launched

AI has meant that so many apps have never been launched in such a short time. The problem is that almost no one is using them.

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A new research from MIT monitored the activity of thousands of developers before and after adopting the use of AI agents such as Claude Code or Codex. In their conclusions they have detected a singular “funnel effect”: many begin to use AI to “tinker” with the codebut few projects end in final software releases. Not only that: many more apps arrive in the application stores, but the interest they generate is practically zero. Hotfix blocks everything. When you start programming with Claude Codeeven without knowing how to do it, usually experience that feeling of “being able to do anything”, but although there are projects that manage to evolve and reach a successful conclusion, many remain in an attempt: the manual processes of quality control, code review or deployment They become bottlenecks for these projects, often carried out by people without a technical profile and without knowledge of software engineering. Producing more is not selling more. The MIT study, led by one of its economics professors, Mert Demirer, reveals another striking conclusion: producing more does not mean selling more. Although the volume of mobile applications that comes to the App Store or Google Play Store has grown spectacularly due to the ease of programming with AI, real consumption has not moved. There are many more apps, but the same consumers (and buyers), who are not downloading, trying or certainly buying more than they did. App failure. The vast majority of these new software products created with these tools fail spectacularly when it comes to capturing a minimum audience. The efficiency when creating them is not directly linked to the real usefulness of these tools or with the value that the market demands of them. The code surpasses us. Linus Torvalds already said it when speaking of how he saw the world of AI: “AI will be a tool, and it will make people more productive. I think vibe coding is great for getting people to start programming. I think (the code it generates) is going to be horrible to maintain… so I don’t think programmers will go away. You’ll still want to have people who know how to maintain the output.” His comment was a good prediction of what we are seeing now: too much code being distributed everywhere makes a review of that code necessary to validate it, but doing something like that at the rate that AI is adding code to these projects is unaffordable for human programmers, who are being overwhelmed. And costs are skyrocketing. The new AI agents that program consume a large number of tokens, which has made set off the alarms in companies like Uber or Microsoft. To mitigate the problem, a hybrid usage model is now being imposed: AI agents in the cloud, such as Claude Opus 4.8, are used to plan development, but then the code is written by cheaper cloud models, which are remarkably compliant, or even local models if the user/company has sufficient local computing capacity. Remembering the industrial revolution. Demirer remembers that something similar happened during the industrial revolution. The first factories that replaced steam engines with giant electric motors did not lead to a large increase in productivity. The real boost to efficiency came decades later, when engineers redesigned those factories from scratch by installing individual motors at each workstation. In Xataka | We believed that the AI ​​talent war is about engineers and developers. Actually, it’s about plumbers and electricians.

China just launched a rocket without telling anyone. It turns out that it is the most ambitious in its history

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China has taken seriously that “first come, first served” thing. Although the 1967 Outer Space Treaty states that No State can claim sovereignty over the Moon, Mars or any other celestial body, what does apply is that the geostationary orbital positions and frequency bands work as “first come, first served”. What does this mean? Well, the country or company that first registers and coordinates a constellation or a position with certain frequencies gets priority of use. This context is necessary to understand why SpaceX or Amazon are so interested in mass launching satellites into low orbit, and also why China has been accelerating the pace for months with their rockets in an aggressive expansion maneuver. So aggressive that finish of surprise and secret launch of a Long March 12B rocket with a double objective: to continue feeding its satellite constellation and to demonstrate that its reusable rocket can compete against the Falcon 9 from SpaceX. China and the space sprint This past Monday, the operators of the Jiuquan Satellite Launch Center, in the Gobi Desert, had work. In the American early morning, a rocket Long March 12B It left for low orbit with a cargo of satellites that will feed the Qianfan megaconstellation. This is China’s response to SpaceX Starlink and it seems that the mission went well because the China Aerospace Science and Technology Corporation declared the flight a success. There is a double reading here. On the one hand, the Long March 12B is one of the responses to SpaceX’s Falcon 9. It is a reusable rocket that has a first stage intended to land by propulsion on a recovery platform on Earth. It can transport 20 tons to low Earth orbit and this was its first flight… although was not done no recovery attempt. The other reading is that China is in aggressive mode launching things into space. It has been a very busy few months with different missions both in low orbit and in its Tiangong space stationbut the interesting thing about this launch of the Long March 12B is that people found out through social networks. When a mission is going to be carried out, whether it is more or less media-related, a series of prior notices are made to both the international authorities that control the air and maritime space in case something goes wrong. However, This mission has been carried out in absolute secrecybeing an unusual practice in both government and private programs. In the end, it is one more demonstration of what we were talking about: China has stepped on the accelerator to claim a space that can only be claimed by getting there and occupying it, and that is vital within the framework of user service (satellite Internet, wow) and, above all, for strategic reasons and technological sovereignty. Because it may seem that companies and countries want to bring the Internet everywhere, but the strategy is different: Controlling constellations and their orbital resources means controlling critical infrastructure such as satellite Internet, Earth observation, and military communications. Geopolitical advantage by arriving first in a space that the rival might want to occupy with other types of satellites. Arriving first forces the others to play on their board. And most importantly: the space you are interested in occupying is finite and everyone wants their land as soon as possible. In the end, this “secret” flight marks number 647 of the Long March series and is one more example that China is deeply involved in a new space race in which it competes directly against the United States, but in which Europe is also working to have something to say. In Xataka | Europe has almost ready something that, until recently, seemed practically a dream: its first reusable spacecraft

