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This is the new Devolo mesh system, now available in Spain

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He Wi-Fi 7 little by little it is reaching our homes and more and more operators are offering WiFi 7 routers to their customers. But what if you want to maximize this network in your home? Then, the new mesh system from Devolo, a European brand, may come as a hit to you. This one, called Devolo WiFi 7 Mesh BE6500can now be purchased in Spain: part from the 149.90 euros and we are going to tell you everything you need to know about him. devolo WiFi 7 Mesh BE6500 Extension The price could vary. We earn commission from these links A European solution to boost your WiFi 7 network Let’s go in parts. This Devolo mesh system can be purchased in three ways. The price we indicate above corresponds to a single unit, ideal if you simply want to extend the network in a small home. If you need more coverage, then you can buy the package with two units (for 279.90 euros) and the three-pack (for 399.90 euros). This mesh system offers triple band (2.4, 5 and 6 GHz), one of the keys to this new standard. The 6 GHz band is currently more uncongested and offers much faster connection speeds, although this system allows compatible devices connect to two bands simultaneously (what is known as MLO or Multi-Link Operation). This allows for a faster and more stable connection. Additionally, each unit has three gigabit ports and one 2.5 Gbps WAN/LAN port, ideal if you want to place one near a computer and want to connect it directly with a cable. The only thing we must keep in mind is that, in order to use WiFi 7, we need to have devices that are compatible. ⚡ IN SUMMARY: WiFi 7 Mesh BE6500 ✅ THE BEST It has a 6 Ghz band and MLO: By having triple band and allowing devices to connect to two of them at the same time, we can expect a very stable and fast connection. You can buy the ones you need: Depending on your home, you can buy the units you need to set up your mesh network. You can also buy one and, in the future, add more. ❌ THE WORST Only for supported devices: To use WiFi 7, your device must be compatible, otherwise you will not be able to take advantage of its benefits. 💡 BUY IT IF… You want a mesh solution to bring your WiFi 7 to your entire home, especially if it is large, has several floors, or has many walls. ⛔ DON’T BUY IT IF… You live in a small home and your WiFi 7 router offers almost total coverage throughout it. You may also be interested TP-Link Deco BE3600 (2-Pack) – Dual Band Wi-Fi 7 Mesh up to 3.6 GB/s, Combined wireless and wired backhaul, MLO, 2 Gigabit Ports per Unit, HomeShield Security The price could vary. We earn commission from these links ASUS ZenWiFi BT8 2-Pack – Tri-band WiFi 7 Mesh, 14 Gbps, Two 2.5G Ports, Security and Parental Control included, Smart Home Master SSIDs, 4G & 5G Mobile Tethering, White 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 | Devolo In Xataka | WiFi 7 routers are very good, but you will not take advantage of them if you do not have a compatible mobile phone: these are the ones that support it in 2026 In Xataka | WiFi 7 really shows: five things that are much better than using WiFi 6

After having avoided the worst of the great European heat wave, Spain has just launched the “Iberian oven”

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The countdown has begun. If we pay attention to the European weather forecast model, in Spain all the mechanisms have just been activated to find temperatures between 42 and 44 degrees in a good part of the center, west and south of the country. In recent years, rivers of ink have flowed about the idea of ​​the ‘Iberian oven’. Well, now we have it back. What exactly is the “Iberian oven”? Although we associate extreme heat with the eruptions of Saharan air masses, that is not usually the case. Not only because, no matter how hot the air arrives from Africa, it usually comes with suspended particles that block the maximums. But because we don’t need it: Spain has more than enough capacity to turn its own air into hell. And it happens a lot: usually when a mass of warm air (often combined with Saharan air) is blocked over the Peninsula. High pressures, clear skies, almost absolute stability… all of this causes the air to descend, compress and increase temperatures greatly. It is not uncommon for them to exceed 45 degrees in these situations. And is that going to affect us now? The forecast is quite clear: more than 40 degrees in the interior and west with anomalies of more than eight degrees above normal for this time of year. Between Sunday the 5th and Tuesday the 7th there will be peaks of up to 35 in the north. And none of that is going to be the most exasperating: the worst is going to be the nights that, in many places, are not going to drop below 25 degrees. Is it a “heat dome”? Well, the term ‘heat dome’ is a copy of the English “heat dome” and became fashionable after the 2021 pacific northwest episode. In addition to its ‘spectacularity’, it is usually used because it has no technical criteria behind it. Unlike heat waves, anything with a configuration slightly resembling a “heat dome” is a heat dome. Yes, yes, it will be; although it doesn’t help much that it is. Why should we care? Above all, because it is not an isolated event. Europe has not yet left the most severe heat wave on record. The dead are counted in the hundreds (orpossibly in the thousands). Continuing to chain extremely high temperatures is not good news. Image | Tropical Tidbits In Xataka | In 2014, French television imagined August 2050 as hell. This week’s heat wave has already overcome it

