steps

that Russia has been knowing all its steps from space for years

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After the Cold War, space was conceived by Europe more like an extension of scientific cooperation and the civil market than as a domain of strategic confrontation. Thus satellites designed for television, meteorology or navigation were deployed at a time when the main concern was technical reliability and cost, not the deliberate hostility of other States. While Washington and Moscow kept alive military logic inherited and China began to build its own, Europe was establishing a functional, open and trust-dependent spatial architecture. The latest finding reveals a “big” underlying error. Hybrid warfare reaches orbit. Yes, for years, Europe assumed that space was a technical and relatively stable domain, ultimately protected by its civil and cooperative character. It so happens that recent Russian satellite activity has broken that illusion. As? In parallel with sabotage of submarine cables and other covert operations, Moscow appears to have moved its hybrid war to space, taking advantage a critical blind spot: Many European satellites were launched decades ago without modern encryption systems or advanced protection. This vulnerability, ignored for years, has turned the geostationary orbit into a new silent front where missiles are not needed to inflict strategic damage. Luch-1 and Luch-2. There is much more, since the Financial Times discovered exclusively this morning that Western authorities have been monitoring the movements of two Russian space vehicles for some time, Luch-1 and Luch-2which have performed unusual maneuvers, getting dangerously close to key European satellites and staying next to them for weeks. Since its launch in 2023, Luch-2 has approached at least 17 satellites that provide essential services to Europe, Africa and the Middle East, a pattern that, according to analystsleaves no doubt about its purpose. These approaches are not accidental: they seek to position themselves within the narrow cone of data transmission between ground stations and satellites, an ideal position to intercept signals and study their internal workings. The critical failure. The most disturbing revelation is that some of the most sensitive information circulating through these systems, including the command links that allow orbit adjustment, it is not encrypted. Put another way, that means Russia could not only have spied on civil and government communications, but also recorded enough technical data to imitate legitimate operators from land. With that knowledge, for example, a hostile actor could send fake orders to alter the orientation of a satellite, take it out of service, misalign it or even force its fall or uncontrolled drift, without the need to physically destroy it and without leaving a clear attack signature. A strategic Achilles heel. Although the Luch satellites They do not seem to have the direct ability to interfere with or destroy other devices, their value lies in the accumulated knowledge: how European satellites are used, who operates them and from where. This intelligence allows us to prepare more discreet attacks, such as Selective interference or cyber attacks coordinated from the ground, and reinforces the idea that spatial networks are the true Achilles heel of modern societies. As Russia expands its reconnaissance program with new maneuverable satellites and Europe begins to come to terms with the magnitude of the problem, the message is clear: hybrid war It is no longer fought only at sea or on dry land, but also 35,000 kilometers above our heads, the point where Europe has just discovered that had been exposed for years. Image | woodleywonderworks In Xataka | A space war looms over our heads and Europe is the power that invests the least in defense technology In Xataka | Poland and Spain are the European countries that have increased their contribution to space the most. For very different reasons