China has launched an underwater creature into the sea that defies naval engineering

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Year 1953, the US Navy launches USS Albacorean experimental submarine whose “water drop” shape seemed so strange that it broke with decades of naval design. Many officers doubted the concept, but it ended up being just as effective underwater. that ended up influencing in practically all modern submarines built since. More than seventy years later, another image of a submarine with an unconventional silhouette once again raises the question of whether we are seeing the beginning of a new revolution. The creature that breaks the rules. The satellite images captured in a Shanghai shipyard have revealed something extraordinary: a large Chinese submarine that looks like dispense with the sail or tower command, the structure that for more than a century has been considered an almost mandatory piece in underwater engineering. The appearance of this design has attracted attention because it challenges one of the most established conventions of modern naval warfare. It is not a small experimental prototype, but rather a platform for about 120 meters in lengthlonger than many nuclear attack submarines currently in service, suggesting that China is exploring concepts much more ambitious than a simple technology demonstration. Designed to perform underwater. The main advantage of removing the candle is purely hydrodynamic. When that large structure that protrudes from the hull disappears, the submarine reduces resistance As it advances, it improves its fluidity in the water and can optimize speed, maneuverability and acoustic discretion. The less noise a vessel generates, the more difficult it is to detect it using sonar, a fundamental aspect of modern underwater warfare. Added to this is the possible incorporation of an X-shaped tailassociated with greater navigation agility and safety, as well as the probable use of an encapsulated propeller pumpjet typea technology intended for reduce further the noise during submerged operations. Images of the new submarine at the JN Shipyard in Shanghai on June 1, 2026. The importance of what is missing. Precisely because the sail has been a universal feature on modern submarines, its absence raises numerous questions. Traditionally this structure houses periscopes, sensors, antennas communications, electronic masts and ventilation systems. It also provides an elevated position for surface navigation, improves the crew’s situational awareness and can even be used in certain logistics missions or operations under the polar ice. Giving it up means accept limitations important operational functions, so Chinese engineers must consider that the benefits obtained compensate for these sacrifices or that there are technological solutions capable of replacing part of their functions. Images of the new submarine at the JN Shipyard in Shanghai on June 1, 2026. Eight years of silent experimentation. Because as they remembered TWZ analysts, The appearance of this submarine has not arisen from nowhere. The same shipyard already built in 2018 a much smaller vessel that also lacked a sail and likely served as a test bed to validate design concepts. That prototype practically disappeared from the public spotlight for years, but it now seems clear that it was part of a broader research program. The progression from a model measuring just 45 meters to a platform that rivals nuclear submarines in size shows that China has spent years perfecting this idea before taking the next step. Images of the new submarine at the JN Shipyard in Shanghai on June 1, 2026. The link with the submarines of the future. The initiative also fits with other signals recently observed in the Chinese shipbuilding industry. In 2024, the CSSC state corporation presented a concept of a large unmanned underwater vehicle whose silhouette was remarkably reminiscent of these low-profile designs. That project contemplated missions as diverse as attacks against ships, laying mines, supporting special forces or even acting as a mother ship for other underwater drones. Although the new submarine detected seems too large to be completely autonomous, the similarity between both concepts suggests that China could be developing a family of platforms based on the same design philosophy. An army in full transformation. We have been counting it. The appearance of this submarine coincides with a profound modernization of the Chinese submarine force. Beijing is incorporating increasingly advanced models, developing new submarines nuclear weapons and even experimenting with hybrid designs capable of combine different shapes of propulsion. US officials have recognized on several occasions that the quality of Chinese submarines is progressively approaching that of the most modern Western models. In parallel, the People’s Liberation Army Navy continues to expand to a higher pace that of any other navy in the world, driven by the need to project power in the Pacific, the South China Sea and other strategic regions. More questions than answers. Of course, the official name of the submarine, its internal systems or the exact mission for which it was conceived are still unknown. However, satellite images have left an impression hard to ignoreA: China appears to be testing an idea that for decades was relegated to theoretical studies, experimental prototypes and laboratory concepts. If he project prosperscould mark the beginning of a new generation of submarines where the traditional command tower ceases to be an unquestionable necessity and becomes another option within the evolution of underwater warfare. Image | X, Vantor In Xataka | The US has always been the largest nuclear power on the planet. China has already surpassed it in something: submarines In Xataka | The US Navy warns Congress: China is erecting the largest nuclear barrier in its history under the sea

