everything we know and think we know so far about the next Google mobile

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Let’s collect you everything we think we know about the future Google Pixel 11the family of mobile phones that is the successor to the current ones Pixel 10. As is usual in the industry, weeks and months before the launch of the most anticipated mobile phones, the Internet is filled with all kinds of leaks, and we will tell you the most interesting and plausible. We are going to start by talking to you about the possible presentation dates of the new Google Pixel 11, because based on experience we can already narrow the range quite a bit. Then we will tell you the models that there may be, to finish by going into the features that have been leaked. Finally, you should know that the Pixel 11 will be the first to arrive with Android 17 serial. And as usual, you will also do so enjoying some exclusive featuresin addition to being one of the first where you can try all the other new features of the operating system. When do we think the Google Pixel 11 will come out Although historically Google used to present its phones in the months of October, the strategy has been changing to have a greater role, advancing the presentations by a few months. We will update this article periodically to add new leaks. We hope that the Pixel 11 will be presented in mid-August 2026during the “Made by Google” event. As we have seen in the latest models, the normal thing is that The launch is at the end of the montha couple of weeks after the announcement. What models are expected to exist? As we have seen in Google internal documents that have been leaked, it seems that the current structure of four high-end devices. They would be the following: Pixel 11 (codename “cubs”) Pixel 11 Pro (codename “grizzly”) Pixel 11 Pro XL (codename “kodiak”) Pixel 11 Pro Fold (code name “yogi”) In addition to this, months later a version 11a will arrivewhich like all those in the A range will have less power and will be more economical, although it will maintain some of the characteristics of its older brothers. What do we know so far Now, we are going to compile everything that has been leaked so far about the different components of the future Pixel 11 family. We are going to touch on what we know about the camera, the processors and other of its internal components. Design, size and screens According to the latest CAD-based renders leaked by OnLeaks and Android Headlinesit is expected that Pixels maintain their design languageand that there are no drastic changes in its appearance. This means that the edges and rounded corners will remain flat. The change that does seem to occur is that screen bezels will be thinner. The iconic horizontal camera module that makes these phones so recognizable will also be maintained, although in this case it seems that the panel will be made of completely black glass. Regarding the dimensions, everything points because they will be almost the same size as the previous generation. The only thing that will change is that they are expected to be a little thinner, going from 8.5 to 8.4 millimeters on the Pixel 11 Pro. As for the displays, we can expect a 6.3-inch LTPO OLED panel, while the Pro XL model will be 6.8 inches. So far everything is normal, no news, although some media such as Mobiflip suggest that Google could release new Samsung M16 OLED panels. This would be a major change, and would mean more maximum brightness and greater energy efficiency. Finally, on the Mystic Leaks Telegram channel, which specializes in leaks, the term is mentioned “Pixel Glow”. This would be an addition of RGB LED lights like the one you can find on mobile phones like those from the manufacturer Nothing. This term was mentioned in a leak where the cameras of the Pixel 11 Pro are also detailed and that the Tensor G6 processor will be used. Cameras and photography As for the main cameras, it is expected that there will be continuity with a triple camera with a 50 megapixel main sensor, an ultra wide angle and a 5x telephoto lens. We will also have improved AI processing for aspects such as cinematic blur, low light video and surely other aspects. Yes, more changes are expected on the front of the device, especially in biometrics. One of the first leaks pointed out that Google could bring back the infrared camera that we last saw on the Pixel 4, allowing the device to have 3D facial recognition at the level of Face ID of iPhones. With this, the Pixel could authorize payments and unlock the screen with your face even in the dark. However, this so-called ‘Project Tuscany’ of the infrared camera has barely appeared in leaks, so it is still early to know if it is true. Processor and memory The processor is possibly the field where the Pixel 11 will change the most. The leaks say that the new Tensor G6 will be manufactured by TSMC, the same manufacturer as the Pixel 10 after years of trusting Samsung, and that a 2 nanometer process will be used. Tensor processors have always followed Qualcomm’s Snapdragon chips, and with this change Google hopes surpass them in power and efficiency. In fact, there are leaks that suggest that the new Google chip will have 15% higher performancein addition to an improvement in thermal and energy efficiency of 30%. This would help a lot to improve the autonomy of the device. The leaks also talk about 12 GB of RAM as a base, with which to help run the advanced functions of Gemini directly on the device in a fluid way. Additionally, we also expect a new Titan M3 security chip. Battery and connectivity We hope that the battery of the next Pixel 11 will be about 5,000 mAh for the base modeland greater capacities for the XL … Read more

DeepSeek V4 has given China the boost it needs against the US. Four chip makers are the big winners