14 steps to ensure higher quality and better sources

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We are going to give you 14 Tips to Improve Gemini Responsesso that the artificial intelligence Google is more precise. These are tips related to improving the prompts. Geminiand even the way you interact with this AI. Because simply asking a generic question is not the same as giving the proper context or a better structure to your questions. Therefore, we will tell you these things that should be taken into account to refine as much as possible and ensure that the response is closer and better to what you have in mind, whether it is a text or an image. Don’t talk to him like he’s Google AI chats are trained to understand natural language. This means that it is not necessary that you write only using keywords as you do with Google or other search engines, but that you have to write in a more organic and natural way. Come on, when you make a request to Gemini you have to talk to him like you would as a personexplaining well what you want. Yes, if you write to him “best camera phones 2026” he will understand what you mean, but there may be room for errors and misinterpretations that there would not be if you write what you want naturally. Specify well what you want to say The first tip to improve Gemini answers is specify as much as you can the details of the answer you want to get. Your question must be clear and precise, and take into account context and purpose of what you want to achieve. To give you an example, it’s one thing to ask them to write you an email to request something. However, if you specify details such as whether it is in English or the tone that you want to use, as long as it is professional, the result it gives you will be more precise. Details, details, details Sorry, I’m going to insist on the previous point. But it is vital don’t spare details when making requests. Don’t leave anything out, because each of the details you provide will help the AI ​​have a little more context when composing its response. When creating images, every detail you provide will make the results more personal, and the same thing happens with texts: All the details you can give will enrich the answer. You can say who the text is addressed to, the purpose, or how long you want the answer. Also tell him formats such as summarized or by points, what part of an event or topic you want him to explain to you, what event, anything that comes to mind. Go composing prompt by prompt It is obvious that you are not going to come up with all the details you want the first time. Therefore, when an answer is not what you expect, you can ask again using the same prompt but adding things to it. And so, little by little you will compose a much more specific request. Imagine that you ask him to explain an event to you, but the answer is too vague. So, you can ask him to tell you from a specific point of view, then you can add the tone, and little by little improve it. Besides, You don’t need to write the entire prompt either.. If you say something like “make it more formal,” he’ll know you mean the answer he just gave you. Ask me to use the structure you need When you ask Gemini to compose a text, you may have a purpose or a structure in mind, and that the result that the AI ​​gives you is totally different. That is why it is important that you mention that purpose or structure in the prompt. For example, if you want to ask Gemini for a comparison, it is not the same as him making you a short text or making you a list of points for or against. That’s why it’s important to specify it. You can also ask that it be an academic document, that it has a specific format, that it uses bullets, whatever you need. Adapt the explanations to you If you ask Gemini to explain something you have no idea about, it’s possible that if the answer is somewhat technical you don’t understand it too much eitheror that seems a little complicated to you. In these cases, you will be able to adapt it by having it explained to you in a simpler way. A classic when asking for more elaborate definitions is to add something like “explain it to me like a 10-year-old child.” You can also adapt it to other ages, or even to specific school years. When you do, Gemini will change terminology and examples to make them much simpler, basic and understandable. Specify the fonts you want to use When it comes to answering you, Gemini combines a knowledge base with which it has been trained and information it pulls from the Internet. And when composing a response it will use these sources to generate it. However, you can also specify where you want me to get the information from in case you want me to use a specific source of knowledge. For example, asking “what is climate change” is not the same as asking “Explain to me what climate change is based on academic research and peer-reviewed studies.” With this you are asking him not to get the information from anywhere, but only from a specific type of more reliable source, and when giving you the explanation he will include quotes mentioning where he got it from. Mention specific institutions or media In addition to generic font types, you can also ask to use specific sources. This can be institutions or organizations, as well as specific websites or media. You can even ask for specific authors or studies. Because asking them to tell you what the weather will be like tomorrow is not the same as asking … Read more