Thousands of Spaniards are obsessed with Hyrox. So Amazfit has launched two smart watches for them

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Crossfit is dead long live Hyrox. The other day a colleague asked me what the hell is that, and I had a hard time answering him in a simple way. So that we understand each other, it is basically a mix of running and seasonal exercises. You do one mile, move on to a station (sled pushing, burpees, rowing, weighted lunges), you do another mile, move on to another station for a total of eight. A boom that already brings together thousands of participants in competitions. Such is the Hyrox boom that one of the most relevant smart watch manufacturers in the world, Amazfit, has released two especially oriented for sports measurements of this discipline. Let’s take a look at the new ones Amazfit Balance 3 and Balance Ultra. Technical sheet of the Amazfit Balance 3 and Amazfit Balance Ultra amazfit balance 3 amazfit balance ultra DIMENSIONS AND WEIGHT 47.5 × 47.5 × 12.5mm 48.6 x 48.6 x 13.3mm MATERIAL Grade five titanium for the case Stainless steel and grade five titanium versions for the case SCREEN 1.5 inches AMOLED technology Resolution 480×480 3,000 nits peak brightness Supports glove mode sapphire lens 1.5 inches AMOLED technology Resolution 480×480 3,000 nits peak brightness Supports glove mode Sapphire Lens STRAP SIZE 22mm 22mm CONNECTIVITY Dual band GPS Bluetooth 2.4GHz WiFi Dual band GPS Bluetooth 2.4GHz WiFi SENSORS BioTracker PPG biometric sensor (supports blood oxygen measurement) temperature sensor Acceleration sensorGyroscopic sensorGeomagnetic sensorbarometric altimeterAmbient light sensor BioTracker PPG biometric sensor (supports blood oxygen measurement) temperature sensor Acceleration sensorGyroscopic sensorGeomagnetic sensorbarometric altimeterAmbient light sensor ENDURANCE 10ATM 45 meters diving 10ATM 45 meters diving processor ZPS3044S ZPS3044S memory 64GB 64GB BATTERY 780mAh 780mAh COMPATIBILITY iOS and Android iOS and Android SOFTWARE Zepp OS 6 Zepp OS 6 PRICE 349 euros for the steel version 449 euros for the titanium version 599 euros, unique titanium version Born for Hyrox Amazfit Balance Ultra vs Amazfit Balance 3 The most notable thing about the new Amazfit Balance Ultra and Amazfit Balance 3 is that they are specifically designed for Hyrox. It’s not that they have just one specific way to practice this sport, it’s that they have an entire library of hybrid training plans to prepare ourselves when making one. They are able to create strategies depending on the actual length of the track we are going to compete on, and even the size of the ROX Zone (the transition area between the running track and the exercise stations). The degree of analysis during Hyrox training is more than precise: We will see the weather in each of the stations in the apptarget pace, completed pace and average pace. In addition, a monitoring system called Hybrid Chargein which not only a measurement of physical parameters is made objectively: the watch will also ask us about our subjective sensation to track our recovery even more completely. These measurements will also analyze how we have performed in our training, to tell us if we have done better in the strength or resistance stations, with the aim that we are clear about the points to improve. Two great clocks with all the letters Beyond the specialization in Hyrox that Amazfit has wanted to provide to its Balance 3 and Balance Ultra, we are faced with two watches with more than interesting specifications. The panel is both 1.5 inches, AMOLED, with sapphire coating (it is quite difficult to scratch us due to the physical properties of this material), and with a peak brightness of 3,000 nits. Don’t you know if this is a lot or a little? It is the same brightness of a iPhone 17 Pro Maxwithout going any further. The main differences are in the battery. The Ultra model has 780mAh and lasts up to 30 days of typical use according to Amazfitwhile the Balance 3 has 658mAh and up to 21 days of typical use. Although in real use with GPS the figures go down, Amazfit is well known for offering one of the most complete autonomy in sports watches. There are also slight differences in the finish: The Ultra model is finished entirely in grade five titaniumwhile the Balance 3 has grade five titanium and stainless steel versions. Of course, the steel Balance 3 is not completely metallic (just the frame), the casing is plastic. These watches have something that their competition does not usually include: a Dual band circular polarization GPS antenna. This curious name refers precisely to how many GPS satellites transmit signals (circularly), which allows the signal to reach widely and with less interference. By the way As Amazfit usually does, there are dozens of sports modes, measurement of blood oxygen, heart rate, sleep and stress (among others), all through the app Zepp Lifewhose data can be synchronized with third-party apps such as StravaAdidas Running, Apple Health or Google Health. If you have never tried an Amazfit, it is worth knowing that incorporate ZeppOS 6. It is a hybrid between a simple java system and a complete system like WearOS either WatchOS. It has its own “application store” (a small repository), countless watchfaces (both official and third-party), and it works quite correctly. Besides, It is a system that allows callswith hardware that incorporates a microphone and speakers to be able to respond from the watch, just as we would do in the most advanced systems. Versions and price of the Amazfit Balance 3 and Amazfit Balance Ultra The Amazfit Balance 3 and Amazfit Balance Ultra are from the company’s most advanced watchesand they will arrive in Spain at the following prices. Amazfit Balance 3 in stainless steel case | 349 euros Amazfit Balance 3 in titanium frame | 449 euros Amazfit Balance Ultra in Titanium Case and Frame | 599 euros With the Ultra, Amazfit begins to look closely at the heaviest rivals on the market, looking for a niche in the Hyrox athlete that has not yet been covered. In Xataka | The Deportivo de la Coruña store knows how many people come in, … Read more

