Next Generation funds, the sector has stopped depending on direct aid to embrace more structural profitability. This change is reflected on the national map: Catalonia has become the benchmark for success, with an increase of 20.6% in the volume of interested parties thanks to agile management of its local incentives. Despite the accumulated strength, the beginning of 2025 presented a slight cooling: the residential sector suffered a drop of 14% in the first quarter compared to the average for 2024. Even so, self-consumption has maintained sustained growth since 2021 and demonstrates greater stability than the large plant market (utility scale). The profile of the new consumer. The user profile has evolved towards a more informed and demanding one. Although financial savings continue to be the main driving force for 65% of users, factors such as sustainability (12%) and energy independence (8%) have gained unprecedented weight. As José Donoso, CEO of UNEF, explains, self-consumption has gone from being a minority technology to an “everyday, reliable and essential appliance.” This maturity is reflected in the choice of the installer: the price continues to matter (45%), but trust based on recommendations (25%) and support in procedures and aid (20%) are now decisive factors. The new standard. The acquisition model has undergone a radical transformation. Financing has gone from being a barrier to a driving force: between 60% and 70% of households opt for flexible payment formulas, a figure that rises to 80% in projects that exceed €10,000 or include batteries. In fact, strategic partners like Pontio They project to exceed 10,000 funded installations in 2026. This financial boost facilitates the integration of aerothermal energy, which has established itself as the ideal companion to photovoltaics. 66% of solar system owners plan to install aerothermal in the next three years. However, as experts in Xataka warn80% of Spanish houses have technical deficiencies in their electrical installation, which requires a prior evaluation of the insulation to prevent the investment from becoming an expense that is difficult to amortize. Roadmap. To prevent progress from slowing down, UNEF has proposed in its presentation urgent measures that strengthen the structural profitability of the sector: Tax incentives: Apply a reduced VAT for both installations with and without batteries. Network expansion: Extend the distance of shared self-consumption from the current 2 km to 5 km. Administrative simplification: Extend the exemption from requesting access and connection permits to all facilities that inject less than 15kW into the grid. Review of tolls: Modify the distribution between the fixed and variable part (target 25% fixed and 75% variable) to encourage savings. For its part, Red Eléctrica has reinforced the “maximum observability” of the system, publishing detailed information on self-consumption on all its platforms from the end of 2025, including a new demand curve (“Total Scheduled”) that integrates the impact of this energy on the national grid, where it already represents close to 4% of demand. An irreversible path. Self-consumption in Spain has come of age. It is no longer a specific response to a price crisis, but a strategic decision. As José Carlos Díaz Lacaci, CEO of SotySolar, points out, the path towards electrification is now “irreversible.” The challenge for 2026 will be to modernize the real estate stock and consolidate an intelligent management model that guarantees that every ray of sunlight captured becomes energy freedom for the citizen. Image | Unsplash Xataka | Landing at an airport full of solar panels had become a drama. Until Malaga had an idea

a -50°C sanctuary to save the memory of glaciers

The climate crisis What we are experiencing is not only threatening to redesign world maps with sea level risebut it is also erasing traces of the planet’s history. After confirming that 2025 was the third warmest year in historythe scientific community has completed a critical mission: inaugurate the Ice Memory Sanctuary in Antarcticaan underground library designed to preserve ice from mountain glaciers before they melt permanently. A real bunker. Today we have on the planet a seed bank to prepare ourselves in case there is a global catastrophe, and also data servers. And now we also have a large bench for ice, which logically requires extreme thermal stability. This sanctuary, which can be considered an authentic glacier cemetery, has been promoted by the Ice Memory Foundation and led by institutions such as the French CNRS and the Italian CNR. The location chosen could not be other than the Antarctic plateau itself, specifically the Concordia station. What is stored. Inside there is not simply “ice, but we find what scientists called “ice witnesses”. For science there is a fairly clear difference, since these glaciers are authentic hard drives that contain the thermal chemical history of our planet. And unfortunately it was being lost due to rising temperatures. With these ice cylinders it is possible to analyze the air that existed thousands of years ago or even at analyze the hydrogen and oxygen isotopes inside calculate the exact temperature it was in the past. Something that allows us to reconstruct global temperature graphs with a precision that tree rings or marine sediments do not always achieve. A disaster record. Bonus, this ice also acts as a filter that traps anything floating in the air. That is why we have already seen, for example, cvolcanic sand or dust from the Sahara which allows studying historical eruptions or the cycle of wind movement. Although technology logically has limitations, and in the future it is quite likely that these technological means will increase considerably. That is why the real objective is to leave this ice for the scientists of the future who will surely have many tools to continue extracting information from these blocks of ice that we cannot do today. Engineering behind the cold. Logically, ice cannot be at unstable temperatures, so the location at the Franco-Italian Concordia station is not a conventional building. It is a cave excavated directly under the snow, taking advantage of the extreme conditions of the white continent. Something that allows you to maintain a stable temperature at -50ºCwhich is also essential for storing the genetic material that may be inside. But unlike freezers in European laboratories, this sanctuary does not depend on the electrical grid or motors. If there is a blackout or energy crisis, the ice remains intact. That is why its design is perfect to last for centuries. There are already tenants. This sanctuary already has several members in its exhibition. Two ice cores have already been found that come from the Alps, specifically, one Col du Dôme block drilled in 2016 and from Gran Combin (Switzerland) extracted in 2025. Logically, the problem is in logistical transportation from Europe (or any location) to Antarctica. The samples traveled for 50 days on the research icebreaker Italian Laura Bassi from Trieste to Antarctica, completing the last leg by plane to the Concordia base. Something that logically is not easy at all. What’s next now. The Ice Memory Foundation plans to continue rescuing samples from at-risk glaciers in the Andes, Himalayas and Pamirs. The Concordia sanctuary is ready to receive the legacy of a world that, year after year, breaks temperature records and this is what has caused this project to move so rapidly today in order not to lose more glaciers that are melting. Images | Cassie Matias In Xataka | Eight months ago a robot disappeared under the ice of Antarctica. Today we have recovered it and it brings disturbing data