10,000 steps a day are of no use if they are not done well

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For years, the public health mantra has undoubtedly been focused on something very simple: walking. Anyone with high blood pressurediabetes or any other chronic illness received as a ‘treatment’ by taking a walk with the mantra of 10,000 steps in the background ringing. But the reality is that there are some voices that want to overthrow this concept in a radical way. The criticisms. Felipe Isidro, professor of Physical Activity and Sports Sciences, has put his finger on the sore by pointing out that walking is not exercise, but rather it is wander. For this expert, prescribing “walking” to a patient is as useful as telling him to breathe because logically we are walking every day to get from one place to another (unless we are immobilized). And taking less than 120 steps per minute is inefficient. And science is something that is supported in different studiesbecause human biology is extremely efficient: if an effort is not challenging, the body does not invest energy in adapting. This is what science calls “insufficient stimulus.” For example, the LITE studio analyzed people who walked at low intensity and discovered something quite frustrating: in resistance and functional capacity tests, the results of those who walked slowly were practically identical to those in the control group that didn’t do anything. And it makes sense, since for the body that level of activity was background noise, not exercise. It’s literally like you’re wandering around. The x3 rule. If we compare casual walking with moderate or vigorous exercise, the difference is not linear, but rather exponential. According to the data of the Framingham Heart Studyone of the longest-running and most respected analyzes in the world, moderate-high intensity exercise is three times more effective at improving physical fitness than walking at a slow pace. And it makes sense. The metabolic response that our body has means that one minute of vigorous activity can provide the same cardiovascular benefits as six minutes of moderate walking. But in addition, meta-analyses on type 2 diabetes show that interval training (walking fast in sections) lowers blood sugar levels much more aggressively than always walking at the same pace. And although walking more steps reduces overall mortality, the published reviews in The Lancet suggest that maintaining excessively slow paces can increase cardiovascular risks by up to 44% compared to those who push the pace. A lie detector. Where is the scientific border between “walking” and “training”? The technical literature places the turning point in the cadence. For walking to have a real impact on health biomarkers (blood pressure, aerobic capacity, fat composition), studies suggest a range of between 120 and 140 steps per minute. Below that figure, we are in what physiologists call “light physical activity.” This activity is useful for breaking a sedentary lifestyle (and has proven benefits on the mental health and mobility of older people, reducing motor difficulties by 14-16%), but it is insufficient to reverse metabolic problems or improve the cardiorespiratory system in healthy adults. A clear verdict. Science does not say right now that walking is bad, but that what gives a neutral or even harmful effect is doing the basic minimum. This is why total steps are excellent for extending overall longevity and not dying early, but what really protects quality of life is intensity. In short, if the smartwatch on duty indicates that you have taken 10,000 steps, but without your heart knowing, the truth is that you have only been wandering. What should be done is simply accelerate the pace so that our body can react (as long as each person’s limits allow it). Images | Arek Adeoye In Xataka | Walking changes the rules of Alzheimer’s: a few steps a day are enough to stop the spark that ignites the disease