Elon Musk not only wants to reach the Moon, he also wants to turn it into a factory for satellites launched with catapults

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What do they have in common ChinaSpaceX, Auriga Space and Electromagnetic Launch? Well, possibly several things, but one of them is that they have expressed interest in using mass cannons to launch from the Moon. Said to very roughlywant to use electromagnetic catapults loaded with satellites or construction materials to other points in space. Today, existing technologies are not optimized to launch large loads, but with so much power involved it would not be strange if it were finally achieved. The ethical implications would be many even if they only focused on science and communications. However, it could be even worse; Well, according to the analysis recently published by an expert, the arrival of the military applications It would only be a matter of time. From moon rocks to nuclear warheads. The idea of ​​the lunar mass cannon He initially proposed it a scientist named Gerard O’Neill in the 70s. His idea was to use them to extract minerals from the Moon and launch them into space to build space colonies with them. Over time, many space agencies, public and private, have become interested in its use. For this reason, the independent analyst specialized in cislunar security Andre Sonntag just published a report in which he recounts the risks that these catapults would entail. If the necessary technology is optimized to launch large payloads, they could be used to launch probes aimed at destroying satellites, inert projectiles and even ships loaded with nuclear warheads. Furthermore, if launches are made from the Moon they may be more difficult to detect by conventional early warning systems, so many attacks would go unnoticed. An ingenious design. Mass cannons are actually very interesting systems for space launch. They consist on a track in which one electromagnet is placed after another. A metal cart is circulated above and is attracted by said magnets. Each of these electromagnets is activated just when the car passes over it, giving it a new impulse, so that it accelerates more and more. The goal is to reach 2.4 kilometers per second, since this is the speed necessary to escape from the Moon. When this is achieved, the cargo on board the car is launched into space. In short, it is possible to catapult what is inside the car without having to consume propellant. Better on the Moon. This system has historically been proposed for use on the Moon for two reasons. To begin with, unlike what happens with a conventional rocketa very high speed is reached very quickly. If the process were done on Earth, the rocket would reach the atmosphere so quickly that it would catch fire due to friction when crossing it. On the other hand, there is no classical atmosphere on the Moon. On the other hand, since gravity on the Moon is much lower, a lower speed is needed than what would be needed to escape through this system on Earth. The case of Elon Musk. In his report, Sonntag has not mentioned any company or agency. However, it is well known that Elon Musk speak of the use of these mass cannons last February. He has been expressing his interest for a long time establish data centers in space and manufacture AI satellites directly on the Moon. This would avoid the energy, thermal management and launch logistics limitations that Earth poses for its ambitious plan. The vacuum of space would serve as a coolant and solar energy could be used to obtain electricity. The release waiting listIn addition, it would be much clearer than on Earth. In order not to have to carry large amounts of fuel to the Moon, their idea is to launch these satellites directly from our satellite. That is why he has already mentioned electromagnetic catapults on several occasions. There is legislation, but it is difficult to ensure. The United Nations Outer Space Treaty strictly prohibits the construction of military installations on celestial bodies. It also prohibits nuclear launches from space. However, Sonntag points out in his report that it would be quite difficult to verify. Therefore, he is concerned if these types of systems advance, given the interest of tycoons like Elon Musk. The payloads that could be launched with current technologies are minuscule. In fact, launching functional satellites directly with one of these cannons is science fiction. However, technology will advance. By then, we must be prepared, because those who have no scruples on Earth will not have them in space either. Image | SpaceX/xAI In Xataka | We knew there was water on the Moon, but not why some craters were empty. Finally we have the answer

