ASUS summer offers are ideal for renewing equipment for work, study or play

Summer is that time of year when most of us take the opportunity to escape from home for a few days. Wherever we go, It is always good to have a laptop with uswhether because we want to surf the Internet, answer an email or even play a video game. Are you looking for a new team? Well then you might be interested in taking a look. to the ASUS summer offers. The price could vary. We earn commission from these links This promo, which will be available until next August 9, has discounts of up to 69% on all types of equipment. Furthermore, the new members They will receive an additional discount on their purchases (coupon: ‘WELCOME10’). There are many interesting computers and devices, but these are the five we like the most: ASUS VivoBook Go 15 by 479.99 eurosa lightweight and very affordable laptop for working or studying. ASUS ProArt GoPro Edition by 2,999.99 eurosa beast for demanding users with 128 GB of RAM. ASUS Zenbook DUO by 1,799.99 eurosa very versatile laptop with a double OLED touch screen. ROG Xbox Ally by 499.99 eurosa top quality-price option to play wherever you want. ROG Strix G18 by 3,049.99 eurosa gaming laptop with the best of NVIDIA. ASUS VivoBook Go 15 We start with this VivoBook Go 15, an economical and light option that is perfect for working or studying. This device comes with a Ryzen 5 processor, 16 GB of LPDDR5 RAM and a 512 GB SSD, so it will last us several years at a high level. Its screen, which is 15.6 inches, has Full HD resolution and is also compatible with WiFi 6e. All taking into account that it weighs 1.63 kg, which makes it easy to transport. From 549.99 euros it now costs 479.99 euros. The price could vary. We earn commission from these links ASUS ProArt GoPro Edition If you are a content creator or usually edit video in 4K or 8K resolution, this ProArt GoPro Edition may fit you very well. It is a real beast thanks to its AMD Ryzen AI MAX+ 395 processor and 128 GB of RAM, which is also ideal for using AI models locally or for rendering video. In addition, it has a 2 TB SSD and a 13.3-inch OLED touch screen. And since it weighs just 1.39 kg, it’s also ideal for travel. From 3,599 euros it costs 2,999.99 euros. ASUS ProArt GoPro Edition The price could vary. We earn commission from these links ASUS Zenbook DUO A very versatile computer with two OLED touch screens. That’s this Zenbook DUO from ASUS, which is great if your priority is productivity, even if you’re not working at home or in the office. Beyond these two screens (14 inches and 3K resolution), it is a very interesting device with an Intel Core Ultra 7 255H processor, 32 GB of RAM and a 1 TB SSD. Right now it costs 1,799.99 eurosa discount of 200 euros compared to its RRP. The price could vary. We earn commission from these links ROG Xbox Ally We now move on to a consolidated PC or portable console such as the ROG Xbox Ally, possibly the best quality-price option right now. It is a very interesting machine that comes with Windows 11 installed as standard, which allows you to use Xbox Game Pass natively. It has the Ryzen Z2 processor, 16 GB of RAM and a 512 GB SSD. In addition, its 7-inch IPS screen with Full HD resolution has a 120 Hz refresh rate. Costs 499.99 euros. The price could vary. We earn commission from these links ROG Strix G18 And we close with a gaming laptop that, in fact, has one of the best graphics cards currently available, such as the RTX 5080. This ROG Strix G18 is a computer that will allow us to play any game at 4K, even the most demanding ones. It has a very good processor such as the Intel Core Ultra 9 275HX, 32 GB of RAM and a 1 TB SSD. Its screen is also 18 inches and has WQXGA resolution. It happens to cost 3,049.99 euros. 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 | ASUS In Xataka | Best gaming laptops in quality price. Which one to buy based on use and six recommended models In Xataka | What is the best laptop for working in 2026. Tips and recommendations