AI steps on the accelerator while everyone else puts on the brakes

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AI is not only turning the economy upside down, politics and, in general to society. But it is also generating a salary gap between those technological profiles oriented to their development and implementation of AI and those who simply contribute to maintaining current technologies. At least that is one of the clearest conclusions drawn from the Salary Guide 2026which produces the technological employment portal every year Manfred, prepared with data from more than 120,000 profiles in its database, which, this year, has also been reinforced with data from the salary platform prosfy. Manfred’s guide shows that there are positions that have appreciated strongly, while others have lost traction and some have stagnated. Profiles on the rise: AI drives the market The big winners, without a doubt, are those roles linked to data, infrastructure and deployment of AI models, as well as their integration into the operations of companies. He AI engineer already starting from a median salary of 52,250 euros per year for a profile with between five and ten years of experience, with the 75th percentile close to 68,500 euros. This is a key hybrid profile in the deployment of AI as it navigates between the backend, MLOps and artificial intelligence, being very scarce and demanded by companies. For seniors with more than ten years of experience, the salary range is between 71,000 and 90,000 euros. He Data Scientist It has been the profile that has been most revalued since the popularization of AI. Their median salary reaches 55,400 euros, and the most experienced professionals easily exceed 70,000 euros. The shortage of specialists in AI models and architectures explains this jump towards 2026. Even higher up appears the MLOps Engineer (Machine Learning Operations), a key figure in bringing AI models to production. Their median salary is 60,125 euros and the 75th percentile is 80,000 euros. It is one of the most coveted profiles in large companies that seek to take the models they have been training in laboratories to production. In parallel to these profiles elevated by AIthe salary grows in profiles related to the structure for AI. For example, the profile of data engineer has increased its median salary by nearly 10,000 euros in recent years, already marking a median salary of 52,720 euros, with seniors above 65,500. Likewise, the roles of Data architect They already move at a median of 67,455 euros, exceeding 85,000 euros in the highest percentiles and with more than 10 years of experience. Advanced infrastructure profiles are also revalued, with the role of SRE/DevOps (Site Reliability Engineering and Development Operations) marking a median salary of 58,500 euros. As highlighted by Manfred, this profile is one of the most demanded by companies, but only a small number of senior professionals meet the requirements, which explains why their salary almost triples between those who have less than two years of experience and those who accumulate more than 10. Profiles that lose weight: less demand, less salary On the opposite side are the roles that companies are stopping hiring or, directly, doing without. One of the most punished is that of Mobile Engineeras a reflection of the stagnation of companies in the development of new projects based on this segment. The median of their salaries falls to 40,500 euros, with a clear contraction in the high percentiles limited to 50,500 euros. Only the more specialized professionals In very specific frameworks, such as React Native or Flutter, they remain in the highest percentiles with salaries that are around 65,000 or 70,000 euros for the most senior. More pronounced is the decline in the role of Product Designerwith a median salary of just 35,575 euros for professionals with more than five years of experience. Its cut has occurred due to a combination between the equipment cutting and excess supply, which has pushed the market downward. Something similar happens with the profiles of QA&Testinga role that is being assumed by the development teams that are directly automating with AI agents. The case of Tech Lead lives a somewhat ambiguous situation. On the one hand, his status as an intermediate position has placed him as a target in the structural flattening strategies that technology companies have implemented to cut costs. On the other hand, the senior development employees They have been acquiring the functions of this role “unofficially” so their demand has reduced in recent months. In any case, their median salary is 58,755 euros, but with fewer positions to fill. The stagnant: necessary roles, but not decisive Among the profiles that do not fall, but also do not grow, are those related to classical development functions. That is to say: the Front-End and Back-End, the largest group, on the other hand. The salary of a Back-End Engineer It is around 45,654 euros and the sections below the 50th percentile and with less experience even regress. This behavior highlights that new hires or those with less experienced staff have lower salaries than those who have been working for years. Something similar happens with the Front-End Engineerswhose median salary drops in all percentiles, standing at 42,570 euros, weighed down by the abundance of junior profiles and a lower volume of hiring. The underlying message that emerges from the salary study prepared by Manfred reflects that the Spanish tech sector is no longer increasing uniformly, but that AI has created a salary economy at two speedsdifferentiated by the segment in which value is added. Those who are focused on the development and implementation of AI are experiencing a meteoric rise, while the rest, who keep the current technological structure in operation, do so at a much slower pace. In Xataka | A study has compared the gap in public salaries vs. private companies in Europe and has found a problem: Spain Image | Unsplash (Hack Capital)

a few steps a day are enough to stop the spark that ignites the disease

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The 10,000 steps rule It is truly classic, and has become the default target for smartwatches and activity bracelets. And although we sense that walking is good, science continues to give us the reasons to go for a walk, and above all how much time we should invest in this. The latest finding already indicates that walking can have a surprising connection with slower cognitive decline and Alzheimer’s proteins. Why it is important. Alzheimer’s is a disease that is undoubtedly devastating due to the symptoms it generates in both the patient and the impact on family members. To this day still The origin of the disease continues to be investigatedand above all looking for therapeutic targets that allow us to create a treatment that cures the disease, since today we only have medications to alleviate some symptoms and try to slow down the disease a little. But nothing miraculous. But another point of the investigation also focuses on prevention. The problem of not perfectly understanding why the disease originates makes it necessary to look for preventive remedies, such as walkingas this study has shown, but which adds to others that have already been seen such as education. The key. The studyconducted by researchers from the Harvard Aging Brain Study (HABS), followed 296 cognitively healthy older adults over a long period, with follow-up up to 14 years in some cases. Unlike many studies that rely on participants’ memory (which are hardly objective), this one used objective trackers (pedometers) to measure the actual number of daily steps. In parallel, they scanned their brains looking for the two “villain” proteins of Alzheimer’s: beta-amyloid (Aβ) and tau. Amyloid forms plaques out of neurons, while tau forms tangles inside of them, killing them. It is literally the garbage that cannot be eliminated from the brain and that begins to accumulate in the neurons and the space between them. This causes them to literally die from the accumulation of garbage inside and begin to generate the classic symptoms. The results. The first news we found is that walking does not allow the amyloid neurons to be ‘clean’. But the important thing here is that in people who already had high levels of amyloid, physical activity was associated with a slower accumulation of tau protein in a key region of the brain: the inferior temporal cortex. And this has been fundamental to see that the cognitive decline was much less. Bottom line: amyloid may be the phosphorus, but tau is the gasoline. Physical activity does not extinguish the match, but it seems to make it harder for the gasoline to ignite inside our neuron. It is a new way to stop Alzheimer’s. A magic number. The question we can ask ourselves in this case is clear: how many do we have to go to achieve this protective effect on tau? The researchers, after dividing the participants into different groups according to their physical activity, saw a ‘curvilinear relationship’. This means that profits do not increase infinitely. The biggest jump in protection (slowing tau accumulation and cognitive decline) was seen when moving from the ‘inactive’ to the ‘low activity’ group. Regarding the data, taking between 5,000 and 7,500 steps already offers a significant benefit, making going beyond 7,500 steps not offering an added benefit or additional protection. And that is why we already have the magic number that we should do daily on our walks. A more realistic goal. This is fantastic news. For many older or sedentary people, the goal of 10,000 steps can seem daunting and unattainable. This study gives a little respite and lowers this goal (always talking about neurological protection) to 5,000-7,500 steps. Although this does not correlate with the recommended steps to have cardioprotection. The authors conclude that targeting physical inactivity is a key strategy for future interventions. And for clinical trials, they suggest that it would be most effective to preferably enroll sedentary individuals who already show elevated amyloid in their brains, since they are the group that would benefit the most. Images | Adam Cai Natasha Connell In Xataka | We have been detecting a relationship between herpes and Alzheimer’s for years. Now we are discovering that treating one helps the other