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DeepSeek V4 It is the catalyst China needed. This model of artificial intelligence (AI) developed by the quantitative hedge fund specialized in trading algorithmic High-Flyer has been designed natively to live with Chinese chips. This is exactly the strategy that the Chinese government supports in response to the pressure that the US is putting on China. The Administration led by Donald Trump prevents the most powerful GPUs from Nvidia, AMD or Cerebras from reaching this Asian country. And Beijing has decided to do without them. The challenge facing the Chinese government is that it is much easier to set this goal than to put it into practice. This is the scenario in which DeepSeek V4 has emerged as the asset that China needs. And its arrival has led, for the first time, to several Chinese AI chip designers achieving something that until now had only been within the reach of Nvidia: guaranteeing full compatibility with the latest High-Flyer AI model from day 0. A great opportunity for Huawei, Cambricon, Moore Threads and Hygon DeepSeek V4 has marked a turning point. Its adoption in China is likely to be very notable, which has caused AI chip designers to compete among themselves to ensure full compatibility with this model from the moment it arrives. None of them wants to miss the opportunity to grow in the largest market on the planet if we stick to the most relevant indicators, such as purchasing power parity or the volume of population with the capacity to consume. Huawei is one of the companies that benefited most from the arrival of DeepSeek V4 Huawei will surely be one of the companies that will benefit the most from the arrival of DeepSeek V4. And its entire portfolio of GPUs for AI is compatible with this model. Nevertheless, your Ascend 950PR chip has been established as the main inference solution. A note before moving forward: inference is broadly speaking the computational process carried out by language models with the purpose of generating responses that correspond to the requests they receive. China’s three largest internet groups (Alibaba, ByteDance and Tencent) have placed orders for several hundred thousand Ascend 950PR processors following the launch of DeepSeek V4, according to Reuters. However, Huawei is not the only Chinese company that has won the lottery with the arrival of this AI model. Cambricon Technologiesthe Chen brothers’ company, has already completed the adaptation to the framework open source vLLM inference framework and has published the code on GitHub. Besides, Moore Threads has worked closely with the Beijing Artificial Intelligence Academy to run DeepSeek V4 on its MTT S5000 card using the FlagOS software stack. And Hygon has carried out a deep optimization of this model in its DCU platform with the purpose of consolidating its hardware as an attractive option for industrial use. The competitiveness of DeepSeek V4 outside of China is unclear because is less capable than its more advanced American competitors, but its future within the borders of its home country appears to be guaranteed. Image | Huawei More information | SCMP In Xataka | The US’s problem in the AI ​​and humanoid race is not China: it is all of Asia and it is greatly disadvantaged

In which communities it can be done and how to do it in the 2026 declaration

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We are going to explain how and where you can have one deduction for living in a municipality at risk of depopulation in your Income 2025, which is the declaration we make in 2026 to account for the last fiscal year. You can now request and submit your draft online and from the mobilebut if you live in a small town or rural area with few inhabitants or with a tendency to aging and emigration, you should pay attention to this before confirming it. We have already told you what they are the most important boxes that should be reviewed in the income. And we also have guides on how to deduct you home insurance, gym fee, vet expenses, glasses and contact lenses, school supplies either the rent of your habitual residence. Now it is the turn of a deduction specifically designed to stop the depopulation of the rural interior. Being able to benefit from this deduction It depends on the autonomous community in which you live.because it is only available in a few and conditions change. But before going into the details of each one, there are a series of general requirements that are repeated in practically all of them. Requirements in addition to the community where you live Although each autonomous community establishes its own conditions for this and other deductions, there is always a series of common requirements that are repeated in practically all of them. These are the requirements that you should know about how to request the deduction or if you can do so. Have a habitual residence: No, this help is not for when you have a second residence in the town and go on weekends. The deduction is only for those who live there permanently, when you spend the greatest number of days of the year in that town and have it registered as your habitual residence. The municipality must be on the official list: It’s not enough that it’s a small town. The municipality must be registered on the list of those that are in depopulation or demographic risk of the autonomous community to which they belong. The deduction does not appear in the draft: Like almost all regional deductions, this one does not fill itself out. If you commit the draft without reviewing it, you will lose it. You have to add it manually in Renta Web. Deductions for each autonomous community We start with this table where we summarize the autonomous communities where you will be able to receive the deduction for living in a municipality at risk of depopulation, as well as the amount. This way, you will have everything clear at a glance. Community deduction Rent limit Additional requirement Cantabria 20% of the full regional fee (max. €500) No limit Under 40 years of age and residence throughout the calendar year Estremadura 15% of the full regional quota €28,000 (individual) / €45,000 (joint) Municipality with less than 3,000 inhabitants Valencian Community €330 (plus up to an additional €264 with children) No limit Municipality included in the Municipal Cooperation Fund against depopulation Deduction for living in a municipality at risk of depopulation in Cantabria In Cantabria you have a deduction of 20% of the full regional quotaalthough with a maximum of 500 euros in the deduction. Come on, if you have a regional quota of 2,000 euros, 400 will be deducted, and if it is 3,000 or more, the limit is 500. In order to apply this deduction you must be a person under 40 years of age and reside in that municipality habitually. You must have lived during the entire last calendar year, so you have no deduction if you moved in the middle of last year. If you are going to do joint taxationthe deduction is applied to each of the taxpayers in the family unit that individually meets the requirements. Each one may apply it separately even if the joint declaration is made. Deduction for living in a municipality at risk of depopulation in Extremadura Extremadura has a different approach. Apply a deduction of 15% of the full regional quotabut without any type of limit or maximum amount. Furthermore, it is not intended that you live in the town on a list, but rather that you live regularly in a municipality with a population of less than 3,000 inhabitants within the autonomous community. However, yes there is an income limit to be able to access the deduction. Within this limit, the sum of the general tax base and savings must not exceed the 28,000 euros in individual taxation nor the 45,000 euros in joint taxation. If you are going to do joint taxationthe amount of the deduction is the amount that corresponds to you when you are entitled to it. Come on, the 15% will be applied to the proportional part of the full regional quota that corresponds to you within the family unit. Deduction for living in a municipality at risk of depopulation in the Valencian Community The Valencian Community is where this deduction is easiest to understand, but it is also the one that gives the least money. You receive a fixed amount of 330 euroswhich grows by 132 euros if you are entitled to the minimum for descendants for one person, by 198 euros if it is for two, and by 264 euros if it is for three or more. The deduction is incompatible with regional deductions for birth, adoption or foster care for the same descendant. Furthermore, to opt for it you must live in a registered municipality in the Municipal Cooperation Fund against depopulation What documentation should you keep Although in none of the autonomous communities you will have to attach any document to verify your data, it is possible that the Treasury will ask you for supporting documents during the following four years. Therefore, it is advisable that you have saved documents that prove that you have lived in that municipality in 2025, which is the year for which … Read more