74% of employees have felt more productive when using AI. Almost half have ended up correcting the result

Artificial intelligence is already part of the daily life of the employees of many Spanish companies and helps them complete tasks faster. At least that is what emerges from a recent study by the AI ​​consultancy Workday, in which it is estimated that three out of four workers feel more productive thanks to AI. Behind that data there is a growing adoption of AI tools and a change in perception among professionals. However, this reality also implies a less visible one: part of that time gained you are missing out on reviewingcorrect and fine-tune what AI systems generate. Everyday use of AI in Spain. According to the data collected in the report “Beyond productivity: measuring the real value of AI” prepared by Workday, 74% of workers in Spain indicate they feel more productive thanks to AI, with 28% using it daily or 58% claiming to use it very often during their work week. That frequency of use of AIHowever, it is well below the global average which reflects a daily use of 46%. In any case, the increase in the use of AI translates into an average of time savings of between one and three hours per week for repetitive and administrative tasks, such as writing reports, analyzing or searching for data. ​These data coincide with the photo that the study of Indicators of use of Artificial Intelligence in Spain of 2024 prepared by ONTSI (National Observatory of Technology and Society), although in that case the perception is positive, only 11.4% of Spanish companies with 10 or more employees used AI technologies, which is revealed by a very limited business implementation. In any case, 85% of the users consulted report savings of between 1 and 7 hours per week. ​The problem of constant revisions. Satisfaction with the use of AI has the counterpart that 42% of Spanish workers dedicate up to one hour per week to review, correct or reformulate the result produced by AI, known as what has been called a “hidden tax“which stops part of the benefits. Adolfo Pellicer, Country Manager at Workday confirms that the use of these tools requires review and supervision of the results. “There is a hidden impact of AI at work. The report shows us that almost 40% of the time saved with the use of AI it ends up being lost in correctingreview and redo what the information that AI gives us,” said Pellicer. in statements to Computer World. AI digital natives. The youngest employees, between 25 and 34 years old, account for 46% of the cases with the highest review burden, since they use AI more frequently. 77% of these users verify AI results more rigorously than human-generated work. This generates additional exhaustion in these profiles. In departments such as human resources, 38% of employees need to review AI results due to the high number of errors reported. For its part, in the technical and IT departments, with a 32% increase in the use of AI, the tool has been better integrated, generating better results and content that requires fewer and fewer modifications. ​Training in companies: the pending signature. Although 66% of global leaders cite skills training as a top priority for leveraging AI, only 37% of employees who regularly use it admit to having access to these training programs. According to the report data From ONTSI, in Spain, this disconnection is worsened because 78% of workers demand more digital tools and training to use them, but adoption remains low: only 11.4% of companies with 10 or more employees used AI in 2024. In Xataka | Firing a worker because an AI “does its job” sounds very tempting. China wants to make it inappropriate Image | Unsplash (ThisisEngineering)