Spain steps on the accelerator in its particular chip race. And it does so with a total commitment to integrated photonics

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The Council of Ministers has approved the award of 4.4 million euros to the IMDEA Networks institute within the european program of Integrated Photonics. It may not seem like a lot of money compared to the fortunes invested by the technology giants, but be careful: it is the last element of an eye-catching strategy. Fifth successful bidder. The IMDEA Networks institute thus joins four other entities that were awarded last July in the same call. The aid granted by the Government is then matched by the European Union, which causes the budget to double in all cases. Thus, we have: Institute of Photonic Sciences (ICFO): 23.1 million euros were awarded, it will receive 46.2 million in total Polytechnic University of Valencia: 16.5 million awarded, will receive 33 million in total National Microelectronics Center (CNM): 15 million awarded, total investment of 30 million University of Vigo: 7.5 million euros awarded, 15 million total investment IMDEA Networks Institute: 4.4 million euros awarded, 8.8 million in total 133 million for integrated photonics. With this new award, the Government and the EU will invest a total of 133 million euros to “promote research and development of faster chips with lower energy consumption, thanks to the use of light (photons) instead of electrons.” Integrated photonics? This technology focuses on using photons (light) instead of electrons to transmit and process information within chips. With this it is possible to obtain higher data transmission speeds and lower consumption and heat dissipation. What integrated photonics seeks is to take advantage of optical components (such as lasers, modulators and detectors) with traditional electronic circuits to combine the advantages of both components. Technological sovereignty. Although the figure may seem modest in the context of global mega-investments, it is part of an ambitious strategy focused on the research and development of disruptive technologies. The ultimate objective is to promote a key sector for Spanish economic and digital sovereignty, and here the commitment is total to integrated photonics, which is seen as the future of data processing. The PERTE is still there. The importance of this investment goes beyond research. It is a fundamental pillar for the PERTE of Microelectronics and Semiconductors (PERTE Chip), the strategic plan endowed with more than 12,000 million euros to try to position Spain as a relevant actor in this value chain. This investment is framed not in chip manufacturing, but in scientific capacity and design strategy. The idea is to ensure that Spain has its own talent and technology to develop new generations of components. Competence centers. To those 4.4 million awarded to IMDEA Networks another 3.9 million euros are added to create two competition centers co-financed by Europe through the JU Chips (Joint Undertaking). The ‘PIXSpain Competence Centre’ will receive one million euros and the MicroNanoSpain Competence Center will receive three million. Both will provide Spanish companies in the sector – especially SMEs – with access to technical knowledge and experimentation spaces. To compete with TSMC or NVIDIA, nothing. This is not about Spain going to start creating chip factories that can compete with TSMC, far from it. The idea is not to try to create a Spanish-style NVIDIA either. In both cases the resources needed would be astronomical. What is sought is a leadership position in a niche with high added value, which is photonic interconnection technologies. Goodbye to copper cable. By focusing on integrated photonics, Spain aligns with the work of giants like Intel, TSMC or Ciscowhich have been investing heavily in this technology for some time to solve the challenge of interconnections in data centers. Everything indicates that integrated photonics could end up replacing copper cables in high-speed communications in the next decade. In Xataka | “They lead and AI follows”: seven Spanish universities tell us how they are implementing AI in class