SpaceX faces a neighborhood rebellion in the heart of Texas

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SpaceX bases its success on repeating, repeating and repeating. Only in the month of May there are six launches scheduled. But that’s not all, testing of engines and other components carried out at the company’s industrial complex in McGregor, Texas, is the order of the day. Therefore, it is not unusual that more than 150 citizens from South and Central Texas have sued Elon Musk’s company for damage to their homes. Cracks in the walls and shattered glass. In total there have been two group demands. One of 80 South Texas residents and another that includes 77 people residing in the center of that same state. In all cases they complain about the damage caused by the shock waves from the SpaceX tests. Neighbors warn of cracked walls, broken window glass and continuous vibrations. One of the owners even claims that his house has suffered serious damage to the foundation.. A question of engines. The McGregor Test Center is the most active rocket engine testing facility in the world. That is where SpaceX tunes up the Raptor and Merlin engines that propel its ships into space. The problem is that they are very powerful motors, which are firmly connected to the ground. For this reason, as they point out in one of the lawsuits, “kinetic and acoustic energy cannot be spent raising a vehicle into the atmosphere.” Rather, “it is propelled violently outward through two destructive paths: an acoustic wave that hits aboveground structures or a sustained seismic tremor from the ground that physically shakes the underground foundations of homes.” Up to two million dollars. In total, each of the two lawsuits, filed in the 414th State District Court in Waco, asks for up to $1 million in compensation from SpaceX for damages to Texan neighbors. At the moment, Elon Musk’s company has not made any statements to the media. From a city of its own to friction with neighbors. Initially, SpaceX advertised its facilities as a job and even identity opportunity for Texas residents. Your Starbase reached the category of cityfor all the people, many of them workers, who lived in the surrounding area. But what happened recently shows that, in reality, SpaceX has more and more detractors among people who live near its facilities. It is not for less. Seeing how the home that costs so much to obtain is in danger is not a dish of good taste for anyone. From employees to neighbors. In recent times, SpaceX has also received many lawsuits from employees. To avoid them, the company has managed to be classified as an air transport company, since this allows it to be regulated under the Railway Labor Law and, in the process, make it much more difficult to file a complaint or carry out a strike. In short, Elon Musk’s space agency has given employees the slip, but can it do the same with its private Fuenteovejuna? Image | MagnificentGage Skidmore In Xataka | SpaceX is preparing the largest IPO in history: the fact that it is doing so right now is no coincidence

Samsung, SK Hynix and Micron are already working on DDR6 while memory prices continue to skyrocket