They are the largest product experiment in the world

Tu Le, founder of Sino Auto Insightshe explained in the podcast High Capacity How what Toyota took 36 months or more to develop (from design to production), companies like BYD or XPeng complete in 12 or 16 months. Modular platforms, digital simulations, OTA updates… all of this has replaced classic industrial processes. And they test features that almost no Western manufacturer would dare to include. Why is it important. What Toyota took three years to develop (design, prototype, validate, produce…), companies like BYD or XPeng execute in just over a year. And without reducing quality. What they do is change the process: They use modular platforms that stretch without redesigning everything. Digital simulations instead of physical prototypes. And software updates that improve the car after purchasing it, as Tesla already marked the rest of the industry. It’s a real-time product experiment. If a feature is unused or buggy, they send an OTA update after a few days. If a model is not selling well, they update it in 12 months. It is the logic of consumer electronics applied to the car. In detail. Chinese cars incorporate features that in the West might seem absurd or reckless. BYD, for example, sells models with drones on the roof that can fly out following us. NIO installs chips whose performance is disabled for months until an update activates them, which serves to increase the value of the car over time instead of simply depreciating it. They are proposals that reflect that they understand a consumer much younger than the average Mercedes buyer in Europe, hyper-digitized and accustomed to everything responding instantly. BYD’s ultra-fast charging promises times “as fast as refueling gasoline”. XPeng and NIO assisted driving systems They already operate on long-distance trips with minimal driver intervention. The aforementioned Tu Le and his colleague Lei Xing drove from Beijing to Shenzhen using the XPeng system for 90% of the trip. They then repeated the route on a NIO using only battery swapping. Both experiences worked. Between the lines. The founders of these companies do not come from the automotive world. Li Xiang (Li Auto), Li Bin (NIO) and He Xiaopeng (XPeng) come from the world of the Internet and apps. When they decided to make cars, they didn’t start thinking about factories or supply chains. They thought about user experience, interface and functionality. Then they learned to manufacture from that. This change in the process explains a lot: a traditional manufacturer begins to optimize thinking about industrial efficiency, one born in technology optimizes for the user and then decides how to take that to production. The context. China sold 25 million vehicles in 2025. One in every two was electric or hybrid: more than 12 million units. In that mass market, any product experiment has instant and scale feedback. If something works, it is replicated within weeks. If it fails, it is corrected just as quickly. BYD went from 700,000 units six years ago to 4.6 million in 2025manufacturing its own chips and batteries. Vertical control that allows you to iterate faster than any competitor dependent on external suppliers. And now what? Volkswagen invested in XPeng and will launch vehicles based on its platform this year. Stellantis bought 19% of Leapmotor in 2023. Ford licensed battery technology from CATL in 2022. They are implicit recognitions that the Chinese experiment works and the West needs to learn from it. Renault directly went there Learn how to build a cheap electric car in a short time. The question is not whether Chinese cars are better, but whether the rest of the industry can adopt this model of accelerated development without breaking everything built over a century. In Xataka | The year of Chinese consolidation in Spain: MG, Omoda and BYD close a spectacular 2025 and are among the best sellers Featured image | XPeng

Xiaomi’s high-end is back on sale with a bang. A powerful mobile with 1 TB and Leica cameras

Until next January 23, MediaMarkt will have its campaign active Downhill. Among all the offers there are some that have caught our attention, such as the Google Pixel 10 Pro or, in this case, that of Xiaomi 15T Pro of 1 TB, which has dropped in price to 799 euros in what is one of the best offers that the store has launched on this mobile to date. Other stores like amazon either PcComponents They have also lowered the mobile phone to the same price. The price could vary. We earn commission from these links A mobile with 1 TB He Xiaomi 15T Pro It is a high-end mobile from the brand that stands out both for what it offers at the hardware level and for the price, especially if we take this offer into account. At the design level it does not differ much from the previous generation, but it does. It comes with a different technical sheet, and quite good. It features a large 6.83-inch screen that offers both 1.5K resolution and a 144 Hz refresh rate. It is compatible with Dolby Vision and HDR10+ and inside we find the MediaTek Dimensity 9400+ processor along with 12 GB of RAM and 1 TB of internal storage. Its 5,500 mAh battery supports 90W fast charging and 50W wireless charging, its speakers are compatible with Dolby Atmos and its camera module, in addition to having the Leica collaborationis made up of a 50 MP main sensor, a 50 MP telephoto lens and a 12 MP ultra wide angle lens. You may also be interested XIAOMI Watch S4, Bluetooth Version, Advanced Professional Sports Mode, Quick Change 2.0 Bezel, 1.43 Inch Circular AMOLED Screen, Heart Rate and Sleep Monitor, Black The price could vary. We earn commission from these links XIAOMI OpenWear Stereo Pro, Open Ear Headphones, Bluetooth with Hook, Comfortable and Stable Use, 45h Battery, IP54 Water Resistant, Multiple Drivers, Hi-Res HiFi Audio, Titanium Gray The price could vary. We earn commission from these links Some of the links in this article are affiliated and may provide a benefit to Xataka. In case of non-availability, offers may vary. Images | Xiaomi In Xataka | The best mobile phones, we have tested them and here are their analyzes In Xataka | The best Xiaomi mobile in quality price: purchasing and comparison guide

