technology

China is very clear about how to win the technology race over the rest of the world: with tons of public money

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China has insisted on be the first world power. This declaration of intentions can be as empty as every January 1st when I say that this year I will begin to wake up at six in the morning to go out for a run, or the opposite can happen: they put all the means at their disposal to achieve it. In the case of the Asian giant, what is happening is the second. The Five-Year Plan is the roadmap that the Government sets every five years and that indicates the direction they should follow both public institutions and private companies to achieve the country’s objective. And with a defined objective, there is only one pending issue: the question of financing. And, in the case of China, that translates into a government impulse that other countries do not have. A competition at two speeds OECD stands for Organization for Economic Cooperation and Development. It is made up of 38 States, including North Americans, some South Americans, many Europeans, Australia and Japan.

the technology needed to spy and make military decisions from the sky

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Artificial Intelligence (AI) carries many benefits, but also many risks. Therefore, eliminating human supervision can be a very bad idea. It is a fairly recurring topic that has been put back on the table after China announced that it is testing the use of AI to advance its satellite-based surveillance systems. Many experts have expressed concern about the possibility of these systems being used for military purposes. Other countries, such as the United States and Israel, have set a worrying precedent, so there is some fear that these technologies could be misused and end up being lethal. The steps of China. China has long stressed the importance of AI always having human supervision. However, the announcement that have collected media such as Interesting Engineering follows a different premise. The Asian country intends for its satellite AI systems to be capable of breaking down complex tasks, coordinating workflows and recovering independently from possible failures. In short, they would use algorithms capable of analyzing information, making decisions and acting without the need for humans. Satellite observation can have many uses, from analyzing animal behavior to aiding weather forecasts. However, this emphasis on AI being able to act on its own is inevitably reminiscent of what we are already seeing in the United States for military purposes. The case of the United States. The US military is suspected of having several AI-based targeting systems, although there is a lot of classified information about them. Broadly speaking, these would use data obtained through optical cameras, infrared, radar, LIDAR and other sensors to locate military targets and subsequently shoot if deemed necessary. Last February, the attack on a school classified as erroneous opened the debate on this issue. In it 175 people diedmostly girls. As it was recognized as a misguided attack, suspicions grew that AI was behind it. As this is classified information, it cannot be known for sure, but it is a more than tangible risk. USA has hired currently to SpaceX to improve the connectivity of the shooters so that they receive the information as soon as possible whether to shoot or not. It is clear that they want to continue advancing in this aspect and it is something that, logically, is of great concern to experts. The case of Israel. It is not exactly the same, but Israel has also left war decisions in the hands of AI, with worrying results. For example, they have a system that uses data from phone calls, social networks, metadata, visual information or contacts, among other sources, to determine who may be targets. According to an investigation by +972 Magazinein the first weeks of the war against Palestine detected 37,000 targets as Hamas members. The army itself recognized that the algorithm has a 90% probability of being right. This gives us clues about how catastrophic it can be. More transparency? China has assured that it will have more transparency than other countries by introducing AI in the management of its satellites. However, this does not minimize the concerns of experts. For now, it seems that the algorithms have managed to avoid obstacles independently in the testing phase. For them to be able to shoot, if they are used for that purpose, there is still a long way to go. But it is viable. Therefore, it is urgent that measures be taken to regulate the use of AI without human supervision as much as possible. There are too many human beings with few scruples, but even those may have some more qualms than machines. An AI cannot show concern, conscience or ethics. He also does not ask before shooting if he is not told to do so. Therefore, if we want it to operate satellites capable of observing and controlling what we do on the planet, it would be advisable for us to ensure that someone with scruples remains in charge. Although in some contexts that is difficult to find. Image | Kevin Stadnyk (Unsplash)/Magnific In Xataka | There are planes dropping food into Gaza from the air. It is a worse idea than it seems to fight hunger

Europe is preparing four measures to become independent from United States technology. The problem is that he doesn’t know how