We have been wanting to see how diseases moved in real time. The first steps are taking Valencia

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Epidemiology is a science with delay. We know it well, We learned it in the worst way: Since a pathogen begins to move through a region until we collect, analyze and interpret the data that allows us to say that an epidemic is incipient, weeks spend. A few weeks that would be vital to introduce measures capable of reducing their impact and saving many lives. What happens is that, until now, that has been a chimera: bacteria and suspension viruses They are invisible. Although there are initiatives such as analyzing fecal waters, the idea of ​​seeing how pathogens move around the world seems almost science fiction. An increasingly close science fiction, yes. A curious idea. Now, a joint team of the University of Valencia (UV) and the University University of València (UPV) They have developed The first example of a biosensor capable of detecting air changes quickly, easily and cheaply. The small antenna works without additional reagents, or laboratory tests: only small electrical circuits. That is the interesting thing. Valencian researchers have tried the concept with the M13 virus, a well -known microorganism, but the results are promising and extrapolable to any other aerial transmission pathogen. The two key factors. As explained David Giménez (professor of the Department of Chemistry-Physics of the UV) in Levante, are “its price” that “facilitates its scalability and integration into early alert systems, both in Smart Buildings as in devices Weareables“And its” immediacy “because” by not needing additional reagents, this method allows you to instantly detect the presence of real -time pathogens, avoiding long sampling and laboratory analysis processes. “ And now what? Now a lot of work to do. It is true that a network of this type of sensors that were able to monitor in real time the air of train stations, wagons, schools, shopping centers or jobs would give us vital information. The problem is that, of course, there is still much to reach that point. Maybe more than we would like. Do not forget that, between 1980 and 2010, the annual number of infectious disease outbreaks He tripled worldwide and causative diseases almost folded. In addition, none of the “public health emergencies of international importance” (with the nuanced exception of COVID-19) that we have suffered since 2007 was caused by a new and unknown infectious agent. We live in the “Pandemics era“And everything suggests that we are not prepared for it. Of course, the good news is that, despite the increase in the total number of outbreaks,” global improvements in prevention, early detection, control and treatment are increasingly effective. “ And this of Valencia is a good example of this. Or it is better for us because we have the enemy at the doors. Image | Jon Tyson Image | The ‘era of epidemics’ has already begun: are we prepared to face them?

Leapmotor follows by the steps of Byd and already has a superbar to send 2,500 electric cars to Europe