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The market is going through an unprecedented component crisis. In 2020, a perfect storm caused there to be no chips, but it was known that the storm would pass sooner rather than later. The problem is that the storm of current NAND chip crisis It doesn’t look like it’s going to give us a break in the short term. All memory manufacturers have focused on creating chips for artificial intelligence platformsbut in the meantime, they continue developing DDR6 memories. It will take a long time for consumers to be able to taste them. In short. DDR5 memory has not had a normal life cycle in the consumer market. It was expensive and, when prices began to drop, AI hyperscalers arrived to take over everything available. This is how we have reached a situation in which just 32 GB exceeds the 400 euros: all production is focused on hyperscalers and there are no ‘pills’ for consumption. However, that doesn’t mean that DDR5 has done poorly, not at all. Samsung or SK Hynix they are breaking records and, for them, things are working out great. That is why, together with Micron, they are starting to prepare the ground for the new technology: DDR6 memories. Last year JEDEC (the consortium that is responsible for standardizing DDR, LPDDR and NAND microelectronics) already detailed the standard LPDDR6 and it seems that the fringes are being polished for DDR6. Now, as we read in Wccftechthe big three of memory They are warming up for the near future with their new generation. Performance leap. These new memories will not only be faster. It talks about speeds minimum of 8,800 MT/s according to that JEDEC standard, but can reach up to 17,600 MT/s as the technology develops. They would practically double the performance of DDR5 and the trident of the RAM it takes a few months working together with Intel, AMD and Nvidia in the prototype validation processes. But it’s not just about pure speed, but about architecture. About 2×32-bit DDR5 RAM we would pass to a 4×24-bit subchannel architecture. It is something that brings challenges when it comes to managing temperatures and consumption, but also presents a clear advantage: improved parallelism and greater use of bandwidth. Plate change. For players, that is going to be a little problem, since an architecture change usually entails a board change. And, if the rumors and leaks are true, that plate change will be assured. The reason is that there are sources that they point that CAMM2 is going to gain a lot of weight with DDR6, especially in laptops and compact computers, and could gradually displace the traditional DIMM in certain segments. If this doesn’t tell you anything, visualize how RAM is mounted on a current motherboard. These are modules that are mounted perpendicular to the plate, something that has been around for years and that, although it has been functional for a long time, presents friction when you want to reach certain speeds. On the contrary, we have M.2 SSDs that are mounted in parallel, just like the LPDDR memory of laptops. Precisely, this is what these DDR6 tablets would be like, so manufacturers would have to redesign their boards to adapt either from the front or by adding the connectors to the back of the plate. Context. You probably have two questions in mind: how much DDR6 memory will cost and why the rush. We cannot answer the first question, but for the second question we can guess where the shots are going. We have commented that DDR6 RAM will come hand in hand with a notable improvement in bandwidth, and that is something that the artificial intelligence industry is desperately looking for. Until now, there were many powerful GPUs in data centers to train AI models, but in the era of Agentic AIwhat is needed is equipment more similar to a traditional PC. This is why Intel and AMD sand they are moving to mass-produce their professional processors again, and that is where DDR6 memory would make perfect sense thanks to that improvement in bandwidth. For inference, it’s great. It is already being tested with an arrival on the market for 2028 or 2029, but it will be the hyperscalers who monopolize all DDR6 memory production. Only when the voracity of data centers calms down will the modules begin to reach the mass consumer market. The translation is that Micron, SK Hynix and Samsung are already working on it, but to be able to build a desktop PC with DDR6 there are several years ahead. In the meantime, I’d say we can settle for DDR5, but looking at the prices… Image | Luan Gjokaj (edited) In Xataka | The RAM crisis is destroying all of Valve’s plans with its Steam Machine