Nvidia has just launched its missile against Intel AMD’s dominance in PCs and laptops. There is a problem: it is a slightly obsolete missile

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In October 2025 Nvidia launched its DGX Sparka unique workstation that the company called “the world’s smallest AI supercomputer.” that machine It was actually announced in January.but it took a while to reach the market. When it finally did, it became an interesting alternative but somewhat limited in scope. That is just what the new Nvidia RTX Spark family, which will arrive, wants to change both in the form of laptops as desktop computers, and that it will do so with a fundamental difference: Windows for ARM. Hello, Windows for ARM. The golden DGX Spark were Linux-based workstations, which targeted them at a smaller audience, but with the RTX Spark, Nvidia wanted to make the big leap to the general public. These devices are based on Windows 11 for ARM, and will take advantage of all hardware and software capabilities so that this technological solution is no longer only aimed at AI enthusiasts. Of course, that will continue to be one of the segments it will target, but these systems can also be used for both creative and gaming environments. In Xataka We wanted an ideal PC to be able to experiment with local AI models. The Framework Desktop is the answer to our prayers Approximate performance: an RTX 5070. Those responsible for NVIDIA have not yet given too many specific details about what we can expect from this platform in terms of performance, but they have indicated that the performance of the GPU It is close to that of an RTX 5070 (portable version), although the exact numbers depend on the specific application or game: in some it will be a little better, in others a little worse and in others exactly the same. Yes, they have indicated that the promise is to obtain 100 FPS in 1440p gaming as reference data. Same chip, different operating system. Hardware technical specifications They are identical to those of the DGX Spark. The main data are the following: NVIDIA Grace Blackwell Architecture CPU: up to 20 Grace cores GPU: Developed in collaboration with MediaTek, up to 6,144 CUDA cores, 1 PFLOP of AI performance Unified memory: up to 128 GB LPDDR5X at 273 GB/s with NVLink at 600 GB/s But compared to the DGX Spark, we insist, the fundamental difference is that instead of using a specific Nvidia Linux distribution for these machines, here we can take advantage of Windows 11 for ARM. When AI controls your computer. During the presentation of this platform, those responsible for Nvidia talked about the absolute rise of AI agents and how this will mark a paradigm shift in the way we use our PCs and laptops. Before we did it with a mouse and keyboard, but they see a near future in which control is taken by those AI agents, with whom we will interact in a quite different way. The example is the already famous OpenClaw and Hermeswhich with the appropriate permissions can run all kinds of tasks and applications on the computer to autonomously do things for us. Six laptops initially. The Nvidia RTX Spark platform will initially be available in six devices from six different manufacturers that will rely on this technological solution from launch. ASUS, Dell, HP, Lenovo, Microsoft and MSI will have their equipment ready this fall, although at the moment there are no specific specifications or prices announced. It is possible that during Computex we will learn more details about these devices. What can we expect in autonomy. At the moment no specific data has been given about the efficiency of these devices, but Nvidia spoke of a battery life “for the whole day.” They highlight the efficiency of the GPU and in fact indicate that GPU performance will be virtually the same whether the laptop is plugged in or not. Obviously in intensive tasks and demanding games that battery will drain much more quickly. In Xataka Goodbye to the duopoly of Intel and AMD in Windows: the arrival of NVIDIA processors is imminent and brings 8 laptops under its arm The doubt of Windows for ARM. The commitment to Microsoft’s operating system is striking, but Nvidia believes that now the system is much more mature, and that both emulation and hardware support It’s much better than in the past thanks to the work that Microsoft and Nvidia have done in the months and years leading up to this launch. They talk about a “first-class experience” for the operating system, and even commented that they have worked with the developers of anti-cheat systems in video games so that this is not a problem on these computers. And also desktop computers. When Nvidia announced its DGX Spark, then similar desktop computers appeared in format that also offered that same platform. The same thing will happen with RTX Spark, and although there was hardly any data here, Nvidia did indicate that these devices will appear in the fall from Acer, Asus, Dell, Gigabyte, HP, MSI and Lenovo. {“videoId”:”x7ztphf”,”autoplay”:false,”title”:”How to know the components of your PC (RAM, Graphics, CPU…) and the state they are in”, “tag”:”webedia-prod”, “duration”:”387″} Many unknowns and certain obsolescence. There are many doubts surrounding these devices in terms of performance or price, but there is another fundamental problem: when these laptops and desktop PCs appear starting in the fall, they will do so with chips that have been on the market for a year and therefore in a certain sense are already somewhat obsolete. Competing with the Desktop Framework. The memory bandwidth is not exceptional, and for example the Framework Desktop presented in August 2025 already offered a similar configuration in that section, with up to 128 GB of LPDDR5x memory at 256 GB/s. It will be interesting to see how the RTX Spark machines perform against alternatives like this (which makes use of a “traditional” x86 Windows 11 operating system) and whether Nvidia’s ARM chip can really make a difference in an ultra-competitive market. In Xataka |The demand for AI memories is suffocating mobile manufacturers. The largest … Read more

