We don’t know if the US is going to attack Iran. We do know that it is carrying out the largest military deployment in the Middle East since Iraq

In major international crises there is a almost imperceptible moment in which the tension stops being rhetorical and begins to be measured in real movements. History shows that when the pieces begin to be placed with that precision, the outcome It rarely depends on words alone. Therefore, when they pass 20 tanker aircraft across Europe in a single day and the maps tell us that the largest aircraft carrier in the United States is four days to reach its destination, the outcome can only be an ockham razor. A display that is already historic. Of course, we don’t know for sure whether the United States is going to attack Iran. What we do know is that it is running the largest air deployment in the Middle East since the invasion of Iraq in 2003, a concentration of power which cannot be explained as simple diplomatic pressure. There are currently dozens of stealth fighters, command and control aircraft, anti-missile systems and two aircraft carrier groups taking up positions while the White House insists that diplomacy still on the table. The question is not whether Washington has the capacity to strike, but when and to what extent it would decide to do so. And if the satellite maps they don’t lieon Sunday morning everything would be ready. Stealth fighters in motion. The radars have indicated For several days now, the F-22, F-35 and F-16 have been crossing the Atlantic in waves, reinforcing bases in Jordan and Saudi Arabia that are becoming launching pads for a sustained campaign. Them F-15E are addedelectronic warfare aircraft and air communications nodes that allow complex operations to be coordinated. It is not the pattern a specific attack like the one perpetrated in Iran with the Operation Midnight Hammerbut rather the architecture of a “heavy” and prolonged air war, one capable to last weeksbut more, with targets ranging from nuclear facilities to missile depots and Islamic Revolutionary Guard Corps centers. AWACS to the limit. There are six Boeing E-3 Sentry, That is, almost 40% of an aging fleet with low availability, warning and control systems that have been sent to Europe and the Middle East. We talk about the floating brain that manage air combatcoordinates interceptions and detects drones and cruise missiles at low altitude. Its massive deployment indicates that planners are setting up an environment “high intensity battle”but at the same time it reveals a structural vulnerability of Washington: the United States depends on a small and old fleet to direct one of the most complex campaigns on the planet. U.S. Ford Patriots, THAAD and defending against retaliation. There is no doubt, in such a movementreinforcement is not just offensive. Patriot Systems and THAAD They have come forward to protect the surrounding 30,000-40,000 soldiers Americans scattered in the region and allies like Israel. This gives us an idea of ​​what to expect. Washington assumes that any attack would trigger a response with ballistic missiles, kamikaze drones and possibly attempts to close the Strait of Hormuz. The deployment seeks to ensure that, if retaliation comes, it can absorb the blow without paralyzing the operation. Two aircraft carriers and a “navy” visible in space. He USS Abraham Lincoln already operates in the area with Aegis destroyers and nuclear submarines, while the USS Gerald R. Ford keep it up from the Atlantic after crossing near Gibraltar. As we said, if it maintains its current speed, it will be off the coast of Israel on sunday morning and will be able to reinforce air defense in the event of an immediate Iranian retaliation. Two combat groups with F/A-18, F-35C and electronic warfare aircraft provide mobile power, missile defense and sustained strike capability. That is to say, it is not a symbolic presence, it is an unequivocal sign of preparation for real combat. Trajectory of the American aircraft carrier US Ford Tehran, Moscow and Beijing for internships. While Washington concentrates forces, Iran is currently carrying out naval exercises with Russia and China in the Strait of Hormuz. The presence of Russian and Chinese ships does not alter the military balance against the United States Navy, but it adds a layer if you want. politics and risk which requires planning with greater caution. In this regard, Iran has also closed parts of the strait for maneuvers with anti-ship missiles and drones, stressing that any war would not be a limited exchange, but an escalation with global impact on the oil and sea routes. An outrage for ambiguous objectives. The accumulation of forces It allows, a priori, multiple scenarios: from a limited attack against nuclear facilities to a campaign aimed at degrading missile capacity or even weakening the regime. Be that as it may, technological and aerial superiority does not resolve the political mystery of what would happen next. Without ground forces or a broad coalition, a protracted war would depend almost exclusively on air and naval power. In that regard, The New York Times said that the White House has received plans designed to maximize the damage, but has not yet made a final decision. Pressure as a strategic weapon. With such a scenario there are not many options. Either the deployment is a prelude to an attack, or we are dealing with a tool unprecedented pressure aimed at forcing concessions at the negotiating table. Some analysts believe that the show of force they have in front of them right now could convince to Tehran that Washington is going all out. Others warn that the same preparation that increases military credibility also reduce the margin to retreat without any political cost. One thing is clear: at this point, the movement of parts It is already historical and hyperbolic, and the only thing left is to know if it will remain a threat or will become an open war of unpredictable dimensions. Image | TREVOR MCBRIDE, US Army Aerial, RawPixel, BORN In Xataka | Tension in Iran is so high that the Strait of Hormuz is closed. And that will have consequences when … Read more