I wanted to know the closest place to go see the eclipse. So I programmed an AI app to look for it

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Next August 12 I will be in Madrid, and that is a problem. And it is because Madrid will not be the optimal place to see the astronomical event of the century: the solar eclipse that that day will have millions of people watching the sky around 8:30 p.m. My idea is to go see it with my family in a location where it can be seen in its entirety for as long as possible, but I would also like not to go too far. There is tools such as those of the National Geographic Institute They tell us what the eclipse will look like in each location, but I didn’t want to know that, but rather where to go to see it taking into account distance and travel time. There may be tools that do something like this that I haven’t found, but yesterday, when thinking about the idea, I realized that I could actually try to make my own tool. AI models and platforms such as Claude Code, Codex, Antigravity, or OpenCode have already shown that almost anyone can turn an idea into an app, and as you know I was already amazed by the possibilities. Why not try it? That’s just what I did. Try it. I told it yesterday on my personal blogand I also wanted to share the experience here. The first thing was to find out if something like this was feasible. There are several ways to solve that, but I tend to go with the “Deep Investigation” modes offered by current models. I wanted to try ChatGPT in its free version, which offers this possibility, and I made my proposal to him to find out if it was possible. After eight minutes going through sources on the internet, he presented me with a really complete “executive summary” in which he confirmed, among other things, that there was a good set of data sources that I could use for the application: the IGN and the National Observatory, for example, have public resources with a CC-BY license, there are astronomical APIs such as OPALE (IMCCE) either USNO/APODwhile for routes to destination it suggested OSRMa fantastic and open platform for this type of function. GLM-5.2 program like angels With that information under my power, I began development with the AI ​​platforms and models that I have been using lately. This was also a perfect opportunity to test how it behaved the GLM-5.2 model from Z.ai. I have been subscribed to the platform for a few months—I took advantage of an offer at the end of last year—and now that they have launched this model I have been testing it with small experiments. The performance seemed fantastic and certainly close to what the Claude Opus 4.8 or GPT-5.5 offer, so This was a fantastic opportunity to see how GLM-5.2 solved the problem.. What I did was create a directory on my Mac mini M4 (original name, “eclipse”), go into it and launch Claude Code preselecting the model I intended to use (claude –model glm-5.2). Once the AI ​​agent was started for scheduling, I explained my conversation with ChatGPT, copied the executive summary, and gave him some more guidelines to start planning everything. The conversation about the development of the project was long and GLM-5.2 ended up compacting it, but I asked him to show me a summary of that original plan. This was the idea. GLM-5.2 is a model that “thinks” quite a bit, and I like that it does: it makes the responses much more precise and complete in my experience, so even that first plan took a few minutes to get ready. When he presented it I thought everything was fantastic. I reviewed it, but I’m not a developer, so I simply relied on GLM-5.2 when choosing technical options for the entire project and looked more at the requirements and objectives that the plan established. I didn’t capture that part of the conversation and since I ended up “conversing” quite a bit later, Claude Code and GLM-5.2 compacted the conversation to avoid excessive token consumption. Even so, I have now asked him to show me what he had saved in that compaction, and that screenshot above shows a little what the idea for the development was. Everything seemed perfect, I insist, so I told Claude Code / GLM-5.2 to get going. And boy did he do it: spent 42 minutes creating and editing files without me having to intervene at all. When he finished (again, I didn’t take a screenshot of the terminal) he showed me a summary of what he had done, and told me how I could test the project. A few small commands in a separate terminal window to launch the web application and voila: I could now see the project in my browser. The first look left me stunned: the thing was promising. This is what I saw when I first opened the project in my browser. Some mistakes, yes, but nothing bad. I found the interface spectacular, but after a few seconds I began to detect errors. The “Distance” shown in the “Journey” part was unrealistic, and the locations chosen from Madrid were much further away than I had assumed. For some reason I had made some incorrect decisions when choosing these locations, so I started “chatting” with GLM-5.2 in Claude Code to correct everything. That process was entertaining and trivial: I told him what was wrong (“you are showing very distant destinations, a good option for example from Madrid is Lerma and you don’t show it”), and from there GLM-5.2 thought and thought to make its modifications. He presented them to me, I reviewed them and started again. After three or four attempts and another half hour of tests, things were already very clear. The recommendations from Madrid were great, and I considered several options in which I prioritized time to arrive (highway/highway) over distance, and of course, time of totality of the eclipse: the closer you get … Read more