the bizarre history of Toyota and its hydrogen trucks

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Toyota relies on hydrogen as a mobility solution. It is not news in itself. However, the agreement reached in the United States is. And the Japanese have partnered with Hyroad Energya mobility solutions company from the United States that will rent 40 trucks to the Japanese company for use in its support activities. That is to say, It is not Toyota that develops trucks. On the contrary, it is Toyota that pays to have these heavy vehicles available. And this North American company will be in charge of supplying the trucks, maintenance and software. Toyota, for its part, will have its own hydrogen charging network. The move is interesting for the company that has to demonstrate that hydrogen is a still alive formula. But it also needs to make profitable an infrastructure that has been dead in the United States practically since its birth. Everything to hydrogen! Toyota’s relationship with hydrogen seems like that of unrequited love. The Japanese have been ensuring for some time that hydrogen is as valid a solution (or even better) than the electric car. Along the way they have developed the Toyota Miraithe first car powered by a fuel cell. In this type of car, a battery inside the car carries out the hydrogen electrolysis process. With this process, electricity is obtained, which is stored in a battery and used by electric motors. The great advantage of the system is that the time spent on “recharge” the car It is the same as filling a gas tank. Furthermore, the car only expels water vapor through its exhaust pipe. Although some polluting substances can also be found in this water vapor, their presence is so low that it is not considered really harmful. The problem is that the use of hydrogen in light transport It is expensive and inefficient. Producing, transporting and storing hydrogen is very expensive given its volatility. For the Toyota Mirai to be able to use this hydrogen, it must have large tanks where it can be kept at a pressure of 600 bars. This leaves the car with almost no storage space because it takes a lot of space to carry a relatively small amount of “fuel.” The other solution they have found is designed for use on the track or with high-performance vehicles, as an alternative to maintain the sensations of a combustion engine but without emitting smoke from the exhaust pipe. This solution goes through burn hydrogen in liquid form but the high cost of storage and the system used continues to be a real problem. A final solution involves heavy transport. Some anticipate that this last option is the most logical since a truck has a lot of space to incorporate huge hydrogen tanks without sacrificing cargo space. Furthermore, if recharging is only carried out in the large industrial centers of the cities, the cost of transportation would be lower because it would not be necessary to distribute it to many small points in the geography of a country. With the aim of demonstrating that the use of hydrogen is reasonable and interesting for heavy transport, the company has reached an agreement with the aforementioned Hyroad Energy. This company is in charge of supplying 40 trucks to the company for its daily tasks. These heavy transport vehicles have a capacity 12 times greater than that of a Toyota Mirai, with a range of more than 800 kilometers. According to the company, refueling this truck only takes between 15 and 20 minutes. Curiously, these trucks with Nikola vehicles, a promising start-up that was betting on electric vehicles for heavy transportation. However, the company went bankrupt last year and was forced to sell its assets. It was at that time when Hyroad Energy acquired a fleet of more than 100 trucks, so those used by Toyota will be electric vehicles converted for use with hydrogen. It is an operation similar to that Stellantis was carrying out in Germany until terminated the project. The story is, if possible, even more bizarre. And it is that Toyota is immersed in a legal dispute with the American owners of some Toyota Mirai who They sued the company for false advertising. They maintain that when they obtained these vehicles, Toyota promised a deployment of its infrastructure that has never occurred. Without that support network, their cars can barely be used. Therefore, even if Toyota uses third-party vehicles, its bet makes some sense. If the company continues to invest in hydrogen, it needs to demonstrate that it is a viable alternative and wants to take advantage of its charging points in the United States to add value to an infrastructure that has been identified as insufficient. The movement also comes when more and more companies are beginning to think about purely electric heavy transport as the ideal solution for the future. Photo | Hyroad Energy In Xataka | Hyundai and Kia want to save combustion by burning hydrogen. And they have a very promising engine in their hands.

DeepSeek wants to raise its first round of financing and copies the last thing that remained to be copied from the US: the economic model

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Chinese AI startups appear to have surrendered to Silicon Valley capitalism. Both DeepSeek such as Moonshot AI (Kimi) have begun to raise investment rounds or are preparing to do so. It is a turning point in a race that is now becoming especially interesting and that also raises a clear question: will these companies continue betting on open models? The valuation is multiplied by two. DeepSeek had always avoided making that decision and it seemed almost a personal project of its founder, billionaire Liang Wenfeng. However, the company is now in talks to raise its first round of external investment, they assure in Financial Times. According to company data, Wenfeng has 89.5% of the stake in the company. There is talk of a round that would increase DeepSeek’s valuation from the current $20 billion to around $45 billion. Who is the “Big Fund”. Behind this investment round is above all the China Integrated Circuit Industry Investment Fund, also known as the “Big Fund”. This consortium, the most important of its segment in the field of semiconductors, is supported by the Chinese state, and has a “cash” of 47 billion dollars contributed by the Chinese Ministry of Economy, the local government and several state banks thanks to a third round that was carried out in 2024. At the moment the “Big Fund” has not invested in other Chinese AI startups, but it has in companies like SMIC or Yangtze. The war for talent. The reason behind this decision is not only the need for capital to have access to more computing capacity. According to sources close to the operation, Liang Wenfeng has been forced to open that option to stop talent theft and thus be able to keep their best researchers on the payroll. In a market as competitive as this one, DeepSeek needs to offer shares to its employees to compete with the aggressive recruitment of talent by its local and Western rivals. A promising pairing. The relevance of this investment goes beyond the AI ​​model as such. DeepSeek has been significantly optimized for be able to run on Huawei hardwareallowing China to have a platform that works without the need for Nvidia chips. This symbiosis between this efficient AI model and the Chinese hardware giant is quite a bet by the Chinese government to try to win this race despite Washington’s blockades. The forced bet on “national” chips. Seeking that support in Huawei chips is not only a technical choice, but a political necessity for survive NVIDIA GPU crash. The problem is that Chinese hardware is still struggling to close the raw performance gap against architectures like Blackwell’s. If DeepSeek’s software hits a ceiling and chips created in China do not evolve at the necessary pace, the laboratory could find itself trapped: it would not matter to be very efficient when they cannot compete in raw power. Moonshot signs up for the rounds. DeepSeek is not alone in this race to achieve huge valuations. Moonshot AI just got up 2 billion dollars from investors such as Meituan, raising its value above 20 billion. Meanwhile, other rivals such as MiniMax and Zhipu AI (GLM) already surpass the 30,000 million valuation in their stock market debuts. This trend is therefore following what was already experienced (and continues to be experienced) in the US with AI startups, and the capital bubble that exists in the North American country now seems to have its eastern version in China. Moonshot AI and exceeds $200 million in annual recurring revenue (ARR). The paradox of copying the economic model. It’s ironic that DeepSeek, which became famous for challenging the “brute force” of American spending, ends up adopting its same funding structure. The company has shown that efficiency could offer an alternative to those almost unlimited resources of venture capital accessed by OpenAI or Anthropic. However, market reality dictates that a very solid capital structure is still what is needed to survive in the long term. Either you have it, or you can’t continue training models, reserving computing capacity and, of course, retaining talent. Open models? Until now DeepSeek had been one of the heroes of open weight AI models. Thanks to this, platforms like Hugging Face allow you to download it and allow everyone to take advantage of its achievements in terms of efficiency. The entry of venture capital and state funds could change the rules of the game: investors do not usually inject billions of dollars so that the product ends up being “given away” even for its competitors. The company will probably face the dilemma of closing its next models to protect its valuation and generate exclusive income, or keep its philosophy open at the risk that its investors no longer trust that strategy. In Xataka | If at some point NVIDIA has to choose between giving its best chips to the US or China, its choice is very clear.