why 4 GB + extra 4 GB will never work like real 8 GB

Surely you already know: the price of RAM memory is through the roof. Even if we focus only on mobile, This is something that has many implications.. In fact, everything indicates that very soon we will begin to see entry-level or very cheap mobile phones with 4 GB of RAMsomething that seemed to have been forgotten (because 6 GB was already the standard for these phones). As with almost any device, the RAM memory It is a key point in the operation of a mobile phone. Having little can be an ordeal on a day-to-day basis, especially if we take into account that you cannot open your phone and put more RAM in it as you could on a PC. That’s where what is known as virtual RAM comes in.a “trick” that manufacturers use on these cheap phones with little memory. Is it of any use? Let’s see it. Why is RAM memory so important in a mobile phone? Before delving into this, let’s stop for a moment to understand Why is RAM memory so relevant in a mobile phone?. Your mobile phone, laptop or tablet has two types of memory: there is storage on the one hand and, on the other, RAM. Both are used to store information, but in a very different way. In fact, these two memories are also different from each other: the storage has more capacity, but the RAM is much faster. That speed is the key. The phone’s processor is working all the time and needs to access information for any process. If it depended solely and exclusively on storage for this, its performance would be much slower. RAM memory comes into play right there and allows the processor to write and read information much faster. But of course, as we said above, what is saved in RAM is only there temporarily. And it is there temporarily because the capacity of this memory is much smaller. The device uses RAM constantly for all types of processes. If you have low RAM, performance suffers. For that reason and to get straight to the point, yes: the more RAM memory your phone has, the better. And that is why virtual RAM exists. Small note. As with PC RAM, there are different types of memory. For computers, the type of RAM memory is identified by the acronym DDR, but the one used by mobile phones is called LPDDR. In essence, this type of memory takes up less space and consumes less battery than DDRwhich is why it is used for mobile phones. Now, how do you know what type of memory a certain mobile uses? They all begin with LPDDR and it is what follows after these letters that tells us what generation this memory is from. LPDDR3 is still found in some very low-end mobile phones, but the current standard is LPDDR5 (and LPDDR5X is already starting); LPDDR4/4X is also present in the mid-range. Virtual RAM: is it what manufacturers promise? Now knowing how RAM works, it is easier to understand what virtual RAM does and what it is for. As its name indicates, it is not physical memory (that is, it is not a component inside your mobile). So how does it work? Well, it’s very simple to understand: if you activate it, Your mobile will take a part of the storage and use it as RAM memory. This, on paper, sounds great. Many manufacturers use this technique to supply a low amount of RAM (usually between 4 and 6 GB). It is very possible that you will see this option with a different name depending on the manufacturer of your phone, since each one calls it a different way. Samsung, for example, calls it ‘RAM Plus‘. Now, as we have already explained above, the storage speed is not even remotely close to that of RAM memory, so it’s not a miracle solution. Of course, we are not saying that it is useless. Virtual RAM can help your phone have an “extra” that allows it to have more apps open in the background or that these are not closed forcefullysomething that usually happens if we demand a lot from a mobile phone with little RAM. And does it have any “side effects” for our mobile? The most obvious one is that we’re obviously going to lose a little bit of storage if we turn it on. However, that may not be the most important thing. By activating this option, the use of virtual RAM increases the writing to storage (flash), which can accelerate wear. In practice, the impact is limited on modern devices with good management, but it exists. Two mobile phones for less than 310 euros with which virtual RAM is not so necessary POCO X7 Pro I no longer recommend mobile phones with less than 8 GB of RAM and if you are looking for one with a good quality-price ratio, there are few better options than the POCO X7 Pro. It is true that it already has a successor, but since it has only been in stores for a short time, it has not yet dropped that much in price. For that very reason, This is a top option if you are looking to not spend more than 250 euros. This Xiaomi phone has 8 GB of RAM in this configuration and 256 GB of storage. In addition, it has a 6,000 mAh battery that is not as big as others we are seeing now (nor like the POCO X8 Pro Max), but it should give you about two days of autonomy. As we explained in its analysis, it also offers very good performance. Xiaomi Poco The price could vary. We earn commission from these links Realme 16 Pro If you can stretch your budget a little further, then don’t lose sight of the Realme 16 Pro 5G. It is a phone that does not reach 280 euros right now and it also has 8 GB of RAM. There is also … Read more

China has just gathered 100,000 national accelerators into a supercluster. The challenge now is for them to work together efficiently.