hundreds of Chinese boats preying on fishing grounds

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There are maps that speak for themselves, like the ones has disclosed during the last few days the Ecologist Movement of Peru (MEP), an organization dedicated to the defense of the environment. Last week its managers hung up two satellite maps in which dozens and dozens of colored arrows can be seen crowded together in the Pacific, just off the coast of Mollendo. Each one of them, MEP complaintreveals the position of a Chinese ship that goes to the edges of Peru’s national waters in search of its squid schools. His presence already has put on guard to local fishermen. What has happened? That MEP has stirred up an old debate in Peru (and other nations of South America): the impact that the Chinese flag fleet has on the maritime resources of the region. On June 22, the organization published a satellite map online showing the concentration of dozens and dozens of ships just 220 nautical miles off the coast of Mollendo, south of Peru. According to the organization environmentalist, there are around “300 Chinese vessels” dedicated to “exploiting fishing outside the limits” of their national waters. Just one day later, on June 23, MEP returned to the fray with another satellite map that shows a long trail formed over the Pacific by ship marking points. “Satellite images from June 1 to 19 show that the Foreign Squid Fleet has completed its migration (north-south) along the edge of the Peruvian EEZ,” warned the entity. “Around 400 Chinese fishing vessels are concentrated 220 miles off the coast of Mollendo.” @ecocentristas This is what the fleet of around 300 Chinese fishing vessels that are concentrated 220 miles off the coast of Mollendo looks like 🇵🇪 🛰️These are China’s boats, exploiting fishing off the limits of the seas of Peru. 🇵🇪🦑🦑🦑 Ecological Movement of Peru ♬ original sound – Ecologist Movement of Peru – Ecologist Movement of Peru What is the problem? Basically the number and location of that large fleet of fishing vessels. If MEP is correct, these are hundreds of Asian ships mobilized right on the border of Exclusive Economic Zone (EEZ), a region in which the coastal States (in this case Peru) have sovereign jurisdiction, which affects, among other things, their natural resources. The EEZ usually extends 200 miles, which would put the Chinese fishing fleet almost on the edge. The problem is that, beyond the demarcations drawn in offices or the distances included in international treaties, the Peruvian EEZ is situated in a much larger context: the ecosystem of the humboldt currentmaking that region of the Pacific especially valuable for fishermen. The UN itself recognizes that it is one of the “most productive areas in the world”, although it has also been warning for years about the serious threat which involves both climate change and the overexploitation of its fishing resources. What impact does it have? The million dollar question. In 2025 the newspaper The Republic public a report in which he echoed several complaints from Peru’s artisanal fishermen: incursions by Chinese vessels into the EEZ, indiscriminate exploitation of resources and fear that squid schools would be depleted. “The Peruvian boats go out, but they don’t bring the amount they used to. The Chinese boats prey on the sea, our boats are small, everything is done by hand. On the other hand, they have machines that take the fish faster,” explained to the newspaper Alberto Sánchez, fisherman from Paita, from Lima. Sailors dedicated to the artisanal capture of Pucusana even have denounced the sighting of large vessels in the 200 miles of the Peruvian EEZ despite the fact that the fleets must transmit their position via satellite. @ecocentristas 🛰️ Satellite images from June 1 to 19, 2026 show that the Foreign Squid Fleet has completed its migration (north-south) along the edge of the Peruvian EEZ. Around 400 Chinese fishing vessels are concentrated 220 miles off the coast of Mollendo. 🇵🇪 @ecocentristas ♬ original sound – Ecologist Movement of Peru – Ecologist Movement of Peru Is it something new? No. In 2024 MEP already launched a similar complaint. He even shared a map showing the accumulation of Asian ships right on the border of the Peruvian EEZ. “Where is the foreign squid fleet located? How many ships are there? What type of vessels are they and how many are in Peruvian ports?” I questioned the organization. A few days ago, after its last complaint, the Peruvian Navy (MGP) carried out an exploration flight which confirmed that, at least today, the foreign fishing fleet operates outside the Peruvian maritime domain, 230 miles away. Does it only affect Peru? No. The debate regarding the presence (and impact) of foreign fishing vessels on the South American coast is not new and goes far beyond Peru, also extending to nations such as Chili. Infoae cites studies that estimate that in 2024, 1,359 vessels will operate in the 500 nautical miles located off the coast of Peru. Of them, 525almost 40%, were ships of Chinese origin, a figure that far exceeds those of other nationalities. MEP’s warning also comes just a few days after Sustainable Fisheries Partnesihp launched a statement resounding in which they warn of the importance of not overexploiting the region’s resources. Hence, among other things, it requires that any legislative change be supported by a “scientific basis”. In the specific case of Peru, the agency warns of the registration of around 2,000 new vessels “built outside the legal framework” at a time when “the fishery has captured 83.27% of the quota” planned for this year. Does context matter? Yes. And not only because of the warnings from environmentalists or the misgivings of the sector. Two years ago the organization The Outlaw Ocean published a report in which he warned that China’s fishing footprint goes far beyond its fishing grounds or Asian flag vessels. The country also operates in other waters of South America, Africa and the Pacific thanks to ‘flagging’, which basically consists of arranging for a ship to fly the … Read more