Iran did to the US what Ukraine did to Russia in Operation Spiderweb

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In the first weeks of the war, published reports on the damage inflicted by Iran to bases and radars of Washington in the Middle East. For example, attacks on 14 US military sites or air defense facilities were documented, or the bombing of a US base in Kuwaitthe first time in years that an enemy fighter jet hit a US base. However, it has now just become known that, in reality, it has been much worse. The war that the images began to reveal. For years, Western armies assumed that absolute control of the air and satellites was enough to hide damage, movements and weaknesses in the middle of a war… until recent conflicts began to demonstrate just the opposite. In Ukraine, simple commercial photographs Taken from space, they allowed Russian convoys to be followed, bombers to be located, and destroyed facilities to be detected long before governments acknowledged anything. To that mission he called it Spiderweb. It so happens that the same thing is happening now in the Middle East. What began as a campaign presented by Washington as a punishment operation against Iran has ended up leaving an image much more uncomfortable: that satellite photographs are showing a level of destruction on US facilities much higher than publicly admitted. The uncomfortable discovery. Latest Washington Post analysis More than a hundred satellite images have revealed that Iran hit at least 228 military structures or equipment Americans distributed throughout bases in the Middle East, a figure much higher than that officially recognized. The impacts hit hangars, barracks, fuel tanks, Patriot systems, THAAD radarscommunications centers, electrical installations and even strategic aircraft, making it clear that Tehran was not launching symbolic or indiscriminate attacks. The most delicate thing for the United States is that many of these images initially came from Iranian media and were subsequently verified through European systems and other independent commercial sources. In other words, the initial narrative of limited attacks began to collapse when the images began to show something much more serious: that Iran had achieved penetrate advanced defenses and hit critical American infrastructure in numerous countries at the same time. Damage to Camp Arifjan in Kuwait visible on March 4 Iran found the weak point of the bases. Wapo counted that one of the most striking aspects of the attacks is the precision with which they were executed. Military analysts highlighted the absence of random craters and the concentration of impacts on specific targets, a sign that Iran had very detailed prior intelligence on US facilities. The attacks were not limited to military runways or depots traditional facilities, they also hit gymnasiums, lodgings, mess halls, and staff buildings, reflecting a deliberate attempt to increase human casualties and force the United States to empty entire bases (as, in fact, that’s how it happened). Because several facilities ended up being considered too dangerous to operate normally, causing partial evacuations and the transfer of troops beyond Iranian reach. Some bases in Kuwait and Bahrain, used to launch attacks against Iran or deploy HIMARS systems, were especially punishedfueling the feeling that Tehran had managed to quickly identify which platforms were directly participating in the campaign. Nine fuel tanks at the Ali al-Salem air base in Kuwait were damaged Drones changed everything. Much of this battlefield transformation is directly related to a lesson learned in Ukraine: cheap and unidirectional attack drones are eroding the traditional advantage of great powers. American experts recognize that the Pentagon did not adapt its bases quickly enough to this new threat, despite spending years observing how relatively simple drones destroyed armored vehicles, radars or critical infrastructure in other conflicts. Although many Iranian drones carried reduced explosive charges, they were extremely difficult to intercept and they could attack stationary targets with enormous precision. This forced the consumption of gigantic quantities of Patriot and THAAD interceptors, dangerously reducing American and allied reserves in just a few weeks. The result was paradoxical: the most advanced military power in the world began to be forced to play defense around its own bases, while Iran found relatively cheap ways to overwhelm multibillion-dollar anti-aircraft systems. The enormous hidden wear. While Washington publicly insisted that the damage did not significantly alter the military campaign, the images they showed a more complex reality. Some key facilities were damaged considered “extensive” even by American officials, and part of the regional command had to be relocated out of the Middle East. As we said, the headquarters of the Fifth Fleet in Bahrain was one of the most affected areasto the point of moving functions to Florida, while the internal debate grows over whether certain bases will operate as before. Worrying signs also emerged on structural failures: Strategic aircraft repeatedly parked in vulnerable positions, insufficiently protected tactical centers, and a shortage of hardened shelters for critical personnel and equipment. All of this fueled one conclusion: that the United States had underestimated both Iranian resilience and the speed with which modern wars are making transparent facilities that previously seemed untouchable. The true strategic signal that this war leaves. Beyond the specific damage, what really worries strategists and military personnel is the change of perception left by satellite images. For decades, the presence of US bases throughout the Middle East functioned as a symbol of absolute control and immediate response capacity, but now those same facilities appear exposedvulnerable and permanently observed from the air and from space. If you will, the conflict has left a feeling that is difficult to ignore: that Iran may not be able to defeat the United States militarily in a conventional confrontation, but it can. inflict enough damageattrition and political pressure to profoundly alter the US strategic calculation in the region. And that idea that began with Spiderweb operation in Ukrainemultiplied by hundreds of photographs of destroyed hangars, hit radars and partially emptied bases, may end up being one of the most important consequences of the entire war. Image | Iran media, Planet In Xataka | Türkiye has taken a look at the … Read more