Sony has launched the most anti-2026 high-end mobile. It’s an idea as good as it is risky.

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Sony continues launching mobile phones. And it has reached a point where the news is not that it has launched a mobile phone, but rather why it has done so and what it wants to tell the market when it does so. Although it may seem like a counter-current idea, launching mobile phones knowing that you are only going to sell them makes some senseand Sony is not alone there. The anti2026. For some reason, manufacturers have been convincing us for years that more than useful technologies should disappear. All in pursuit of a more minimalist design, larger batteries and an evolution close to that of the portless mobile. To this, Sony responds with a blunt “hold my cap.” The Sony Xperia 1 VIII. He Sony Xperia 1 VIII It is a return to the past, maintaining technologies that the vast majority of its rivals discarded years ago. It has a 3.5mm headphone jack It has a slot for microSD cards up to 2 TB Thick, very thick bezels The SIM slot is not removed with the tool, just press it The stereo speakers are front-facing, there is no one below There is no trace of what might look like an iPhone Very good. Sony’s proposal is clear: in the middle of 2026 you can enjoy technologies that one day we banished and that are useful despite the passing of the years. Furthermore, each and every one of these steps does not distance the Xperia 1 VIII from what is required of a modern flagship. The best Qualcomm processor A powerful camera system with ZEISS optics Up to a generous 16 GB of RAM The only unforgivable point is that of a Full HD+ panel. On a 1,499 euro mobile phone this resolution is not acceptable. Because. The short answer is that Sony is not launching the Xperia 1 VIII to compete with Samsung or Apple. He gave up that battle a long time ago. In the last Corporate Strategy MeetingSony president Kenichiro Yoshida made it clear that the smartphone division does not exist to sell volume, it exists to prove something. Sony Xperia is, above all, a technological showcase. In addition, the Xperia division is a fundamental pillar for the company’s R&D. The advances made in these smartphones are later applied to what really matters: the brand’s cameras. In Xataka | At half price the Sony WH-1000XM5, headphones with one of the best noise cancellations we have tested

China wants to do a “CAT scan” of the Earth, and to do so it has launched a hyperspectral satellite to see what the eye cannot see