The US has no alternatives for its gas turbines

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When Donald Trump and Xi Jinping they met Last month, the White House announced that China was committed to reviewing the restrictions it had imposed on rare earth exports. The first item on that list was an unusual choice: yttrium. Neither neodymium nor dysprosium (the usual protagonists of the debate about permanent magnets); a rare earth that until recently barely appeared in geopolitical risk reports. This surprise has an explanation. The focus of the West’s dependence on China in the field of rare earths has been concentrated for years on permanent magnets for electric vehicles, wind turbines and defense systems. Yttrium operates in a different segment. And it is the essential component of the thermal barrier coatings that protect the blades of gas turbines and jet engines. Without that coating, those blades would melt. The US depends almost 100% on yttrium imports, and almost all of them come from China. Despite the conversations that these two countries have had, foreign trade data confirm that Xi Jinping’s commitment has not transformed into a real flow. Chinese yttrium oxide exports collapsed after April 2025 controls; they resumed with a dropper starting in October; recorded a specific peak in March 2026, and, in May, China did not export yttrium to the US. Not a single gram. A vulnerability without a substitute GE Vernova, one of the world’s largest gas turbine manufacturers, relies on yttrium coating to make its machines work. The same goes for jet engine manufacturers. Unlike neodymium, which is mined and refined in Australia, Canada or Europe, yttrium lacks a alternative supply chain consolidated outside China. For this reason, dependence on the West is structural, and not circumstantial. The problem was aggravated by the timing of the embargo. The April 2025 checks coincided with the data center boom of artificial intelligence (IA) in the US. The investment bank Goldman Sachs estimates that energy demand of data centers will double before 2027and a good part will come from gas turbines. In this scenario, China not only restricted access to a critical material for the defense industry: it did so just when the infrastructure that fuels the AI ​​race was beginning to scale. The Chinese Ministry of Commerce not only maintains controls, but is tightening them More than a year after the embargo, the Chinese Ministry of Commerce is not only maintaining controls, but tightening them. Beijing has put in place measures to block the rerouting of rare earths through third countries, the mechanism that some Western companies had resorted to to circumvent the restrictions. The remaining window is closing. The lesson that yttrium leaves us transcends this chemical element. And the most dangerous vulnerabilities in the critical technology supply chain are not always the most visible. In this context, neodymium attracted attention, and yttrium went unnoticed until it stopped reaching the West. Then, Donald Trump and Xi Jinping’s meeting made headlines. But the important thing is that May data generate doubts. Many doubts. Image | Kian Turbo Tec More information | Volt Insight In Xataka | In the midst of the battle of all countries to obtain rare earths, an unexpected actor has raised his voice: Apple