The exorbitant deployment of data centers for AI has a new problem: salt caverns

In the collective imagination, artificial intelligence is an ethereal cloud of algorithms. The reality is much more complex and what we know for sure is that an energy eater that needs to “eat” constantly. Satya Nadella, CEO of Microsoft, has summarized with unusual crudeness: “The problem is no longer that it is missing Nvidia chips, but that there are not enough plugs.” And so that these plugs have power 24 hours a day with the 99.999% reliability that the sector demands, Big Tech has ended up looking where no one expected: thousands of meters below the ground, towards the salt caverns. When the bits hit the underground. The AI ​​race has entered a “slow start” phase in the construction of these underground caverns, which could hinder the rollout of data centers. According to Fortunethe reason is mathematical since these digital infrastructures do not tolerate interruptions and require extreme reliability. To guarantee this constant flow, natural gas has become the indispensable backup. However, as they explain, it is not enough to produce gas; you have to save it. Industry projections indicate that only about half of the storage that will be needed to meet future demand has been planned. Without these artificial caves dug thousands of meters below the surface, hyperscalers (Google, Amazon, Meta) are left at the mercy of gas pipelines, vulnerable to corrosion, landslides or extreme weather events. But why salt caverns? The technical answer lies in flexibility. As detailed by experts in Fortunethere are two ways to store gas: in depleted oil fields or in salt caverns. The former are cheaper, but structurally slow. The gas is injected in summer and extracted in winter, following a classic seasonal cycle. AI, on the other hand, does not understand seasons. Their demand peaks are constant, sudden and difficult to predict. The salt caverns, created by injecting water to leach the mineral, act as a high-pressure lung: they allow gas to be injected and extracted with a much higher frequency, adapting to the volatility of the electrical grid that powers the servers. The “supercycle 2.0”. Given this scenario, companies like Enbridge they have taken the lead. Greg Ebel, CEO of the company, has confirmed that they are expanding their facilities in Egan (Louisiana) and Moss Bluff (Texas). “This demand dramatically changes the economics of supply,” he said. But it is not enough. Jack Weixel East Daley Analytics analystwarns that double the capacity currently planned is needed. Projects such as the Freeport Energy Storage Hub (FRESH), in Houston, They seek to connect up to 17 gas pipelines to a new salt dome by 2028, but construction times—often exceeding four years—clash with the urgency of AI. For his part, Jim Goetz, CEO of Trinity Gas Storage, defines it as the “storage supercycle 2.0”. His company has just reached the final investment decision (FID) to expand its capacity in East Texas, seeking to support critical infrastructures such as Stargate, the titanic $500 billion project from OpenAI and Microsoft. The shadow of a doubt. The underlying question is not only whether the salt caverns work—they work—but what type of energy system they are consolidating. Natural gas is fast, flexible and reliable, but it also introduces new dependencies and risks. According to analystsgas infrastructure on the Gulf Coast is especially vulnerable to extreme weather events. A direct hurricane over Texas or Louisiana can disrupt production, exports and transportation at the same time. In that scenario, even with gas available in other regionsthe lack of nearby storage can leave data centers without electrical backup. Added to this is the question of price. The sustained increase in demand to fuel data centers, LNG exports and reindustrialization is already pushing up gas and electricity bills. Without enough storage capacity, that volatility is amplified. As the sector points out, storage acts as a buffer; when it is missing, the peaks transferred directly to the consumer. Furthermore, the criticism is more structural since AI is pushing to prolong dependence on fossil fuels just when governments and companies were committed to reducing it. Look beyond the gas. Aware of this physical limit, large technology companies are no longer looking only at salt caverns and gas pipelines. They look for any firm source of electricity that does not depend exclusively on the traditional energy market. An example is Fervo Energy, a geothermal startup that has just closed one of the largest financing rounds in the sector, with Google as an investor and client. His commitment to advanced geothermal —constant electricity 24 hours a day—reflects the extent to which AI is redrawing the energy map. This is not an immediate or universal solution, but it is a clear signal: the problem is no longer technological, but energy-based. A problem only in the United States? The United States is the epicenter, but not the only scenario. The clash between AI and energy is global, although responses vary. In Europe, the rise of AI is leading to rethinking the closure of gas and coal plants. Some electricity companies are negotiating to convert old plants into data centers, taking advantage of their access to the network, water and already depreciated infrastructure. The logic is the same: firm, immediate and available energy. China, for its part, has chosen another path. Beijing not only promotes underwater data centers either large energy clusters in interior provinces, but directly subsidizes the electricity that powers its AI. The objective is to reduce the “fuel” of digital models and compensate for the lower energy efficiency of national chips compared to those from Nvidia. The return to the underground. In all cases, the pattern repeats itself. Renewables are growing, but not fast enough or with the stability necessary to sustain the demand for AI in the short term. Gas – with salt caverns, temporary turbines or recycled plants – becomes the inevitable crutch. In our race to create an intelligence that lives on the plane of ideas, we have ended up returning to mining, drilling, and the depths of the Earth. The future … Read more