China has launched in Zhengzhou the Dawning 8000, an artificial intelligence supercluster that, according to Sugon, can integrate 100,000 calculation cards developed in the country. The company presents it as the first Chinese system of this size built around a national infrastructure, from chips and network to storage and cooling. Sugon assures that the project is already connected to the national supercomputing network, although it has not yet published its complete technical specifications. The scale is not enough. The size of the installation does not in itself imply an equivalent leap in computing capacity. In loads that intend to take advantage of thousands of processors, the work must be dividedsynchronize and recompose without communication between nodes ending up consuming a disproportionate part of the time. As the stack grows, so do the points of failure, software complexity, and demands on network and storage. The real challenge begins when those cards have to behave as a single machine. The pending jump. Sugon maintains that the central node has already been optimized for more than 300 applications in about twenty fields, including large models, robotics, automotive, pharmaceutical industry and weather forecasting. The company adds that more than 70 applications have completed deployments at scale of 10,000 cards. These are relevant data to evaluate the maturity of the platform, although the information released does not detail a public load executed with the 100,000 units simultaneously. Autonomy under pressure. Zhengzhou’s bet cannot be separated from the pressure facing the Chinese technology industry. The United States included Sugon in its Entity List in 2019 and has since expanded restrictions on advanced semiconductors and equipment related to high-performance computing. In this scenario, building an infrastructure based on national technology has a value that goes beyond the power achieved. The project fits into China’s effort to expand its own capacity and reduce supply chain dependencies. The figure is not enough. One hundred thousand Chinese accelerators do not automatically equal one hundred thousand comparable Nvidia GPUs. The deployment also does not allow us to affirm that China has left behind its dependence on Western hardware to sustain its artificial intelligence infrastructure. It does demonstrate, according to Sugon, that the country can now build its own systems on an increasingly larger scale. It is not complete autonomy, but it is another step on the path to depending less on foreign suppliers. Images | Sugon In Xataka | Claude has a space in which he manipulates concepts before his final response. And it has surprised Anthropic itself

This is how the new Castellana subway will work

A few days ago we knew that Madrid it was over with one of the key phases of the burial of the north of Paseo de la Castellana. This is the excavation of the tunnel that will connect the M-30 with the surroundings of the Four Towers, ending after the demolition of the last wall that separated both ends of the work. The mayor, José Luis Martínez-Almeida, present at the time along with the delegate of Works and Equipment, Paloma García Romero, assured that the infrastructure, 675 meters long, will be ready for vehicles to circulate. starting in december. A tunnel with AI. The capital already has more than 40 kilometers of underground traffic galleries, but everything indicates that this will be the most technologically advanced. And unlike passageways like those of the M-30 under Madrid Río, which have been built for almost 20 years, the new tunnel will incorporate technology based on artificial intelligence to monitor and manage in real time everything that happens inside. What AI will do. The idea is that the system is trained to identify vehiclescontrol the speed at which they circulate, detect incidents or violations and monitor the polluting emissions generated inside the tunnel. This information will also allow the ventilation of the gallery to be automatically adjusted based on the level of pollution detected at all times, thus optimizing air quality without the need for manual intervention. Between the lines. The goal is for the tunnel to function as a self-regulating system. The more data you collect about traffic and pollution, the more accurately you can anticipate problems, from a traffic jam to a broken down vehicle, before they become a risk to those driving inside. According to sources collected by The reasonthis commitment also seeks to provide the tunnel with the highest safety standards. And along with all its AI, the infrastructure will also have improved emergency exit systems and Wi-Fi coverage. What will it be like inside? The tunnel will have three lanes in each direction, not counting the accesses, exits and links with roads such as the M-30, the M-607, the A-1 or the M-11. The route will connect the current underpass on Sinesio Delgado Street, in the south, with the North Nude, next to the La Paz Hospital. Furthermore, according to they count from ABC, it has been designed on two levels to minimize the impact on the trees that exist right now, thus conserving the greatest number of specimens, especially the largest conifers. And now what. This summer, excavation will begin on the second level of the tunnel, an extension that in the future will connect La Castellana with the Begoña neighborhood and with the new Madrid Nuevo Norte district. For now the infrastructure will be prepared, but it will not come into operation until that connection arrives. Meanwhile, on the surface the construction of Parque Castellana is progressing, a green area of ​​70,000 square meters with more than 1,500 trees, a large jet fountain and a 35-meter-high pergola covered with solar panels that, according to explained Almeida, will serve to “guarantee that at all times there is an adequate supply” of energy for vehicles traveling through the tunnel. The idea is that, when everything is finished, only public transport and local traffic accessing the buildings in the area will circulate on the surface. Cover image | Madrid City Council In Xataka | The Mayrit tunnel boring machine has crossed under the Manzanares and the M-30: thus it has arrived eleven days ahead of schedule to its first major stop