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The European Union has been ruminating for some time that depending on third parties to manage its data, its chips and its digital infrastructure is a risk that it can no longer afford, so next Wednesday, June 3, it will put on the table a package of measures to achieve its technological sovereignty (or at least, to depend less on countries like the United States or China) whose draft they have already had access to. Financial Times either Political. The sovereignty package is so ambitious that it aims to mark a before and after at the level of the RGPD and it is not something general and intangible: there are four specific measures so that vulnerabilities such as that of Nexperia don’t happen again. But the dependence on the United States is just as worrying, as the slam of the Netherlands on the purchase of Solvinity. Two concrete examples from two different countries for the same problem: European critical infrastructure is in the hands of others. The EU package of measures. Next Wednesday, technology commissioner Henna Virkkunen will present the review of two laws known as the Chips Act and the Cloud and AI Development Actin addition to an open source software strategy and a roadmap for the digitalization of the energy sector. More specifically: The cloud, tested. Audits and stress tests to discover vulnerabilities and thus anticipate a possible US blackout. Chips Act 2. The Commission imposes the power to, in an emergency, cancel semiconductor supply contracts in the event of a shortage, fine companies that hide information about their supply chain and act as a central buyer for the 27 member states, as it did with vaccines during COVID. Open source as an alternative way. The EU wants to promote European free software companies, will encourage collaboration between states and create an instrument to maintain indigenous solutions against US proprietary software. A lot of financing: 200 billion euros are needed to expand data center capacity until 2036 and another 20 billion to execute digitalization and AI plans in the energy sector. Where from? Fundamentally, attracting private investment. Why is it important. Because Europe does not manage its own data or control the core of its critical industry and this has clear and direct consequences. The old continent has already seen the wolf’s ears. A good example is the cloud: three American companies occupy 70% of the European market, according to Sinergy datacompared to a pyrrhic 15% made in Europe. These are hospitals, public administration, defense of all of Europe operating on servers where Washington rules. In terms of chips, it has already experienced it with Nexperia: the Dutch government took control of the company to prevent China from destroying it and Beijing responded by cutting off the supply of chips, which resulted in a shortage of processors and even stops in an industry as essential for the old continent as the automobile. Context. This package of measures comes with clear bases: the recommendations of the Mario Draghi’s competitiveness report of 2024 and the Competitiveness Compass of the EU and in reality it is not more bureaucracy, but a way of simplifying everything to see the objective more clearly. In fact, a year ago the European Parliament defined what he understood as technological sovereignty: “the ability to build capacity, resilience and security by reducing strategic dependencies, avoiding dependence on foreign actors and single suppliers, and safeguarding critical technologies and infrastructure.” Regarding the chip manufacturing industry, a paradigm shift is observed: we have gone from the practical “just in time” to streamline inventories seeking efficiency and low cost to manufacturing “just in case”, something that is already contemplated by both the European chip law and its American counterpart. Europe’s problem is that it arrives late and with a tiny manufacturing muscle. Yes, but. The European record invites us to take this ambitious plan with caution. The different projects to manufacture chips in the old continent have progressed unevenly, the funds from the original law were dispersed among different state projects without a common industrial strategy (for example, Germany negotiated with Intel and France with STMicroelectronics) and the reality today is that chip manufacturing conditions in Europe continue to be worse than in China, South Korea or the United States. That Europe legislates and each state goes to war on its own also applies to the cloud: the government of each state has the power to decide what to do after the relevant audits. The new package of measures starts from the same point and runs the same risks of fragmentation. On the other hand, there is the economic issue: public financing may be dispersed, but private financing for data centers is not yet assured. And finally there is a big underlying problem: Europe has laws, but it lacks a powerful and complete industrial ecosystem to achieve technological sovereignty. In Xataka | Europe has proposed to become technologically independent from the US: And it has started with the most difficult thing: chips In Xataka | Europe is moving from words to action in its “independence” from Microsoft and Google. First step: critical data Cover | Intel and Carl Gruner

Every time the Vatican has warned of the danger of a technology, that technology has ended up changing the world. It’s up to the AI