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A Kuaizhou-11 rocket put into orbit On March 16, Xiguang-1 06, the most advanced commercial hyperspectral satellite that China has sent into space. The satellite is capable of analyzing the chemical composition of the Earth’s surface with great precision, opening up a whole range of possibilities. What a hyperspectral satellite allows. A conventional satellite captures images of the planet in a similar way to how a camera does. A hyperspectral satellite, on the other hand, is able to distinguish the unique spectral signature of plants, tissues and other objects on Earth, which allows, among other things, to prevent crop losses, locate mineral deposits or monitor the state of the environment. While a normal satellite can identify a forest from space, one equipped with hyperspectral technology can differentiate between different types of trees and even determine the health status of each of them. The key is that these sensors capture dozens or hundreds of bands of the electromagnetic spectrum simultaneously, something that provides spectral information so detailed that it often produces results impossible to obtain with multispectral satellites or other types of observation systems. The satellite. The Xiguang-1 06 was developed by Xi’an Zhongke Xiguang Aerospace Technology Group and launched aboard the Kuaizhou-11 Y7 rocket from the Jiuquan launch center in Gansu province. It is the first commercial hyperspectral satellite in orbit with full spectral coverage in the 400 to 2,500 nanometer band (from visible to shortwave infrared) and operates with 26 independent spectral bands. In practical terms, that means it can “see” far beyond the human eye, detecting mineral compositions, differentiating healthy crops from diseased ones, and tracking changes in ecosystems that would be invisible to any other system. According to Kou Yiminchief engineer at Zhongke What is it for in practice? In the provinces of Sichuan and Yunnan the satellite monitors crop growth high value such as tea and traditional Chinese medicinal plants; in the mining areas of the northwest of the country, it issues early warnings about geological risks such as landslides. But the potential reach goes much further. Hyperspectral technology can analyze phytoplankton levels in the oceans, detect fuel spills from ships, measure methane leaks in energy facilities or monitor polluting materials from mining ponds before they reach nearby soil and vegetation. It can also locate mineral deposits such as gold under the surface, identifying the presence of chemical elements in its composition such as copper. one of many. Xiguang-1 06 is one more piece of “Xiguang-1”, a constellation that contemplates a total of 158 satellites: 108 general purpose hyperspectral remote sensing, 40 specialized in carbon emissions monitoring and 10 specific function. The goal is to complete the in-orbit network by 2030, forming a “full spectrum in 100 bands” observing system with more than one hundred operational satellites. To understand its scale, Xiguang-1 06 was one of eight satellites that traveled aboard the same Kuaizhou-11 rocket at the March 16 launch. What’s behind. Until a few years ago, hyperspectral remote sensing from space had been a field almost exclusive of government missions. In recent years, however, commercial companies have begun to emerge launching their own constellations of hyperspectral satellites. China, with Zhongke Xiguang at the helm, is one of the actors that has risen the fastest in this sector. The company also has the “CAS Xiguang Remote Sensing Cloud” data platform, considered the first hyperspectral data platform from China. The stated goal is to become the world’s largest hyperspectral constellation, with applications already covering agriculture, forestry management, oceanography, carbon monitoring and mining. Cover image | China Daily and Richard Gatley In Xataka | The origin of the “blue moon” is actually a translation error: how a “betrayal” ended up giving the satellite its name

China has launched its hypersonic missile against the US and Japan

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During the Falklands War, British naval officers they later recognized that one of the most tense moments was not a big attack, but the simple missile warning that no one saw arriving clearly on the radars. In a matter of seconds, the uncertainty was enough to disrupt maneuvers, communications and critical decisions across the fleet. The scene left an idea that is difficult to forget: at sea, sometimes the decisive factor is not firepower, but the speed at which everything happens. A missile, three speeds and a dashboard change. The appearance of YJ-20 missile marks a qualitative leap in the military competition between great powers, and it does so because it places China in a position of advantage in the development of hypersonic weapons capable of altering the naval balance in a matter of minutes. This system, designed specifically to attack large surface ships, introduces a threat difficult to neutralize due to his extreme speed and ability to overwhelm defenses. In other words, the difference no longer lies only in who has more ships, but in who can hit first without giving any room for reaction. The problem of extreme speed. Several analysts said weeks ago that the YJ-20 moves in a range that redefine the times naval combat, with cruising speeds around Mach 6 and a final descent that can reach Mach 10. This means that the interval between launch and impact is drastically reduced, seriously limiting the ability of current defensive systems to detect, track and intercept the projectile. For example, in scenarios close to China, this margin narrows even moreto the point of compromising any effective attempt at a response. missile launch Aircraft carrier in the spotlight. The Scmp analysts They recalled that the priority target of this type of missile is aircraft carriers, considered the core of US naval power. Although these operate within complex battle groups with multiple defensive layers, the nature YJ-20 hypersonic calls into question the effectiveness of that model. There is no doubt, we always talk about deterrence, but the possibility of launching multiple missiles against the same target increases the risk of saturationopening the door for even advanced systems to be overwhelmed. A sea as a scene of tension. And it is at this point where the missile has been in the news this week. The tests and demonstrations of the YJ-20 that have taken place do not occur in a vacuum, but in a context of increasing friction in the South China Sea. The reason? As the United States, the Philippines and Japan carry out joint exercises like Balikatan 2026China has responded showing its offensive capacity in exactly the same region. Geographic proximity, especially in areas such as Luzon or the Taiwan Strait, turns each maneuver into a strategic message with direct implications on regional balance. Technology versus technology: the emerging gap. Yes, because the comparison with systems like Japanese Type 88 missile highlights the technological leap that hypersonic systems represent. While the latter multiply speed and reduce reaction times, many of the allied systems continue to operate with subsonic capabilities or, at best, supersonic. This gap forces to rethink doctrinesinvestments and priorities in defense, since current tools may not be sufficient against this new generation of threats. A career that moves to space. They explained from IE that the American response points to large-scale solutions, such as the development of space-based interception systems. Here proposals arise such as the so-called “Golden Dome” announced by Trump that reflect the magnitude of the challenge, with projected investments of hundreds of billions of dollars and deadlines that extend for years. The problem is not only technological, but strategic: how to adapt to an environment in which speed and surprise can decide a confrontation before it even fully develops. A debut at the worst possible time. The entrance on scene of the YJ-20 matches one of the voltage spikes more visible in the region, just when forces from the United States, Japan and their allies deploy their largest joint exercise in waters near China. In that context, the public demonstration of this missile is not an isolated gesture, but rather a calculated message that takes advantage of the moment of maximum military exhibition rival. If you will, the result is a particularly delicate combination: one with a new weapon, tested against potential direct adversaries, in a scenario where each movement has an immediate strategic reading and increases the risk of possible escalation. Image | CCTV In Xataka | China is beating the US with a simple strategy: manufacturing hypersonic missiles at the price of a Tesla In Xataka | China has revealed a new naval military strategy: civilian ships that can become missile launchers