Cancer in people under 50 years of age has been growing for decades. A macro study finally points to the big culprit: biological aging

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The increasing incidence of cancer in young adults is one of the most debated topics in recent oncology. In recent years, exhaustive reviews have warned of an increase in diagnoses in those under 50 years of agealthough medical science had long been searching for the underlying mechanism that connects the dots between modern lifestyle and the early onset of this hated disease. The answer. A new study recently published seems to have found a key piece of the puzzle, which is nothing more than that our cells are aging faster than our ID card. This is the conclusion of research published in the journal Nature that indicates that accelerated biological aging is associated with a greater risk of developing early-onset cancers, especially solid cancers such as lung, stomach and also uterine cancer. Two concepts. To understand the finding, we must first differentiate between chronological age and biological age. The first of these is immovable, since it is nothing more than the years that have passed since our birth. But biological age is flexible, since it is calculated by evaluating the physiological state of a person through blood biomarkers and metabolic profiles. It reflects how “old” our tissues and organs really are. How to measure them. To measure this, Tian’s team used models already consolidated in scientific literaturesuch as PhenoAge and the Klemera-Doubal method. With these tools, they crossed the data of more than 150,000 adults from the UK Biobank and approximately 10,000 program participants. All of Us of the United States. The result shows a dangerous imbalance. This means that those people born in more recent decades had a greater tendency to have a biological age higher than that corresponding to their date of birth. And this time “jump” has direct clinical consequences such as the appearance of cancer. To be more specific, it has been seen that every time we have a person with a biological age higher than their corresponding age, they have an 8% higher risk of having early-onset solid cancer before the age of 50. If we compare the extremes, individuals located in the tertile with the greatest biological aging have a 15% greater risk of developing the disease compared to those in the tertile with the least biological wear and tear. The context. The main thing is not to fall into alarmism, since, although it is true that cancer is increasing in the youngest people in society, it is also increasing in all remaining bands due to multiple factors such as general population aging and better screening methods that allow us to detect cancer earlier. However, the specific data on early onset are undeniable, since large studies point to significant increases in thyroid, breast, colon, kidney and endometrial tumors in the 20 to 49 age group. Colorectal cancer, specifically, is the one that worries the most due to its escalation in young adults. The lifestyle. That we are biologically aging much faster than we should is not magic, but rather it seems to be influenced by different factors related to lifestyle. These include rates of youth obesity, prolonged consumption of diets rich in ultra-processed foods, a sedentary lifestyle, and exposure to environmental toxins. What this new work provides is the quantification of the damage, since these risk factors accelerate the biological clock. We must keep in mind that the human body is exposed to pro-inflammatory factors for more years from early stages of life, which makes it easier for DNA damage to accumulate faster than cellular mechanisms can repair it. In Xataka | Experts agree about the sun and hair: “It is one of the most exposed areas and one of the most forgotten”