Madrid is preparing to have robotaxis this fall. The problem is that almost no one is clear how it is going to work.

Madrid is about to become the first capital of the European Union with driverless cars circulating through its streets. Uber, Waymo, Cabify and several Chinese technology companies are already fighting for a million-dollar business that, according to current plans, should begin rolling out after the summer. Although there are still quite a few questions unresolved. What is happening. Uber was the first to announce the movement. In June confirmed an alliance with the Chinese technology company WeRide to operate in Madrid sensorized electric vans manufactured by Geely, the Chinese giant that also owns Volvo Cars or Polestar. To make it possible, Uber relies on two partners: Moove Cars, which provides the VTC licenses (of which Uber itself owns 30%), and Avomo, which is responsible for the maintenance and supervision of the vehicles and which already manages similar fleets in Austin and Atlanta. The legal framework. To launch a service of this type, three pieces were needed: regulation, licenses and fleet. According to share From El Confidencial, the first two were “the most conflictive” and had already been resolved, so now “it is the companies that have to take the step.” So, on the one hand, the DGT is in charge of homologating and technically certifying vehicles, while the Community of Madrid manages authorizations, insurance and the distribution of licenses between operators, based on changes in the regional Mobility Law. To avoid new conflicts with taxis, the regional government has chosen not to issue new VTC licenses, but rather to reuse existing ones with a limit of 100, to which a specific permit called “additional authorization for autonomous transport” will be added. According to El Confidencial sources, they point because the first pilots could start in central Madrid, Leganés and Móstoles, with Alcobendas also on the table. The Waymo mystery. Alphabet subsidiary has registered In just two weeks new companies in Paris, Amsterdam and Madrid (Waymo Iberia), adding to the one it already had in Munich since June. The name chosen for Spain, “Iberia” and not “España”, suggests that the company is also looking at Portugal, which has recently opened a legal framework favorable to autonomous driving tests. Even so, the commercial registration is only the first step, so it does not give us clues about a possible launch date, since to operate in Spain Waymo needs VTC licenses. Of the country’s three large fleets (Moove Cars, Auro and Vecttor), the first is already committed to Uber and WeRide, and Auro has confirmed that it is not negotiating with Waymo because it is focused on its expansion in Germany. This leaves as the only plausible way an agreement with Vecttor, the fleet owned by Cabify, which acknowledges maintaining “open conversations with the leading companies in autonomous mobility technology”, although it clarifies that, for the moment, “we do not have any closed alliance.” The Phoenix precedent, where Waymo just broke their alliance with Uber to recover its cars and operate with its own app, suggests that its long-term plan is to dispense with intermediaries as soon as it gains its own brand in each market. What Uber doesn’t count. The company announced in style that its robotaxis would arrive in Madrid before the end of the year, but for our part we did not receive a response from either Uber or WeRide about how many vehicles there will be in the first phase, whether the service will cover the entire city or just some neighborhoods, or whether any user will be able to order a car without anyone at the wheel. On the other hand, the DGT itself confirmed us last month that there was no request from Uber or its partners to test autonomous vehicles. The organization remembers that there are three test phases: a controlled one (maximum three cars, always with a safety driver), an extensive one (up to ten, also with a driver) and a pre-deployment phase, where the vehicle limit disappears and the driver becomes optional, although always supervised remotely. Right now, the only company in that last phase in Spain is Tesla, which test your FSD system with 30 vehicles throughout the national territory. The risks that Waymo already knows. Just like stand out From El Confidencial, the experience in the United States leaves two clear warnings. The first is vandalism, since in June, anti-ICE protesters burned five Waymo vehicles in Los Angeles, each valued between 150,000 and 200,000 euros, forcing the suspension of service in the city. The second, more serious for the business, are technical failures. And in just one month, Waymo had to first recall 3,800 cars for entering flooded roads and then 3,900 (97% of its fleet) for a software error that led them to sections of highway under construction. Despite this, the company defends that its cars suffer 94% fewer serious or fatal accidents than those driven by humans, and 84% fewer accidents with cyclists or motorcyclists. And now what. The calendar indicates that, starting in November, the first Uber robotaxis will begin to be seen in Madrid, with a safety driver at the wheel during the first months until the service becomes fully autonomous. The routes will be requested from each operator’s app and the cost is still unknown, but they are expected to be more expensive. Waymo is still a sea of ​​doubts, since it has a company created, but it still lacks a fleet partner to start. And at the bottom of the board we have Cabify and Bolt, who could be added later with vehicles from the Chinese companies Pony.ai or Baidu. Cover image | Hoseung Han In Xataka | A veteran Tesla engineer has summarized his workers’ feelings about the FSD: “We have all seen it fail”