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The Great Tianjin is about to leave August 19 Shanghai towards Europe Loaded with 2,500 electric cars from Leapmotor. At first glance, it might seem one more shipment. But this trip marks something deeper: Leapmotor is part of the group of Chinese manufacturers that no longer depend only on traditional international logistics. It is a trip that takes place within the framework of the Leapmotor International agreement with the Grimaldi shipping company, that since 2022 assures you Fixed capacity for monthly transport of thousands of vehicles from Asia to Europe. That means that you do not need to compete for space in foreign ships: its transport is insured and planned months in advance. The young manufacturer who wants to become global. Leapmotor is a Chinese manufacturer of electric cars founded in 2015 in Hangzhou. Until recently he had a low profile out of his country, but that has changed. In the first seven months of 2025 has sold more than 270,000 units149 % more than the previous year. And he is not alone: behind is Stellantis, The world’s largest automobile group in the world. Both companies created Leapmotor International in 2023a joint venture based in Amsterdam in which Stellantis has 51% of control. The objective: distribute Leapmotor’s models outside China, starting with Europe. The Great Tianjin is not owned by Leapmotor. Grimaldi, one of the largest shipping companies on the continent, has commissioned seven new PCTC (Pure Car and Truck Carrier) to reinforce that route. They are Ro-Rro ships specifically designed to transport vehicles on wheels-from cars to trucks-that enter and leave ramps and are stored in garage covers. The big tianjin is the first in the series, built by Shanghai Waigaoqiao Shipbuilding (SWS), with Ammonia-Ready notation and capacity around 9,000 cars per trip. The leading model of this shipment. The leading model of this first shipment is Leapmotor B10, a compact electric SUV built on the new Leap3.5 platform and is available with two battery options: one with up to 361 km of autonomy and another that reaches 434 km. It offers fast charge and 17 advanced driving assistance systems. Byd marked the path that Leapmotor now follows. In January 2024, he threw his first megabuque, Explorer No.1with capacity for 7,000 vehicles, and premiered by sending thousands of electric to Europe. Since then, its fleet has grown with new portacoches, including the Shenzhen Bydthe largest in the world in its category, capable of transporting 9,200 cars per trip. The strategy is evident: reduce costs, accelerate deliveries and have total control over exports. Not only byd and Leapmotor. SAIC, owner of MG, The Anji Ansheng has already thrown outwith capacity for 9,500 vehicles, and the Anji Soundness, which covers routes to the United Kingdom, the Netherlands, Belgium and Germany. Its objective is to operate with 22 ocean ships by 2026. Geely, Chery and Nio too They have shown interest in commissioning their own portacoches or in charting exclusive routes, consolidating a trend in which Chinese brands increasingly control their maritime logistics. For Chinese electric car manufacturers, ensuring their own ships or filled routes is a strategic goal rather than a luxury. With this they seek: Reduce transport costs. Dodge bottlenecks in very busy ports and routes. Cut the delivery times to dealers and clients. Guarantee a stable export flow even at times of greater demand. In a market as competitive as the European, speed and logistics predictability can make the difference between selling and staying out. Images | Stellantis In Xataka | There are those who believe that being rich is a sufficient requirement to have a Ferrari. The most important thing is something else: Ferrari fell well