The IMEC laboratory has found a way to extend the life of silicon

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IMEC just updated your semiconductor journey and the fact that attracts the most attention is a date: 2038. That is the year in which, according to this Belgian research center, the industry will begin the production of class 3 angstrom integrated circuits (0.3 nanometers). This is not the first time we have talked about this milestone; a little over a year ago We analyze in Xataka a slide from IMEC that placed this leap in 2035. The new forecast delays it by three years, but in exchange it gives us something much more valuable: how to get there. And to reach 0.3 nm it is not enough to improve photolithography alone. IMEC states that the contact poly pitchwhich is the minimum distance between transistors that for decades has been the main indicator of technological progress, will no longer be significantly reduced starting with the A10 generation, which is scheduled for 2030 or 2031. From then on, to increase density it will no longer be enough to shrink the transistors; They will have to be stacked. This paradigm shift has its own name: CFET transistors (Complementary FET). This strategy is not new, although until now it was a distant promise. And the interesting thing is that the IMEC itinerary gives it a date, context, and connects directly with everything we have explained in our articles dedicated to IT teams. UVE Hyper-NA photolithography. These machines will be needed to manufacture these chips, although they are still being developed by ASML. Why CFET technology is going to retire GAA transistors The transistors Gate-All-Around (GAA), which the semiconductor industry began to adopt massively in the 2nm generationthey still have a journey. IMEC estimates that this architecture will remain viable until the A10 generation, which will arrive in 2030 or 2031, giving it a useful life of about seven years from its introduction. It is a reasonable period of time if we compare it with previous generations of transistors, but the Belgian research center already makes it clear that it has an expiration date. The underlying problem is geometric. The GAA transistors improved the electrostatic control of the channel by completely surrounding it with the gate, but they still placed the type materials n and p one next to the other, in the horizontal plane. This provision has an obvious physical limit: There will come a time when it will no longer be possible to continue reducing the distance between them without compromising the electrical performance of the chip. This is precisely what will begin to happen when the A10 generation arrives, according to IMEC. Sequential CFET technology will come first, followed by linked CFET structures CFET transistors solve this problem by stacking the type material n directly above type pvertically. IMEC’s ​​itinerary places their arrival as firm candidates for chip production in the A7 generation, which is scheduled for 2033. And, in addition, it explicitly associates them with the need to resort to power delivery systems on the back side of the wafer, which IMEC considers mandatory in this architecture. From there, the itinerary itself anticipates an evolution in two phases: first the sequential CFET technology will arrive, and later the united CFET structures, already in the A3 generation of 2038. The most interesting thing about this approach is that it changes the meaning of the Moore’s Law. IMEC recognizes that the contact poly pitch It will barely move between the A10 and A5 generations. Carry stuck at 42nm for several years. The density gains that we traditionally measured in individual transistor nanometers now depend on the height of the cell and how many layers can be stacked vertically. It is, in a way, a confession: horizontal scaling is exhausted, but the industry has found a third dimension in which it can continue growing. Image | Samsung More information | Tom’s Hardware In Xataka | US adds Netherlands to Pax Silica alliance: ASML host nation enters anti-Chinese bloc

In 1967, Ebro moved to the Free Zone of Barcelona. 69 years later, we have seen how Ebro once again manufactures cars in it