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Let’s do a little memory. The 15th century was ending and The Christian Church found the printing press wonderful.almost providential. The adoption of that invention by ecclesiastical institutions was enthusiastic because it allowed them to amplify their mission. It didn’t take long for the discourse to change noticeably. in the bull Inter multiplies In 1487, Pope Innocent VIII praised it but warned of its risks: the same thing that served to spread the word of God, could serve to spread heresies and false ideas. It was then that censorship was introduced according to which no book should be printed without the approval of the ecclesiastical authorities. That laid the foundations for the future Index librorum prohibitorum which established a list of prohibited works for all of Christendom. That didn’t go too well. Martin Luther precisely took advantage of that divine invention to distribute your propaganda during the Protestant Reformation, and if this movement ended up being successful it was undoubtedly thanks to the printing press. It is not in vain that Luther is considered the first author of best-sellers of history. The encyclicals in the face of technological advances Let’s move forward. In 1891 Pope Leo XIII published his encyclical Rerum Novarumpossibly the most famous social encyclical in history. In it the pontiff focused on the rights of workers as response to the disturbing Industrial Revolution. He denounced the concentration of wealth and new technologies “in the hands of a few,” and warned that this was turning workers into slaves. Let’s keep moving forward. 90 years ago, Pius XI launched his act Vigilanti Cura (1936), dedicated exclusively to cinema. It recognized the technological progress that cinematography represented, but warned that if it was not strictly regulated, it would become the greatest instrument of moral corruption and mass manipulation in history. That message would be accompanied by the encyclical Miranda Prorsus (1957), by Pius XII, which extended that warning to both radio and televisionwhich had as much or more capacity than cinema to be beneficial but also toxic to humanity. There have been other social encyclicals related to technology: Pacem in Terris (1963) by John XXIII spoke of the atomic danger, while Evangelium Vitae (1995) by John Paul II was a wake-up call against eugenic biomedical techniques and embryo manipulation. The curious thing is that most of these encyclicals were published many years after certain technological advances had occurred. That would make one think that there are one or several encyclicals dedicated to the internet, mobile phones or social networks. There are not, although these topics have been mentioned by the last Popes in other messages. Arrives Magnificent Humanitas Therefore it is surprising that Pope Leo XIV has dedicated an entire encyclical to artificial intelligence. He has done it just three years after ChatGPT was launched, and he has also done it with a unique title: Magnificent Humanitas (2026). A fact: Robert Fracis Prevost, Pope Leo XIV, graduated in mathematics in 1977 from Villanova University in Philadelphia. This encyclical follows a very clear historical line of argument: on many occasions in which a disruptive technology appears, the Vatican adopts the role of “ethical brake” and tries to warn of something relevant: technical and technological advances must be subordinated to human beings. In Magnificent Humanitas the discourse is known and reasonable: warning that large AI companies They will end up imposing their moral vision on the entire planet. It is not just that hyperscalers (Amazon, Microsoft, Google) or companies like OpenAI or Anthropic dominate this market in the commercial section: it is that this dominance also translates into a form of influence that is even more worrying than cinema or television were (and are). The encyclical also warns of how AI is causing a “cognitive displacement” in which human beings end up preferring that algorithms think for them instead of making a reflective effort. The text is very long (40,000 words, which is approximately equivalent to a novel of about 150 pages) and ambitious, and covers many more areas, but the univocal message is that of a warning about the dangers of this technology. If one looks at this entire catalog of papal warnings from a historical perspective, it is impossible not to see the paradox. Most of the technologies that the Vatican once denounced as existential threats ended up, in the end, making the world a better, more prosperous and more connected place. The printing press democratized culture, the Industrial Revolution raised the global standard of living, cinema and television enriched the collective imagination, and biotechnology saves lives. History shows us that these bad omens of the Popes never came to pass completely, but we must be careful. The value of these encyclicals is not in their ability to predict the future, but in their function as ethical counterweights. It’s okay and necessary that someone warns about the risks, because those dangers were and still are real. Image | The Holy See In Xataka | Spain has been a Catholic country for more than 1,500 years. “The Change” now wants to turn it into an evangelical one

We have all suspected that our cell phone is listening to us. The company that sold this technology has just recognized that it was a lie