“Microsoft built the concept of office work because they wanted to sell more software”

For many, the office work and spending eight hours a day in front of a screen is little less than a unnatural torture for the human being. In fact, this type of “knowledge work” is a relatively recent inventionwhich has been evolving as an adaptation of technology to the world of work. Aravind SrinivasCEO of Perplexity has gone a little further by ensuring that office work is an invention by Bill Gates to carry out his plan to bring a PC to every desk. Srinivas developed his hypothesis during his interview at the Joe Rogan Podcast and even left the presenter confused. “Microsoft built the concept of office work because they wanted to sell more software.” Gates’ dream Srinivas links the creation of office jobs directly to the Microsoft founder’s historical obsession with putting a computer in every house and on every desk. “That idea of ​​putting a PC on every desk and making you glued to it was Bill Gates’ vision,” explained the Perplexity CEO. It’s no secret. Gates himself has repeated that same idea for decades: he wanted a computer in every house and on every desk. In fact, his vision of the future of computers was published in the specialized press of the time even before Microsoft sold its first BASIC. Rogan, in his direct style, summed up the merit of Gates’ plan with a powerful phrase: “Wow, genius. What an achievement, because they certainly nailed it.” The truth is that it is difficult to contradict him. Few business strategies have changed the daily routine of billions of people as much as the arrival of computers and office automation in the world of work. A masterstroke from Microsoft Srinivas’s thesis is that the 9 to 5 job in front of a screen was not a natural evolution of employment, but a Microsoft business plan so that people used computers all day. The more hours and more people worked in front of a screen, the more software licenses were sold. According to the manager, the office routine was designed to create a daily dependence on Word and Excel, starting in schools, so that companies would then pay for these licenses. The juiciest part of the interview is the contrast between the two founders. According to Srinivas, Microsoft’s goal was never design. “It was not about making computing beautiful, as Steve Jobs conceived it,” he said verbatim, marking the difference with Apple. Jobs was pursuing something else: machines almost obsessive in their aesthetic care, which he himself defined as ‘insanely great‘. Microsoft, on the other hand, sold hardware to put software on top of. The more time you spent in front of the screen, the more licenses you needed. Microsoft’s business was not about creating a beautiful product, it was about generating dependency of your tools to sell licenses. Microsoft invented Office, not the office Despite Srinivas’ shocking statements, Bill Gates did not invent the eight-hour day nor office work. Its history comes from long before, from workers’ struggles of the 19th century and laws like Fair Labor Standards 1938 in the United States. What is true is that, as Rogan pointed out, “this type of lifestyle is something very recent that we have come to accept as normal.” The scientific evidence testifies that, with the arrival of computers and technology, the productivity at work skyrocketed. That Microsoft won that game by contributing to the increase in that productivity It is undeniable. Word, Excel or PowerPoint have been training entire generations since school. When these students arrive at their first job, they already know how to use those tools and companies pay for the license without thinking twice. In Xataka | Companies have returned to the office to improve productivity: a McKinsey study is not so clear Image | Unsplash (Jan Baborak), Flickr (European Parliament), Xataka