First steps to release your new Korean brand phone

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Let’s tell you What are the first steps when premiere a Samsung Galaxy With One UI 7, the new version of the customization layer of the Korean company. This version will gradually reach many brand phones, although you have a high range like the Galaxy S25 You already have it available. What we are going to offer is a start guide with those first steps and initial configurations to which you should pay attention. The goal is to leave the mobile ready already to start using it having it already adapted to you. Initial configuration The first when you light the mobile is to put yourself with the initial configuration. The welcome screen can appear in several languages, but to start you just have to click on the only button, and then Choose the language What do you want to use. Then comes the turn of the privacy policy, where you can accept two things. Here, it is enough to accept the end user license agreement, and you do not need to accept data sending to continue. Then you go to the key point, the Configure your mobile from another device. Here, you will be able to do it from another Android mobile, from an iPhone or not do it and continue manually. To use another Android mobile or tablet, a QR is generated from which the connection is established, and from iOS you will have to use the Smart Switch app. In both cases, you can easily migrate your passwords, configurations, session and other elements. In the event that you do it manually, you will have to choose and connect to a Wi -Fi network, and then configure the mobile network. Then, you will also have the option of Copy applications and your data from another deviceand you will continue to start session with your Google account. Below you can choose methods to block the screen. Here you can configure elements such as your footprint, facial recognition, a pin or a pattern. When you finish it you will have to continue configuring Google services, where you will determine what data you share with the company. It is worth spending for a while to look at this. And then, you can configure some of the default applications. Here in Europe the manufacturers must do it, so you can Choose the browser or search engine What do you want to use. At the end of the process, you can configure your Samsung account, starting with one that you already have or creating it. Then you will only see the information of Galaxy AI and Bixby, in addition to the Samsung. And to finish, you have to choose between clear or dark mode on the mobile and ready, you can start using it. Choose what applications you install This is possibly the most tedious step of all the tuning of your mobile. Once you have it, you have to install all the apps you want to use. This means that you must enter Google Play and lower your applications. If you have already used the same Google account with other mobiles, click on your application store profile, go to Gesting apps and devicesand in the tab Manage You can access the apps you had installed on other devices. If you have configured your mobile to extract the data and applications from another, then the task is facilitated by lowering the majority of apps you were using. Even so, It should be reviewed that you are always use To leave everything downloaded. DESCARORY CONFIGURY AND FAST SETTINGS Next, the time comes to customize the appearance of your galaxy. For that, once all applications must be installed Configure the appearance of the desktopdeciding what apps there are on each of its screens, their position, the widgets and which ones remain alone in the application drawer. After that step, although this is already more advanced, you can also Set the fast settings panelto determine what settings appear when you open it. Here, go to the control panel and click on the pencil icon above, and you can relieve the buttons and add others to your liking. Customize the appearance of the mobile Once you have put in order the main customization of the mobile, you can spend some time in other aspects. For example, You can apply topics or simply change the wallpaper of your device to give that special touch that we all want. Both options are in the adjustments. You can also edit the lock screendeciding if you want to use mode Always on Display or always on to have some data such as the clock or other elements without having to turn on the screen. In addition, in Sounds and vibrations can change how and how much your mobile sounds. You can remove sounds such as the keyboard, choose the call tone or the sound of notifications, configure the intensity of vibrations, and ultimately everything related to this. It is worth dedicating five or ten minutes to make the mobile behave as you want. If you enter the screen options, you can choose between clear or dark mode, and many other aspects such as resolution. Here, it is important decide between buttons or gesturesthat you will find within the section of Navigation bar. They are the two ways in which you can handle yourself on Android, and it is convenient to explore them to use the best. And somewhat more advanced are the home screen settings, where you can configure the grids that the desktop and apps have, if you want a balloon to appear with the number of pending notifications on the icons, or even the size of the icons of the applications. Set the Now Bar One of the main novelties of One UI 7 is the Now barwhich is a bar on the blocking screen where you can directly control from it some applications without having to unlock the mobile. You can pause recordings or move on to … Read more

Requirements and steps to use it

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Let’s tell you step by step How to try I see 3 in Geminiin order to create videos with Google’s artificial intelligence. We are also going to tell you the requirements you need to do so, because it is still far from being able to be used by all users. At the moment, this function is for Gemini Pro users in the United Statesso you need to have a Google Gemini payment account to use it. In the case of location, there is a quite simple way to avoid this limitation. Test I see 3 in Gemini The first thing you have to know are the requirements. You must have a Google Ai Pro accounta payment account to use the most current versions of Gemini. Besides, You need to have a VPN To avoid the geographical limits of this option. For this you can use Nordvpn or almost any other of the best VPN services. Now what you have to do is connect to a US server with your VPN. At the moment, the function of creating Gemini videos is only available in Ester Country, that is, you have to fool its servers using an IP from there. Now, you have to open Gemini in a browser. Mobile apps still do not have this function enabled. Here, click on the button Video That will appear. It is possible that this button disappears to the second of loading the web, and in the event that you have this error try to press F5 with the mouse cursor ready to click as soon as the option appears. Now, once you have the activated option you have to Describe the video you want to create In a prompt. Keep in mind that an 8 second video will be generated, that is, you do not want it to be too much. Simply describe a scene and add details such as visual style. Now, Gemini will take a few seconds to generate the video, and when you have it you can see it. You can reproduce and download this video, or ask you to generate it again. The video will be an MP4 with a resolution of 720p. The generation of videos is limitedand although it does not specify it, more or less you can create about 10 or 12 per week. In Xataka Basics | The best PROMPTS to save working hours and do your homework with Chatgpt, Gemini, Copilot or other artificial intelligence

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