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There are many people who are convinced that cell phones listen to everything we say. We have all had the same disturbing feeling when we see an ad for something we recently talked about with a friend or family member, but have never searched for on the internet. The most solid proof that they really listen to us was a leak from a company that sold a technology called “active listening” and it did exactly what you’re thinking. Well, it was all a big lie. what has happened. They count in Wired that the US Federal Trade Commission (FCT) has fined Cox Media Group $880,000 for deceiving its customers with its active listening technology. They have also fined two other companies, MindSift and 101 Digital Networks, $25,000 each. In total, $930,000 will be used to compensate businesses that were affected by this deception. What they sold. Cox Media Group claimed that its technology could capture conversations from cell phones, smart speakers, televisions and other devices. Then, using AI, they segmented the advertising based on what people said and also based on their location, which they also claimed to be able to obtain. Their excuse was that users had already agreed to be recorded by accepting the terms of service. The company didn’t have many scruples, just look at the slogan they used to sell the product: “Is it scary? Sure. Is it great for marketing? Without a doubt.” What it really was. According to the FCT, it was all a hoax. They were not able to listen through all those devices, nor could they know the location of people. What they did was buy generic email lists from data brokers and resold them for a price much higher than their real value. The FCT also notes that agreeing to generic terms of service does not constitute explicit consent to something as invasive as these recordings. Why it is important. We are surrounded by technology that has the potential to spy on us with microphones, not only mobile phones but speakers, headphones and even smart watches. Today has not been proven that cell phones listen to everything we say, but it is a very widespread belief and these companies decided not only to feed the conspiracy theory, but also to profit from it. The answer. When the cake was revealed, Cox Media Group attempted to place the blame on an unknown third-party vendor. Speaking to Wired, a company spokesperson said that “Our local marketing team relied on marketing materials provided by a third-party vendor about their product. We quickly removed the materials and stopped use of the product.” All three defendant companies admitted fault and agreed not to make false statements about their products in the future. Image | Xataka with Gemini In Xataka | Yes, the V16 beacons transmit your position in the event of an accident. No, the DGT cannot “spy” on you with them

We present Xataka Life, our new YouTube channel on home automation and technology to transform your home

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2026 comes full of news in Xataka. If just a couple of months ago we announced the launch of Xataka Xtra, today we bring a new project called Xataka Life. In this house we have been talking about home automation, connectivity and devices for the home for a year, an increasingly relevant category in the world of technology and that, through Xataka Lifewe will explore in video form. Because Xataka Life is, precisely, a YouTube channel. One in which we will discuss topics related to home, home automation, savings and products that, little by little, have been finding a place in the homes of more and more people. We talk about lighting devices, air fryers or robot vacuum cleaners, to name just a few. What changes on the Xataka YouTube channel? Absolutely nothing. This channel will continue to operate as before with the content we already publish. Xataka Life is an additional space that allows us to delve into a topic as complex, but at the same time so exciting and interesting, as technology for the home. As it could not be otherwise, Xataka Life expands beyond the long format of YouTube, so you will also be able to short content on @xatakalife on Instagram. If you like the sound of it, we invite you to follow us on Instagram and, of course, to subscribe to Xataka Life on YouTube. We continue!

The best offers from El Corte Inglés on technology during Save the VAT, today May 23