Six phones that already have a silicon-carbon battery and promise up to three days of use without being a brick

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The silicon-carbon batteries They are no longer theoretical or a thing of the future: they are here to stay. At the moment, it is the Chinese manufacturers that are betting on this technology, but it is normal that we will soon see mobile phones of all types with these batteries. And the most striking thing is that this technology is not reserved only for the high-end: There are options for less than 400 euros. Let’s first see what this technology consists of and what differences there are with lithium-ion batteries. Oppo Find X9 5G 16GB/512GB Black The price could vary. We earn commission from these links Carbon-silicon as one more detail to look at when choosing a mobile Although many aspects come into play, as a general rule, the greater the battery capacity, the greater the autonomy of a device. The “problem” is that the batteries that cell phones (and other devices) have been using until now, lithium ion onesuse graphite anodes, which has already reached its energy density ceiling. In other words: for one of these batteries to have more capacity, it has to be bigger. And that causes the device that uses it to become a hulk. This is why silicon-carbon is so important. These batteries, which use this material in the anode instead of graphite, can store much more energy without the need to increase the size of the battery. This means that we can have telephones with a thickness less than 8 millimeters with batteries that exceed 6,000 mAh. Just a year ago it was unthinkable; Today it is beginning to be an accessible reality. Small note here to keep in mind. If you start searching on the Internet for a mobile phone with silicon-carbon, you may find versions with different capacities. Example: the Vivo X300 Pro has an international version with a 6,510 mAh battery, while in Spain it has arrived with 5,440 mAh. Because? As our colleague explains Ivan Linaresit all boils down to saving costs, but not manufacturing costs, but transportation. For safety reasons, if batteries exceed a certain nominal capacity (UN3481 regulations speaks of 20 Wh for each cell), transporting the device becomes much more expensive. Three mobile phones with silicon-carbon batteries for less than 500 euros As we mentioned above, despite being a relatively new technology, silicon-carbon is not limited to very expensive mobile phones. It is true that manufacturers like Samsung, Google or Apple still do not use these batteries, but we have several Chinese manufacturers that do. Below, we leave you three examples that cost less than 500 euros right now. Xiaomi Redmi Note 15 Pro+ The cheapest option on this list is Xiaomi’s Redmi Note 15 Pro+ 5Ga device that is currently coming out 300.29 euros with the coupon ‘ESCD18’. It has a 6,500 mAh battery with a thickness of 8.47 millimeters, with enough autonomy for more than two days. It is not the most powerful option nor the one with the best camera, but it does have good fast charging (100 W), a 6.83-inch screen compatible with Dolby Vision and a speaker system that works well. XIAOMI REDMI Note 15 Pro+ 5G – 8+256GB Smartphone, 6.83″ 1.5K AMOLED Screen, Snapdragon 7s Gen 4, 200 MP Camera, 100W Hypercharge, Charger Not Included, Mocha Coffee (ES Version) The price could vary. We earn commission from these links POCO X8 Pro Max There are batteries with a lot of capacity on this list, but not as much as the one included in the POCO X8 Pro Max. It is impressive that a mobile phone that is 8.2 millimeters and weighs 218 grams has an 8,500 mAh battery, figures more typical of a tablet than a mobile phone. As we always say, it depends on the use we give it, but it is a capacity that will easily give you between two and three days of autonomy. In addition, it performs remarkably and has a good 6.83-inch screen. Costs 412.79 euros with the coupon ‘ESCD18’. Xiaomi POCO X8 Pro Max (12+256 GB) The price could vary. We earn commission from these links Realme 16 Pro+ 7,000 mAh battery in a thickness of 8.1 millimeters. That’s what this one has Realme 16 Pro+a device that has a telephoto sensor that is not present in the two previous options. Beyond this, it also offers good performance and a 6.8-inch screen that stands out for having a sustained brightness level of 1,800 nits. Translation: we will be able to see it perfectly even on those very sunny days. comes out for 361.24 euros with the coupon ‘ESCD18’. realme 16 Pro+ 5G Smartphone 8+256GB, 6.8 Inch Screen, Master Grey, 144Hz, 80W Ultra Charge, 7000mAh Battery, 300MP Camera, Snapdragon 7 Gen 4, IP69 The price could vary. We earn commission from these links Do you have a larger budget? So there are mobile phones with greater power, better cameras and premium finishes. Three mobile phones with silicon-carbon batteries for more than 500 euros If you are looking for mid-range or high-end mobile phones with silicon-carbon, you have a choice. There are very outstanding options that have just come out, such as the Vivo X300 Ultra either the Oppo Find X9 Ultrabut we are going to give you three options that are very interesting and that, since they have been available for a little longer, we can find something cheaper. Vivo X200 FE He Vivo X200 FE It is the mobile phone on this list that has been available the longest, hence we can find it at a very attractive price (582.79 euros with the coupon ‘ESCD18’). In this case, we have a device with a 6,500 mAh battery and 90 W fast charging, which is not bad at all. This device is highly recommended if you like compact mobile phones, since it is less than 8 millimeters thick (7.99 specifically) and has a 6.31-inch screen. Mobile – vivo The price could vary. We earn commission from these links Oppo Find X9 Although he has two … Read more