This is how Baily pearls work

Next August 12 we will be able to enjoy the first of the 3 eclipses that make up the Iberian trio. many people they are preparing to travel to one of the places that are within the strip of totality. Those who have never seen a solar eclipse are divided into two groups: those who are going to let themselves flow, without expecting anything specific, and those who are studying everything about this astronomical event to know what they will find. If you are from the second group, you may have come here looking for information about Baily pearls. If you are the first or are reading this for any other reason, don’t miss it, as it is a very interesting phenomenon. Pearls that decorate the Sun. We already know that a total solar eclipse occurs when the Moon, the Sun and the Earth align in such a way that the former prevents the Sun’s light from reaching our planet. Basically, the Moon covers the Sun. Baily pearls are some kind of shiny beads that form along the edge of the Moon when it begins to cover the Sun and just when it begins to let its light pass through again. Its appearance is due to the fact that the surface of the Moon is not smooth. It is covered with valleys, craters and other imperfections. Therefore, when sunlight filters through them, it does not arrive completely clean, but instead forms a kind of shiny balls. That’s what we see from Earth. The origin of his name. Baily pearls are named after Francis Bailythe British astronomer who first described them in 1836, during an annular eclipse. Why they are important during a solar eclipse. Beyond their attractiveness, Baily’s pearls are important because they indicate the beginning and end of totality. They appear when the Moon has covered a good part of the Sun, but they disappear just when it covers it completely, since no light from the sun reaches us. Then, as soon as it begins to appear again behind the Moon, the pearls are drawn around it again. . During a solar eclipse, we can only look directly at the Sun without goggles during the entirety. With the slightest ray of sunlight that appears, our eyes are already at risk. Therefore, Baily pearls are a good indicator. It is true that there are places where they are even more imaginative, such as in the Navarrese town of Lerín, where They have created a bell ringing that indicates the different points of the eclipse. Observing Baily’s pearls can also be a good option, although, when in doubt, it is better to use the glasses for as long as possible. Other eclipses. Baily pearls also appear in annular solar eclipses, just when that characteristic ring of fire forms with the Moon in the middle. Therefore, we will be able to see them during the three eclipses of the Iberian trio. The first two will be total and the third will be annular. Image | CTIO/NOIRLab/NSF/AURA/D. Munizaga | Brucewaters In Xataka | A third of Spain will be completely dark for a minute or two. The astronomical event of the century is approaching

“As AI takes on more jobs, you’ll be able to retire earlier and work shorter workweeks”