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El Corte Inglés is celebrating its Save VATa campaign full of offers in different product sections with very attractive discounts. Do you want to change your mobile phone or watch? Are you looking for a good sound bar to improve TV audio? Stay and we are going to review the five best deals that the store has right now. Sony WH-1000XM5 by 198.99 eurosvery complete headphones with a much more reasonable price. Google Pixel 10 Pro XL by 928 eurosthe best Google mobile with a great discount. Xiaomi Smart Band 9 Pro by 41.31 eurosa light sports bracelet with a lot of autonomy. Google Pixel 9a by 348 eurosan affordable Google mobile phone with a good photography section. Panasonic SC-HTB250EGK by 82.63 eurosa sound bar that is ideal for giving a touch of power and immersive audio to your television. The price could vary. We earn commission from these links Sony WH-1000XM5 If there are headphones that tend to drop in price relatively frequently, especially in campaigns, they are the Sony WH-1000XM5. El Corte Inglés right now has them for 198.99 euros and stand out mainly for their active noise cancellation, although they also do so because they are very comfortable headphones and because they have a good battery. The price could vary. We earn commission from these links Google Pixel 10 Pro XL He Google Pixel 10 Pro XL It is Google’s best mobile phone and it is not exactly the one that usually receives the most offers. However, El Corte Inglés has it right now for 928 euros with which it is one of the best prices we have seen so far. It is a big smartphone with 6.8 inch screen which has 16 GB of RAM and an excellent photography section. Google Pixel 10 Pro XL (256GB) The price could vary. We earn commission from these links Xiaomi Smart Band 9 Pro If what you are looking for is a good sports bracelet, but one that has an excellent screen and is also quite economical, be careful because the Xiaomi Smart Band 9 Pro has dropped to 41.31 euros. It is a device with a good 1.74-inch AMOLED screen, it is quite light with a weight of 24.5 grams, it has GPS and autonomy is approximately a couple of weeks. The price could vary. We earn commission from these links Google Pixel 9a If the previous Google mobile phone seems expensive to you, El Corte Inglés also has much cheaper proposals from the brand. We have the best example in the Google Pixel 9awhose price has fallen to 348 euros. It is a smartphone more compact with 6.3-inch screenits panel offers a refresh rate of 120 Hz and its photographic section is not too far behind, also offering good results. The price could vary. We earn commission from these links Panasonic SC-HTB250EGK Televisions do not usually stand out precisely in their audio section, so having a sound bar can be a quite noticeable change. If you are looking for something economical, the Panasonic SC-HTB250EGK Right now it costs only in El Corte Inglés 82.63 euros. It includes its own wireless subwoofer, offers a high power of 120W and allows you to connect devices via Bluetooth and HDMI. 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. Image | El Corte Inglés and Compradicción (header), Sony, Samsung, LG In Xataka | Best smartwatch in quality price. Which one to buy based on use and seven recommended models In Xataka | Best sound bars in quality price (2026). Which one to buy and seven recommended models from 99 euros

the key is in tiny technology

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The promise of 6G It has been on the table for years, but there is a part of that story that is usually left out of the window. We’re not just talking about faster mobile phones, seamless video calls or almost instant downloads, but about something much more complex: getting huge amounts of data to travel through the air with great stability. That’s where technology meets its own ceiling. And a Japanese team just placed a tiny piece right in the center of that problem. 112Gbps. What the researchers have achieved is to send data wirelessly at 112 Gbps in the 560 GHz band. The demonstration was announced by Tokushima University and researchers from this university and Gifu University participated. The important fact is not only the speed, which is already enormous, but also the place where it has been achieved: above 420 GHz. According to the researchers, it is the first time that 100 Gbps class wireless communication has been demonstrated above 420 GHz. The 350 GHz wall. To understand why this result matters, we have to look at the problem that terahertz communications have been experiencing. Mobile networks have gained speed and capacity by increasing working frequencies, but this path becomes more complicated when entering extreme territories. Above 350 GHz, conventional electronic technologies face to lower output power and increased phase noise. In other words: it costs more to generate a strong, stable and useful signal to transmit data at high speed. The tiny piece is a microcomb. The word may sound strange, but the underlying idea is quite visual. A microcomb generates multiple regularly spaced optical frequency modes, like the tines of a comb. Tokushima University explains that this allows very high frequency optoelectronic signals to be obtained with a quality superior to that of conventional electronic approaches. In the configuration used by the team, an optical fiber is attached directly to the microresonator, which eliminates the need to perform extremely precise optical alignments as in conventional systems. The way forward. First, the microcomb allows the generation of a cleaner and more stable terahertz signal than that obtained with conventional electronics at those frequencies. Then modulation comes into play, which is the way of encoding the information within that signal so that it carries more data. The official source talks about high-order modulation techniques, such as QPSK and 16QAM. With QPSK, the system achieved 84 Gbps; with 16QAM, it reached 112 Gbps. It is not for tomorrow’s mobile. It is advisable to understand the scope of the advance before imagining phones directly connected to 560 GHz. The university itself speaks of a technological base for ultra-fast backhaul links and integrated photonic-wireless networks in 6G systems. Simply put, backhaul is the part of the infrastructure that connects base stations to the main network. That’s where very high-capacity wireless transmission can make sense: moving large volumes of data between fixed points. There is still a way to go. Researchers want to extract even more performance from these waves by reducing phase noise, developing more advanced antennas and increasing power output. The objective is clear: that speeds like these do not remain a one-time demonstration, but can be sustained at greater distances. There will be an important part of the reality test. What we’ve seen now is not a finished 6G network, but rather a piece of technology that helps show how a part of that network can be built. Images | Tokushima University In Xataka | Reddit was one of the last corners of the Internet free from burning. Now it’s starting to show worrying signs.