China was the power that launched drones. Now he has realized his danger with a decision: close the sky to them

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Exactly 10 years ago an unprecedented event occurred. A small drone landed without authorization in the White House garden after its operator loses control. It didn’t have explosives or sophisticated cameras, but it was enough to activate a complete security protocol and put the authorities on alert for hours. That apparently trivial incident was an announcement to sailors. The drone empire closes its sky. It remains a paradox that China, the great dominatrix of the global drone market with millions of devices in circulation and leading companies like DJI, be the same power that has started to drastically restrict its use within its borders. Yes, I counted a few days ago the new york times that the new rules require register each device with real identity, link it to personal data and transmit real-time flight information to the government. Flying without authorization can lead to fines, confiscations and even prison sentences, and in cities like Beijing the ban is almost total, to the point of preventing the sale or entry of drones into the capital. Total control of airspace. Thus, the regulatory tightening It has turned what was once a recreational or professional activity into a terrain full of obstacles. In practice, much of the urban space is left out of use, with permits having to be requested in advance and rarely granted. In fact, users throughout the country have denounced interrogations, sanctions and confiscations even on flights that they consider legal, while some claim to receive calls from the police as soon as they turn on their devices. The result is a paralyzing effect: the sky is still full of drones in theory, but in practice fewer and fewer take off. Security, fear and Ukraine and Iran. Behind this shift is an easy-to-understand key factor: modern warfare. has shown that drones are no longer toys, but combat actors of first order. Recent conflicts have made it clear that even cheap models can monitor, attack or alter critical infrastructuresomething that especially worries Beijing in terms of internal security. The possibility of these devices being used against sensitive infrastructure or even political leaders has accelerated a response that seeks to eliminate any margin for improvisation in the air. The economics of low altitude. Paradoxically, the Times said that the tightening comes just when China wants to expand the commercial use of drones in what it calls “low altitude economy”. The objective is to turn them into key tools for logistics, agriculture, industrial inspection or light transportation. But to achieve this, the government considers it essential to first impose absolute control of airspace, like someone reorganizing a city before opening it to mass traffic. The problem: that this previous order is suffocating the ecosystem that it aims to promote. The final dilemma. If you like, the result is a contradiction that is difficult to resolve in Beijing: the nation that raised and built the global drone industry is limiting its use by the danger they perceive to the point of stopping innovation, business and adoption. Companies see sales fall, the second-hand market grows and entrepreneurs abandon projects due to the impossibility of operating. Meanwhile, some experts warn of another unexpected consequence: restricting access too much may prevent training future operators, just when the world is heading towards wars and economies where knowing how to handle a drone will be a strategic skill. Image | Infinity 0 In Xataka | China just showed the world what comes after the combat drone: 96 drones with a science fiction launch In Xataka | 200 drones in the hands of a single soldier: China is advancing very quickly in a type of war that seemed like science fiction

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