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Entering the 500,000 square meters that the Ebro Factory plant in Barcelona occupies is, in large part, a visit to the origins of the brand and its deep connection with the Catalan capital. The same naves and corridors that In 1967 they saw the last Ebro vehicles leave to become later at Nissan Motor Ibérica. In 2026, the factory that opened its doors in the Barcelona Free Trade Zone almost 70 years ago, manufactures vehicles again (and not just assembly) with the Ebro logo on its grille. Ebro has just opened its facilities to the press for the first time, and we have been able to see first-hand what it is like to manufacture a car. What we have found is a factory full of welding robots, automated parts supply lines and state-of-the-art assembly lines that They look more to the future than to the past. A plant with many stories The old Nissan factory closed on December 31, 2021 after 41 years of activity. The cessation of activity left some 2,500 workers on the streets. Three years later, Ebro confirmed his reindustrialization plan of the plant returning its activity. And he did it, to a large extent, with the same workers he had. Of the almost 2,000 employees that the company currently has, nearly 1,000 employees who work here today They were already with Nissan. Of them, about 400 are product engineers, 200 process engineers and 200 welding and assembly line specialists. These employees know every hallway, every corner and, according to those responsible for the factory, they have played a leading role in the start-up of the plant. The factory occupies 500,000 m2 Our guide throughout the visit was Paco DuranDirector of Production Control and Logistics. According to what he said, he himself started at this same plant in 1998, when the Nissan sign still hung on the door. When the Japanese stopped production he spent some time at Stellantis. When Ebro started his reindustrialization plan, he returned to what he considered his Alma mater. Durán is, in all likelihood, the person who best knows how these facilities work. Nissan veterans like him helped design each booth of the new assembly line based on the years of experience that the assembly of Japanese cars gave them. They knew exactly what had worked before and what had failed. That muscle memory acquired by years of automobile production has weighed more than any manual and has contributed to the Ebro Factory will start walking in record time. First as an assembly center, and now as the only Ebro manufacturing plant in Spain and Europe, in which the Spanish brand already manufactures four models with welding, painting, assembly and quality control processes. Barcelona outside and inside There is a very curious detail in how this factory is designed. It is inspired by Barcelona and the two rivers (the Besós and the Llobregat) that frame it. Being called Ebro, it makes sense. Like these rivers, the entire flow of supplies flows from mountains to sea. It is not the only inspiration that Ebro engineers have borrowed from Barcelona when designing it. The interior of the factory has the same structure as the streets of Barcelona Its interior is arranged in streets perpendicular to each other, well-defined islands, without intersections that block the passage or flows that collide with each other. The reference is the Cerdà Plan of 1859who created the orthogonal grid so characteristic of Barcelona that it ordered the Eixample of Barcelona. An urban model that is still a reference in half the world. A small Barcelona within an icon of Barcelona’s industrial past. Under this spatial arrangement, the materials enter at one end of the factory and advance in line to the other, without setbacks or countercurrents. As Durán explained, this flow “towards the sea” reduces errors, improves response times and, as an added advantage, facilitates the evacuation of the plant in case of emergency. The plant works on two levels. All the assembly of the different components occurs on the ground, while the automatic transports of parts and bodies circulate suspended in a complex logistics system that takes the bodies from one section to another without interrupting the assembly work below. To give us an idea of ​​the magnitude of this aerial infrastructure, the equivalent of three days of production of components and bodies was circulating above our heads at all times. 696 meters of line and 20 cars per hour Since November 2024, the factory operated with the M0 assembly line, in which the cars arrived from China semi-assembled and the rest of the parts were assembled at the Ebro factory. However, the heart of the visit, and the new jewel in Ebro’s crown, is the M1 assembly line. There are 696 meters, 97 work stations and a cycle of 160 seconds per vehicle. That is, each operator has that time to assemble the elements assigned to that station. The body is welded in a 23,000 square meter warehouse with more than 150 robots. Around 95% of this process is fully automated. There the floor, sides and roof are welded until forming what is called the Body-in-Whitethe empty structure of the car before receiving any paint or components. From there it travels by air to the painting area which, for safety reasons due to the chemical agents used there, we were not able to visit (we needed PPE and additional protection). In this section, the car chassis go through degreasing baths, paint is applied through cataphoresis and an anti-corrosion treatment. Afterwards, the already painted bodies fly back to the assembly area, but not before disassembling the doors, which travel in parallel, to improve the workers’ access to the interior. Something that caught my attention was that all the cars I saw on the assembly line were Ebro S700 red in color (the Red Blood Stone, to be more exact). When we asked Paco Durán about the reason, he explained to us that instead of responding to color … Read more