We have hundreds of abandoned silos in Spain. Extremadura has found the perfect technology to convert them into batteries

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There are industrial infrastructures that, when they stop being useful, end up blending into the landscape without making much noise, turned into concrete ghosts. The old grain silos, which for decades were the vibrant heart of the agricultural economy of many towns, are today the best example of this reality in rural Spain. However, the energy transition has brought them a destiny that is as unexpected as it is promising. The region of Extremadura has decided to give a second life to these abandoned giants next to roads and plains, transforming them into enormous facilities to store renewable energy. Silos in batteries. All of this materializes under the THESILO projecta cross-border initiative that has just been officially presented in the small town of Torremocha in Cáceres. There, the City Council has donated a disused silo to house the first experimental pilot that will test this technology in real conditions. The urgency of this essay is better understood when looking at the sector’s figures: over the last year, according to data from Red Eléctrica de España (REE)nearly 10,000 MW of new renewable power were installed in the country. The conflict arises when this enormous production is concentrated at specific times of the day, especially with photovoltaic technology. In very sunny regions like Extremadura, the electrical grid collapses as it cannot absorb all the available energy, causing the dreaded “dumps”: plants that must stop their production because there is nowhere to store the electricity and the energy is wasted. So the solution proposed by THESILO is brilliant in its simplicity: take advantage of these enormous concrete structures to store electrical surpluses in the form of heat. Nordic inspiration. Although visually it may seem like science fiction, this concept already has a solid precedent in northern Europe. In Finland already operates successfully the system Power to Heat (energy to heat) through gigantic “sand batteries”. In the town of Pornainen, a silo filled with 2,000 tonnes of crushed soapstone is capable of storing heat at temperatures of up to 500°C for months, achieving an efficiency of between 85% and 90%. The Extremaduran project It is based on the same principle: When renewable production skyrockets and electricity loses value in the market, that excess energy will be used to power high-efficiency resistors that will generate heat. This heat will be trapped inside the silo using very low-cost granular materials as a storage medium. There is no need to use construction sand; The use of recycled waste from quarries, industrial by-products and demolition materials that resist high temperatures in a stable and economical manner will be investigated. Once stored, the objective is that this heat can be distributed through thermal exchange systems to supply the local agri-food industry, public buildings or homes in the surrounding municipalities. The project, whose execution It is scheduled between January 1, 2026 and December 31, 2028, and is structured around four main axes, ranging from the adaptation of the silos to the analysis of their legal and environmental viability. X-ray of the project. To understand the magnitude of THESILO you have to look at its figures: framed in the European Interreg POCTEP programthe project manages a budget of more than 1.5 million euros, largely supported by FEDER funds. The cross-border consortium is led by the Iberian Center for Research in Energy Storage (CIIAE), which has built a strategic network with Spanish and Portuguese allies such as AGENEX, INTROMAC, ADAI, AreanaTejo, the Polytechnic of Portalegre and ITECONS. An essential union of forces to cover the EUROACE euroregion (Extremadura, Alentejo and Central Portugal), an extensive territory where today 1,050 disused silos await with the potential of becoming the thermal battery network of the future. An impact that crosses borders. Beyond the technological component, the socioeconomic impact is the true driving force of the initiative. The Secretary General of Science, Technology and Innovation, Javier de Francisco Morcillo, stressed during the presentation that the ultimate objective is the “boost of business growth and the revitalization of rural communities.” According to the secretary, Europe demands that the knowledge generated “leads to a transfer of results that results in immediate socioeconomic improvement.” Furthermore, he highlighted the capacity of Extremadura to lead these cross-border funds, recalling that the region has captured between 2021 and 2025 more than double the funds from the Horizon Europe program compared to the 2014-2020 period, according to data from the CDTI. The future involves recycling the past. There are still unknowns to clear up and regulatory procedures to overcome to demonstrate that this model works on a large scale. The Torremocha pilot will be the true test of fire to evaluate how the original structure of the silo responds to high temperatures and certify whether the investment makes sense compared to other solutions that are gaining ground, such as hydraulic pumping or chemical batteries. However, THESILO perfectly summarizes where the energy transition in Europe is headed. Decarbonization cannot depend solely on newly built pharaonic infrastructures; It also requires projects that embrace the circular economy. Reusing already built infrastructure not only reduces costs and avoids new construction, but also brings forgotten giants back to life, attracting investment and employment to areas that have been losing population for years. A demonstration that the solution to tomorrow’s energy challenges may be hidden in plain sight in the towns of rural Spain. Image | Xataka Xataka | Finland has found a cheap way to store energy all winter: a tower of 2,000 tons of sand