Bill Gates has been talking for some time about a topic that has become almost an obsession for the millionaire: what will happen to work when AI takes care of a good part of it. The technology magnate did so sitting in front of the Indian businessman and host of the podcast “People by WTF” Nikhil Kamath. During the conversationGates presented his concerns and predictions about the future of work, from the perspective of someone who has been away from the front line of business for many years and is close to retirement age (if that is the case). millionaires retire one day to be). “In 20 years, AI will have changed things enough that this purely capitalist framework probably won’t explain much anymore.” The shortage that Gates considers dead. The founder of Microsoft assures that “we have always had a shortage: a shortage of doctors, of teachers, of people to work in factories. These shortages will cease to exist. It will be a quite profound change, which will free up a lot of time.” That is, thanks to the implementation of AI and robotics tools, the deficit of professionals in certain areas will be reduced. The data agrees with the founder of Microsoft, at least in relation to the shortage of qualified labor in strategic sectors like the toiletor the teacher, for whom UNESCO foresees a shortage of 44 million primary and secondary education teachers by 2030. “For those of us who have been in a world of scarcity for almost 70 years, it is difficult to even adapt,” acknowledges the millionaire. Hands made of metal. Beyond the knowledge work that AI can develop, the veteran millionaire also spoke about the role of robotics and how robots will contribute to reducing people’s working hours and working lives. “You have to have extraordinary hands to do those things. We will achieve it,” says Gates about the work of robots in factories, construction and in sectors as physically punished as hotel cleaning. He’s not the only one who thinks so. NVIDIA CEO Jensen Huang estimates that humanoid robots could move a market of 40 billion dollars. Elon Musk, assured that by 2040, there will be at least 10 billion humanoid robots priced between $20,000 and $25,000. Still lacks real skill for perform with ease and reliability in an industrial environment, but investments and engineering are already at work in that direction, just as Gates predicts. Retire early: the old promise that seems to be moving away. The most controversial phrase in the interview, however, refers to the fact that employees will no longer need to have such a long career to access retirement, something that clashes head-on with the policies of delay in retirement age that many are applying countries of the worldamong which find Spain. “You will be able to retire earlier, work shorter work weeks, and that will require almost a philosophical rethinking of how time should be spent (…) We will have created, in a way, free intelligence.” Gates’ approach is not new at all. In 1930, the economist John Maynard Keynes predicted that technology would reduce the work week to just 15 hours. Almost a century later, a full-time worker in the US spends on average 8.5 hours to work on a working day, while in Spain it is dedicated between 40 and 37.5 hours per week. The promise of more free time has not been fulfilled for almost a hundred years.

The Wangiri scam only needs one thing to work: your curiosity

Someone calls you on your cell phone suddenly and hangs up right away, before you can react. You look at the screen and see an unknown number, so immediately you wonder who was calling you and why. The impulse is often to call back. And that’s probably a really bad idea. The Caller’s Trap. This scam became famous a couple of years agobut now it seems to be coming back strongly and it is good to remember how it works. This is a scam known as ‘Wangiri’ (ワン切り), a Japanese term that literally means “one ring and hang up.” The mechanics of fraud are as old as it is effective: An automated system launches thousands of random calls a day, lets the phone ring once or twice, and immediately hangs up before the user has time to respond. The bait of the missed call. The goal of scammers is to play on your curiosity or fear that you have missed some important communication. When you see the notification on the screen, many people can act impulsively and they call back to find out who was trying to contact them, which leads them directly into the fraud. If you call back, it will be expensive. The real danger is in calling back: without knowing it, what happens is that you will be calling a special rate number abroad that is not included in any mobile operator rates. Cybercriminals often camouflage numbers with strange international prefixes from countries like Albania (+355), Bosnia, (+387), or Ivory Coast (+225) that are very difficult to recognize. waiting music. And when the call is initiated, scammers activate systems to keep the victim on the phone as long as possible. For this they use fake voice recordingssimulate that the call is on hold or play sounds of a busy line. Every second you listen to those loops, the cost of the call goes up significantly and without you knowing it. A volume business. Although the amount charged to each victim may be small, the scam ends up being a million-dollar business when carried out on an industrial scale. Cybercriminals use bots and automated systems that make millions of attempts daily at dawn or at unusual times to maximize the probability that the user will not reach the cell phone in time. It’s easy to avoid the scam. The scam is simple and effective for impulsive users, but there is a very simple way to avoid it: never return a missed call from an unknown number. And much less if it has an international prefix other than +34 of Spain. If there is really an emergency, that person will contact you again or will leave a message via SMS or WhatsApp. If you have already fallen into the trap. For those who have been victims of the scam, the ideal is to act quickly. The first thing is to check the accumulated consumption in the application of your mobile line and immediately contact your telephone operator. Save the scammer’s number, write down the exact time of the call and ask your company to preventively block charges for premium rate numbers before processing the report. In Xataka | Not even bank security is infallible: the five techniques of cybercriminals to access our money