the price of goodbye to a symbol

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Telefónica has closed the terms of the sale of its former headquarters in Madrid, the iconic building on Gran Vía 28, to the Cartagena developer Tomás Olivo for around 200 million euros, as announced Digital Economy. The operation could be formalized in August. The panoramic. The Ignacio de Cárdenas building, inaugurated in 1929 and protected with the highest heritage level in Madrid, no longer belongs to the company that gave it its name. Telefónica gives up waiting for an urban reclassification that could have triggered the price, preferring to close the operation now with Olivo, the second largest shareholder of Unicaja and owner of shopping centers such as La Cañada or Nevada Shopping. In detail. The agreement includes a clause that benefits both parties depending on how the municipal file evolves: If the Madrid City Council authorizes a change of use of the property (from residential to residential, commercial or hotel), the final price could rise between 40 and 50 million more, via premium in favor of Telefónica. If this reclassification does not arrive, Olivo is left with a historical asset that can “only” be used for cultural or educational uses, the only ones allowed by the current General Urban Planning Plan. The regulatory risk, before Telefónica, now passes into the hands of the buyer. Why is it important. The sale confirms the pattern that defines Marc Murtra’s management since he became president in January 2025: divest assets that do not contribute to the telecommunications business. No matter how symbolic they are. Before the Gran Vía 28 building, Telefónica It has already sold its subsidiaries in almost all of Latin America: Argentina, Peru, Mexico, Chile, Ecuador and Colombia, and only Venezuela remains pending. It is expected to be resolved before the year ends. The context. The sale of the historic building is not an isolated movement. Just a few weeks ago, Murtra rented more than 40,000 square meters of the Las Tablas headquartersempty after successive employment regulation files and voluntary resignation plans that have been reducing the workforce. José María Álvarez-Pallete, his predecessor, had avoided touching both buildings due to their symbolic value, despite internal complaints about excessive teleworking and the consequent underuse of space. Yes, but. Selling offices and subsidiaries reduces debt and frees up cash, but it does not by itself solve Telefónica’s underlying problem: a telecom company competes in a sector where the margin has moved towards whoever controls the software and data, not towards whoever lays cables and antennas. Lightening the balance sheet can buy time, but it cannot buy differentiation. The contrast. Tomás Olivo, with a real estate asset that exceeds 3,000 million euros and a personal fortune estimated at 4,600 million, is betting on an asset that the urban planning regulations themselves limit almost completely. Its investment profile, built on shopping centers in Murcia, Almería or the Canary Islands, anticipates patience in its movements: the real business to be exploited with Gran Vía 28 depends on a decision that sooner or later the Madrid City Council will have to make. In Xataka | Telefónica’s new guard: Marc Murtra and Emilio Gayo, the duo that seeks to create a European champion Featured image | Wikimedia Commons, Telefónica

everything you can do with it (and what you can’t)

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We are in full heat wave and in many homes andThe air conditioning is not enough. In addition to make our electricity bill go up in summerair conditioning gives us something else: water. Most people throw it away directly, but there are things you can do to take advantage of all those liters of water so that not everything is a waste. The amount of water expelled by the air conditioner depends on several factors such as the type of equipment or the temperature outside, but it is estimated to be between 1 and 2 liters per hour. In my case I have a 5 liter bottle at the water outlet and yesterday I emptied it twice, so I ended up wasting 10 liters of water. Taking into account that we have been in a heat wave for more than a week, I will have about 70 liters wasted. What to do with air conditioning water and what is best to avoid The water that comes out of the air drain is produced by condensation, so it is pure, demineralized water without salts (like distilled water). This makes her perfect for some uses: Clean: one of the uses that we can give to this water is cleaning. As it does not contain any minerals, it is perfect for cleaning windows or shiny surfaces where limescale usually leaves visible marks. Iron: If you iron clothes, you can save distilled water for ironing. This water will also not leave any trace of lime on the fabrics. for the car: Another ingenious use that has to do with cleaning is to use it to refill the water tank for the windshield wipers. If you wash your car by hand, you can also use it to give it the final rinse so that the typical droplets do not remain. We have seen that the absence of minerals is good for some things, but it is also not recommended for others. In addition, it must be taken into account that the water passes through the machine filter and the ducts, so may contain dirt. This is what is not recommended to do: Water the plants: Plants need nutrients and air conditioning water contains none. You can use it to water as long as you supplement it with a fertilizer, but if you only give this water to drink without anything else, in the long run your plants will suffer from a lack of nutrients. Drink it: It is not recommended, nor is putting it on pets. It is not drinking water and as we said, it may contain dirt and bacteria present in the device’s circuit. Cook: It is evident that if it is not recommended for drinking, it is not recommended for cooking either. If we boil it we eliminate possible germs, but it is still better to use drinking water. An even more valuable resource when it is on a large scale What at a domestic level is a few jugs of water, in large buildings can become an important water resource. Rice University in Houston has been collecting condensation water since 2008 of your air conditioning system and reusing it for cooling systems of your power plant. They estimate that the savings are 12 million gallons of water per year, which is equivalent to more than 45 million liters. At the Ralph H. Metcalfe Federal Building in Chicago as well They installed a similar system and they calculate a saving of half a million liters per year. There are also other industrial uses, such as using that condensation water. to feed toilet cisternssomething common in many hotels. In airplanes it is also often used to Image | Xataka In Xataka | Showering with cold water before sleeping in a heat wave seems like the best idea. Science warns that it is a big mistake

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