Xiaomi has turned the windshield of his Yu7 into a giant screen. Electric SUV will be a technological deployment

Tomorrow is the big day for Xiaomi. The company will present its second electric car, a SUV under the name of Yu7brother of the sedan su7. The expectation is maximum: the company’s first car is dying of success in Chinaand with this new Xiaomi SUV, it has the opportunity to consolidate even more as a avant -garde manufacturer in the territory of electric cars. As a little pill of what we will see tomorrow, the company He has shown what the interior of the Xiaomi Yu7 will be. While drinking in a certain part of his “little” brother, there is a technological bet that will mark a before and after: his hud. Why does an electric car have less autonomy than the announcing The interior of the Xiaomi Su7. Xiaomi has given some brushstrokes about what we will see inside his new SUV. In the central part, a huge similar screen (if not identical) to that of the Xiaomi Su7, with a very minimalist philosophy, very tesla. The steering wheel also seems practically identical to that of the Berlina, and that is that the main change that we will see in this new model is not so much in the design, but in technology. In Xataka we could go up to the previous version And the summary was clear: the screen was the protagonist, but there was also room for the buttons. This is something to maintain If Xiaomi wants to bring this car to Spain one day. Xiaomi’s head-up. First, a little context. What you are seeing just up is the Head-Up Display of the Xiaomi Su7. It is a striking, but not new technology. It is an optical projection system on a small front windshield area, showing information about GPS indications, speed, safety warnings ADAS and others. It is completely adjustable in height and brightness, and even adapts to the driver’s height. An essential in a car that wants to lead at the technological level, but with little to do with what Xiaomi will show in SU7. Xiaomi Yu7, revealed in a new emerald green. The next step. Xiaomi wants to take this head-up display a step further, and will do it with its SUV. It will be the first to release what Xiaomi calls how Hypervision Hud. The image is not projected here in a small portion of the windshield: it is projected in the entire lower part. Projection area. They have not transcended details about the additional information it will provide, but the margin of maneuver is much higher. Everything indicates that it is not thought so that only the driver has access to information: all passengers can perfectly visualize what is being projected. More technological product than car. The Xiaomi Yu7 comes to continue marking its own story for Xiaomi. One in which their cars do not depreciate, demand is absolutely triggered And, according to the brand, it has the competition worried in launching discredit campaigns. Tomorrow we will know Xiaomi’s second proposal for the electric car, while we are still waiting for the first to end up arriving in Spain. Image | Xiaomi In Xataka | Electric cars with more autonomy that can be bought in 2025

China has launched the largest military deployment of 2025 against Taiwan. Taiwan has just responded with the same currency