a footprint in the snow is a death sentence

Ukraine is experiencing one of those winters that are not only remembered for the temperature, but for what the war does with her: constant below zero, snow, fog and entire cities forced to survive as if the 21st century had suddenly turned off. In this scenario, the cold is not a backdrop, but rather a damage multiplier. Winter as a weapon. Yes, winter in Ukraine worsens wounds, makes any displacement a punishment and, above all, turns civil infrastructure (heating, electricity, water) into the cruelest targetbecause it is not just about destroying military capacity, but about making everyday life physically unfeasible. Total thermal terror. Russia has intensified a campaign that aims directly at the thermal heart of the cities, seeking to make winter the dirty work: Drones and missiles hit substations, distribution networks and plants that support both electricity and district heating, not as collateral damage, but as a method. In kyiv, with millions of inhabitants, this translates in unheated buildingsentire days without supplies and a qualitative leap in anguish: breathing inside the house seeing your own fog, sleeping dressed in a coat, improvising heat with emergency solutions and assuming that, if you have a small child, courage is no longer measured in holding on, but in fleeing in time. The goal is not just to shut down the city, but to push it towards the psychological limit where people begin to consider concessions, internal fractures and political fatigue. kyiv, vulnerable from the air. The capital continues to be a symbol and that is why it is being punished insistently: Russia cannot take it with ground forces, but it can can make it uninhabitable with repeated attacks from a distance, and cadence matters as much as power. The blows come in waves that seek to cut theto city of the general network and, when the teams try to repair, hit again right where work is being done, with a direct human cost in injured or dead energy technicians. Thus, anti-aircraft defense becomes a race of attrition that consumes ammunition, and the local administration is forced to prioritize the minimum so that the city does not collapse (subway, water or critical services) while the rest falls into a domestic gloom where the cold rules. Towards war thermal. On the contact line, winter not only freezes bodies: also visibility. Russia has tried take advantage of the fog thick as a natural curtain to move units and attack when enemy drones see worse, but the advantage lasts as long as it takes the rival to adapt. Ukraine has responded with logical evolution: more equipped drones with thermal cameras capable of “seeing” through fog because they do not look for shapes or colors, but rather heat and infrared contrast. From there, the battlefield stops being a landscape of visual camouflage and becomes a physical map where what gives away is no longer what is seen, but what it emits. The disappearance of the tank. Russia, sensing the opportunity provided by the extreme cold, has begun to “delete” their armored vehicles of the thermal spectrum with camouflage like the Nakidkaa type of coating designed to break up the vehicle’s infrared signature and make it difficult for a sensor to pick it out from the icy environment. In a winter where the bottom is pure cold, any source of heat becomes a beacon, so the survival of heavy material depends less and less on its armor and more and more on his ability not to give himself away. This also reflects a changing era: protection is no longer just steel and mobility, it is signature management, discipline and deception against sensors that never blink. The new eye on the front. The war has moved from the visual plane to thermal with a crudeness that redefines even the idea of ​​“being hidden”: a drone with thermal scope It can remain over an area for a long time, feeding a chain of objectives where any human presence, equipment, battery or generator ends up giving itself away. The most punished is not fast movement, but stationary life: observation posts, command centers, rest areas, drone teams, shelters with stoves and generators, places where you live more than fight. First it is detected, then it is observed, confirmed and activity is collected, and only then comes the hit with FPV, heavy drones “Baba Yaga” type or artillery, often at night, when the darkness protects less than ever and the thermal contrast is maximum. Footprints reveal more than anything else The heat trap. They remembered in a report from the Financial Times that the most repeated mistake with the arrival of winter is to think about appearance and not physics: the entrance to the shelter is camouflaged, the outline of the trench is covered, a net is placed, and still the position shines in the infrared. They don’t have to see you, they just have to see the constant anomaly, the repetition of a hot spot day after day, which is what attracts the attention of aerial reconnaissance. Often, soldiers do not even betray the secondary signs: heated floor, a smoking fireplace, the breath from a generator, heat leaking through an intake, electronics on, or even engine exhaust. Traces as a sentence. An analyst said this week that, in the Ukrainian winter, walking can be leave a written signature on the ground. The freshly fallen snow, extremely reflective, turns into a “dark” surface for thermal cameras, and recent prints appear as a lighter trace, not because they are actually hotter, but because of an apparent contrast created by physical changes. Thus, the boot compacts the snow, alters its emissivity and generates a difference infrared detectable during hours when the cold is intense. In conditions like this, the landscape not only shows where someone is, but where they were, and that is the most terrifying idea: in the absolute white of the Ukrainian winter, the steps can be a coordinate and the trail a invitation to an explosive drone who no longer needs … Read more

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.