emotional surveillance by AI

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Companies have been monitoring their employees for a long time. First was the signing. Then the logging of keystrokes and mouse activity. And now a new generation of emotional monitoring software Analyze if the expression on your face while you work is positive enough. Is called “emotion AI” or affective computing. And it’s no longer science fiction. Why is it important. Time control and of activity on screen They were the first battles between companies and workers in the digital era and in the stage of remote work that triggered the pandemic. This is the nextand it goes much deeper: it is no longer about measuring how much you work, but rather quantifying how you feel while you do it. The context. Tools like MorphCast, HireVue or Slack integration called Aware They have been perfecting this type of analysis for years. Some scan video conferences in real time to detect levels of attention, emotion or positivity. Others process chat transcripts to infer the collective mood of a team. There are those that analyze the tone of voice of customer service agents call by call. MetLife, Burger King and McDonald’s They already use them or have at least tried them. The global market of emotion AI It has reached 3 billion dollars and forecasts suggest that it will triple before 2030. Yes, but. The scientific premise on which this entire industry is based has a problem: it is debatable. A good part of these systems are built on the theory of basic emotions of psychologist Paul Ekman, who postulates six universal emotions recognizable in the face of any person. This theory has been questioned by the academic community for some time. Neuroscientist Lisa Feldman Barrett defend that facial gestures do not have an intrinsic emotional meaning, but rather a relational one. They depend on the context, the culture, the physiology of each person. Someone who frowns because they are concentrating may be labeled as angry. An employee who expresses sadness when talking to a patient may receive a penalty for lack of warmth. The LLM and visual recognition systems replicate the biases of the data with which they are trained: a 2018 study found that an emotional recognition AI consistently rated black NBA players as angrier than their white teammates, even when they smiled. Between the lines. There is a clear market logic behind all this. Writer Cory Doctorow theorized it: the most extractive technologies reach the most vulnerable workers first, become normalized, and then move up. Truck drivers first, police officers call center later… and office workers, now. The EU banned emotion AI in the workplace in your AI Lawexcept for medical or security purposes. It was the exception, not the rule. In the United States, The legislation gives employers a very wide margin to monitor virtually anything a worker does on company time, property or devices. And now what. The companies that sell these tools argue that humans are biased too, that a boss’s subjective impressions are just as fallible as an algorithm. It’s a good argument, but something changes when emotional monitoring is automated: it’s no longer a boss who senses that you’re low on Monday. It is a system that analyzes 100% of your interactions and records everything. In Xataka | The real impact of AI on the labor market in Spain already has its first figures: it is not good news Featured image | Xataka

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