Between June 9 and 11 we are waiting for you in Malaga at the largest B2B event dedicated to AI and technology

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There are three weeks left until the tenth edition of the Digital Enterprise Show (DES) (June 9-11), one of the most important events in Europe dedicated to digital transformation, AI and exponential technologies. For the fifth year, Málaga hosts this enormous knowledge and technology fair of which Xataka is Media Partner. Like every year, the DES has a B2B profile, aimed at the business, institutional and executive sector. Thousands of managers, workers and experts from all business fields will meet for three days at the Malaga Trade Fair and Congress Center (FYCMA), transforming the city into the epicenter of European technology throughout the week. Thousands of attendees and two large spotlights With an expected attendance of more than 15,000 people, the organization includes the exhibition of 400 firms and the presentation of more than 700 innovations, many of them tied to artificial intelligence. The 2026 edition is special because it marks the first decade of DES’ existence. As a tribute and rupture, the organization has broken with its previous structures and has completely redesigned itself under a new hyper-specialized format called ‘DES Universe’. The idea is simple: transform the fair into an “event of events” divided into seven thematic ecosystems that will address from the Cloud until the Digital Marketing Planet. However, and as could not be otherwise given the current times, DES 2026 will pay special attention to two large thematic areas: the rise of agentic AI and cyber defense, issues that we have discussed at Xataka on a daily basis. The conferences will focus on the integration of AI into everyday life, quantum computingthe work automationthe news in civil and military security and even the rise of drones. Among the speakers are Randi Zuckerberg (creator of Facebook Live and CEO of Zuckerberg Media), Yongdong Wang (Corporate Vice President of Microsoft), Beatriz Navarro (CMO of Renault) and experts such as Carme Artigas (co-president of the UN AI Consultative Body) and Javier Porras Castaño (Chief Artificial Intelligence Officer of Unicaja), among many others. Xataka will also participate at a round table on June 9 at 5:20 p.m. by yours truly. The complete listas well as the agendacan be consulted on the web. How to participate General access and to the exhibition area of ​​the large technology firms is managed through the event’s official website. Tickets vary depending on the professional profile and the content you wish to attend on June 9, 10 and 11. They are the following: Business Pass. The general access entrance. It allows you to visit the DES Universe exhibition area and some of the most important events, such as The Alnomics, Spain Digital Company either CyberXponential World. Its price is 90 euros during the three days. Premium VIP Pass. Ideal if your profile is executive and you pursue business opportunities and meetings with investors. In addition to the general access included in the previous pass, it allows you to unlock the 1 to 1 meeting platform, the VIP Lounge and The Scale Up! World Summit. Its price is 400 euros (one day) or 675 euros (three days). Honor Pass. The honorary pass includes all of the above and also a lunch at the Leadership Summit or in the CIO’s Summit and an invitation to the welcome party. Its price is 1,500 euros for three days. Thanks to our collaboration as Media Partner, all our readers can access a 35% discount in all DES 2026 entries. You just have to click this linkchoose your pass, enter the code that we show you in the following image and complete the registration. We are waiting for you in Malaga between June 9 and 11! Image | DES

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