Mayoral has been manufacturing children’s clothing for almost a century. It is the missing piece for Digi’s IPO to work

Digi Spain confirmed this Monday that asks to be listed on the Madrid, Barcelona, ​​Bilbao and Valencia stock exchanges with an offer of up to 25% of its capital. The operation is based on an assessment pre-money of 1.7 billion euros and is supported by a binding commitment of 100 million from the Mayoral Group, the Malaga children’s clothing manufacturer of the Domínguez de la Maza family. It is the second attempt in six weeks. In April, Digi postponed the departure because he did not accept a discount greater than 10% on the 2,000 million that he was then seeking. Today he has accepted a bigger cut. Between the lines. The 300 million less valuation in six weeks is the price that the market places today on the fourth operator with its own network in Spain. 15%. Then there is Mayoral. A Malaga textile company subscribing 100 million in a telco before the stock market debut is not usual. The usual thing is a sovereign fund (case of Orange and Vodafone’s fiberCO), an insurer or a family office specialized in infrastructure. If Digi has had to activate a group whose main business is dressing children, it is because the natural buyers of a European telecommunications IPO were not willing to enter into the terms that the telecom wanted, or at least not without a prior anchor. Mayoral fulfills two functions here at the same time: Provide committed capital before setting a price. And it provides Spanish narrative. Digi wants to stop sounding like a low-cost Romanian operator and start sounding like a company with deep ties in the country. The name Domínguez de la Maza helps with that translation, especially in business environments. The figures. The details of the operation make it clear that the IPO does not resolve the balance. Rather, it accompanies him. 1.7 billion. Assessment pre-money. In May there were 2,000. 136 million. Net funds that will come into cash once the placement costs have been deducted. 1,814 million. Group bank debt as of March 31. 400 million. Capex planned only for 2026. 75%. What Zoltán Teszári retains through Digi Communications. Control intact. The net 136 million that the operation will leave does not cover even four months of this year’s capex. Striking. The context. Digi has grown at 20% annually since 2023 and closed 2025 with 929 million in revenue and 175 million in adjusted EBITDA. It has led net additions in fixed and mobile broadband continuously since the end of 2021. It has 14.2 million homes with its own fiber and 11.4 million active lines. The model is known: low rate, 11,700 direct employees without outsourcing customer service (one of the keys to Digi is its commitment to keeping everything internal) and constant capture of ports. It is the operator that has forced Movistar, Vodafone and Orange to react twice in less than three years. The problem starts at the margin. Adjusted EBITDA today moves around 20%. The plan presented to investors promises to raise it to 30% in the medium term. AND the trend is not upward, but downward. Yes, but. Ten margin points without retouching price is mathematically complicated. Furthermore, raising prices contradicts Digi’s entire commercial DNA. The equation only works if two things happen at the same time: The own network reaches 21 million homes ahead of schedule… …and the weight of the wholesale agreement with Telefónica for 5G access is reduced. Capex today for autonomy tomorrow. That is exactly what the 136 million finances. Meanwhile, the Teszári family retains 75% from Bucharest. Going public does not dilute control. And now what. The final price range and date are pending approval of the prospectus by the CNMV. The company is targeting the end of July. Three questions will mark the operation when the book is opened: If the large European funds enter above the implicit price that Mayoral has set with its commitment, or they settle for it. If Digi holds its rate of portability once subjected to quarterly stock scrutiny, with a margin of 20% that the entire market will now be able to read. If Telefónica, Vodafone España and MásOrange interpret the listing as an additional threat or as the first step to put the consolidation of the sector back on the table. The answer will come with the first day of trading. And with the following results. Featured image | Digi In Xataka | Any teleoperator would be worried about making less money with each client. Digi is exactly what you are looking for

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