A few days ago the news in Taiwan was not around the island, it was somewhat further. A series of images next to a video showed that, in an unidentified coast, China had displayed artificial platforms that they remembered too much to Mulberry ports with those who the allies invaded Normandy. The island has been found in the last 24 hours with a Chinese military army in the surroundings, and this time they have decided to replicate. A phrase as a trigger. China held on Monday The greatest military exercise On a large scale so far this year, and he faced Taiwan mobilizing 59 aircraft and drones, along with nine vessels, in a clear sample of force in response to the recent comments of President Taiwanés, Lai Ching-Te, who He described Beijing as a “foreign hostile force” and promised to strengthen national security against its infiltration attempts. The unusual in this case is that Taiwan has responded To the exhibition deploying aerial and maritime patrols, in addition to defensive missile systems, while its Minister of Defense, Wellington Koo, accused China of being the “disturbing of peace and stability” in the region. Increase tension. Last Thursday, Lai hardened his speech After a national security meeting, accusing China of seeking Taiwan’s annexation through influence tactics. In response, he announced stricter measures to regulate trade, travel and residence of Chinese citizens on the island. Beijing, who considers Lai and his party, the DPP, as separatists, reacted with virulence: the spokesman of the Taiwan Affairs Office of China, Chen Binhua, He described it of “destroyer of peace in the Strait” and accused him of pushing the island “towards a scenario of war and conflict.” Since the inauguration of Lai last May, China has intensified its military pressure. We have been counting it: in December, it deployed more than 90 ships from the Navy and the Coast Guard in an operation that Taiwan described as Its greatest maritime mobilization In recent history. The growing military activity China reinforces that fear that Beijing is preparing a direct confrontation scenario. The Described bridges A few days ago it is a “spicy” more to tension. The “Gray Zone”. The truth is that all these military activities of the Popular Liberation Army (EPL) of China around Taiwan is what experts describe as a “Gray Zone” strategythat is, coercion tactics that do not reach the direct armed conflict but that wears out the defensive capacity of the adversary. So that? This campaign would seek to increase the Psychological pressure On Taiwan, force their Armed Forces to operate in a constant state of alert and weaken the perception of security on the island. The United States position. Irremediably, the situation leads to Washington. Donald Trump’s return to the US presidency has added A layer of uncertainty To the equation. In the middle of the commercial war with China, Trump seeks increase your investment In defense. In addition, its administration has expressed discomfort for the impact of the island on the American semiconductor industry, threatening new tariffs to strengthen local production. No doubt, contradictory signals from Washington have generated restlessness in Taiwan. While the island’s government has expressed Your willingness to collaborate With Trump in the construction of a “democratic supply chain”, key companies such as Taiwan Semiconductor Manufacturing Company (TSMC) have promised investments up to 100,000 million of dollars in the United States to relieve tensions. Attempts of calm (and commitment). Amid all this uncertainty, the director of the American Institute in Taiwan (AIT), Raymond Greene, tried to reassure Taipei. In a statement Posted on FacebookHe said that the Secretary of State of the United States, Marco Rubio, has reiterated his commitment to Taiwan, ensuring that Trump seeks world peace and strengthening deterrence in the Indo-Pacific to avoid conflicts. Greene emphasized that Washington cannot guarantee security of the region alone and needs allies like Taiwan to reinforce its defensive capacity. He also stressed that a conflict in the Taiwan Strait would have devastating economic consequences, with an impact greater than 10% of global GDP, “more serious than World War II,” he said. Be that as it may, the current increase in Chinese military activity and the surprise Taiwanese response mark a new critical point in the already tense relationship between both parties. With a most unpredictable Trump, the future of American support to the island is still uncertain. Meanwhile, Beijing continues to press with demonstrations of strength and rhetorical threats, in a context where any calculation error could serve as a fuse to trigger a conflict of unpredictable proportions. Image | 總統府 In Xataka | China has a plan with six options if things “twist” with Taiwan. World War II advocates all In Xataka | Taiwan lives an unprecedented situation in three decades: there is an army of 53 planes and 90 Chinese ships in front of the island

an AI deployment like we have not seen until now

2025 starts strong. Samsung has put on the table what will be its main bet to compete against the best cell phones on the market: the Samsung Galaxy S25 Ultra. For another year, this one is accompanied by two other models, the Samsung Galaxy S25 and the Samsung Galaxy S25 Plus, two almost identical models that differ in size and battery. At Xataka we have been able to get a first look at the Korean company’s new family of devices, and we are going to tell you what our first impressions have been with the three models. We are waiting for you in Territorio S Do you like Samsung? We have a new media specialized in Samsung and its products with tricks, offers, tutorials and all the news about the brand. Go to S Territory Technical sheet of the Samsung Galaxy S25 Ultra, Galaxy S25 Plus and Galaxy S25 Samsung galaxy s25 ultra SAMSUNG GALAXY S25+ SAMSUNG GALAXY S25 dimensions and weight 162.8 x 77.6 x 8.2mm 218g 158.4 x 75.8 x 7.3mm 190g 146.9 x 70.5 x 7.2mm 162g screen 6.9 inches Quad HD+ resolution AMOLED LTPO 120Hz Gorilla Glass Armor 2 6.7 inches QHD+ resolution AMOLED LTPO 120Hz 6.2 inches QHD+ resolution AMOLED LTPO 120Hz processor Qualcomm Snapdragon 8 Elite Qualcomm Snapdragon 8 Elite Qualcomm Snapdragon 8 Elite Storage 12 + 256 GB 12 + 512 GB 12 + 1TB 12 + 256GB 12 + 512 GB 12 + 128 GB 12 + 256GB 12 + 512 GB rear cameras 200 MP, f/1.7, OIS 50 MP, f/3.4, OIS, x5 zoom 10 MP, f/2.4, OIS, x3 zoom 50 MP, f/1.9 ultra wide angle 50MP, f/1.8, OIS 10 MP, f/2.4, OIS, x3 zoom 12 MP, f/2.2 ultra wide angle 50MP, f/1.8, OIS 10 MP, f/2.4, OIS, x3 zoom 12 MP, f/2.2 ultra wide angle front camera 12MP, f/2.2 12MP, f/2.2 12MP, f/2.2 battery 5,000mAh 45W fast charging 15W wireless charging 4,900mAh 45W fast charging 15W wireless charging 4,000mAh 25W fast charge 15W wireless charging operating system Android 15 based on One UI 7 Android 15 based on One UI 7 Android 15 based on One UI 7 connectivity 5G (2xNano + eSIM)Wi-Fi 7Bluetooth 5.4GPSNFCUWBUSB type C 5G (2xNano + eSIM) Wi-Fi 6 Bluetooth 5.4 GPS NFC UWB USB type C 5G (2xNano + eSIM) Wi-Fi 6 Bluetooth 5.4 GPS NFC UWB USB type C others IP68 Integrated S-Pen Samsung Dex IP68 Samsung Dex IP68 Samsung Dex price From 1,459 euros From 1,159 euros From 909 euros Samsung Galaxy S25 Ultra 256GB Mobile Phone with AI, Galaxy AI, 12GB RAM, 200MP Camera, Dual SIM, IP68, 3 Year Manufacturer’s Warranty + 1 Extra Year, Titanium Gray (Spanish Version) *Some prices may have changed since the last review Samsung Galaxy S25+ 256GB Mobile Phone with AI, Galaxy AI, 12GB RAM, 50MP Camera, Dual SIM, IP68, 3 Year Manufacturer’s Warranty + 1 Extra Year, Navy Blue Color (Spanish Version) *Some prices may have changed since the last review Samsung Galaxy S25 256GB Mobile Phone with AI, Galaxy AI, 12GB RAM, 50MP Camera, Dual SIM, IP68, 3 Year Manufacturer’s Warranty + 1 Extra Year, Gray Color (Spanish Version) *Some prices may have changed since the last review This is how Samsung makes money: the secret is in the IPHONE A new design with a lot to say The three models of the Galaxy S25 family have undergone a major redesign. What is most striking if we look at the back is the camera module, whose rings around the lenses are reminiscent of those of the Galaxy Z Fold6. Personally, it is a design that I like and that has an advantage over much of its direct competition. Samsung provides good camera systems to its high-end, but does not rely on gigantic modules. These, regardless of whether they convince aesthetically or not, usually generate ergonomic problems and important imbalances when using the mobile phone without a case. Samsung is continuous in its design line, but it continues with that differentiating factor compared to its rivals. The main upgrade this year in design is in the weight. What Samsung has achieved is spectacular Another point in favor is in the weight and thinness of the new devices. Everyone has gone on a diet, something that I have noticed especially in the Samsung Galaxy S25, which weighs nothing at all (162 grams), and also in the Samsung Galaxy S25 Ultra, which is now much lighter. The sacrifice of using a high-end device used to come hand in hand with weight but, even while maintaining top-level finishes, Samsung has managed to make its proposals much more comfortable in hand. The corners are now much more rounded and do not dig in when holding it. Speaking of the latter, In the Ultra model the corners have been refined. Last year, with the Galaxy S24 Ultra, we found quite sharp angles, sharp corners that stuck in our hand if we didn’t use a case. Samsung has taken note and, maintaining the essence of the design, gives its Galaxy S25 Ultra much more rounded edges. Past, The bezels have been used a little more. I have to say that, without having the previous models next to you, it is difficult to see differences. Despite this, it is always good news that the frames are increasingly narrower and we can make the most of the screen. Continuity… for the better Samsung Galaxy S25 Ultra. Samsung Galaxy S25 and S25+ Inside these devices we find practically a carbon copy of specifications compared to what we saw last year. The Samsung Galaxy S25 and S25+ have a panel that is practically identical to last year’s, with 6.2 and 6.7 inches, respectively. They repeat resolution, technologies and in these first impressions it has been impossible to find differences. The Galaxy S25 Ultra has a slightly larger panel, so 6.9 inches. This increase of 0.1 inches compared to last year’s model does not penalize the hand, since it is lighter and the reduction of bezels has … Read more

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