controlled

Salamanca has a problem and that problem is not being controlled

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In Spain we have a problem and they are called ticks. In recent weeks, the Junta de Castilla y León has confirmed two cases of Crimean-Congo hemorrhagic fever (FHCC) in Salamanca, both linked to tick bitesone in a 68-year-old man and another in an 84-year-old man, admitted and isolated according to protocol at Gómez Ulla. Previous epidemiological reports already placed Salamanca as the Spanish province with the highest number of CCHF diagnoses in recent years, with several cases in 2024 and 2025, which has led to it being described as a risk area within national maps. Worst? That is spreading. Going to the countryside, risky sport. In the Béjar region they talk about the “proliferation” of ticks and warn that certain rural environments have become hot spots for the genus. Hyalommathe main vector of Crimea-Congo in Spain. “You can’t go there to the countryside, come on, in no way,” says Antonio Muro, professor of Parasitology at the University of Salamanca, within the framework of the 24th Congress of the Society of Parasitology. The problem is that the risk is not homogeneous and depends on the ecosystem, humidity and fauna present. Spain today registers more ticks, in more places and during more months of the year, with a presence both in rural areas and in urban parks and peri-urban areas. The fault? Various factors; climate change and the favor of the entry of wildlife into cities. City ticks. In Madrid, the concern has spread to the Sierra de Guadarrama, Miraflores, Buitrago and to the south, such as in Aranjuez, where veterinarians warn of proliferations linked to the heat and spring rains. Anecpla also maintains that the presence is no longer limited to the countryside and it is also easy to find outbreaks in parks, urban gardens and even coastal areas, because its biological cycle is lengthening, with activity earlier and later in the year. Researchers from INIA (National Institute of Agricultural and Food Research and Technology) such as Felix Valcácel They point out that there are now ticks in metropolitan environments because rabbits, hedgehogs and wild boars approach garbage cans, beaches and green areas, depositing the parasites, which then settle on people who are walking or having a picnic. The activity season has also been extended: previously it was concentrated between March and October, with the peak in June and July. Now it is easy to spot specimens throughout the year because temperatures exceed 10 degrees. This means that the risk of being bitten exists both for hikers in Béjar and for families who go with children and dogs to the park. Although not all ticks are the same. Lyme and Crimea-Congo. These are the two diseases that worry the most. The Lyme disease It is transmitted mainly by Ixodes ricinusa wet climate tick that feeds on wild animals infected by the bacteria Borrelia burgdorferi. From there, to humans. After the bite, the first symptoms are usually a rash (skin erosion), headache, fever and fatigue. Of course, the clinical picture varies greatly between people and can become chronic if it is not diagnosed and treated in time, with joint, neurological or cardiac involvement. This is how they emphasize it from Health. Crimean-Congo hemorrhagic fever is a serious virus that in Europe it is associated with ticks of the genus Hyalomma -above all H. marginatum and H. lusitanicum— widely distributed in dehesa areas and drier climates, such as parts of Castilla y León and Extremadura (Cáceres). Symptoms: high fever, muscle pain, intense discomfort, digestive symptoms and, in severe cases, bleeding and liver disorders; lethality in hospitalized patients can around 30%. In the last decade, around twenty cases involved a third of deaths. Identify them and take action. In the humid and forested north they predominate Ixodes ricinus and Haemaphysalis punctata. They are small, dark in color, found in bushes and tall grass and are mainly responsible for the risk of Lyme. To the question about whether a tick can kill you We already know that it is, so it’s better not to take it as a joke. In the Meseta and drier areas, such as part of Salamanca, Soria and Ávila, there are abundant Hyalomma lusitanicum and Dermacentor marginatus: they are larger, with ringed legs, “with visible eyes”, very mobile and capable of following a host over the ground for a certain distance. Is it affecting tourism in the area? What’s going on: in March records were set about a series of historic figureswith a total of 129,387 travelers and 101,924 overnight stays in the first quarter in May alone. The general photo of the market depends a lot on weekends and short getaways, yes. Associations like ANECPLA agree that the key is not to cancel trips, but to change the way you go to the countryside: long, light-colored clothing, pants tucked into socks, closed boots, appropriate repellents, walking in the center of the trails, avoiding sitting on the grass and keeping the dogs dewormed (flea pipette, collar, pills on duty, etc.). Recent guides estimate that, while in central Europe there are about five relevant species, in Spain between 15 and 20 are detected, which complicates the risk message and forces more emphasis on prevention. In fact, the recommendation is that, after a trip to the countryside or to areas of dense vegetation, you check your body, whether it is an adult, child or pet, paying attention to the groin, armpits, waist, scalp, behind the ears and navel, where ticks look for thin skin and good blood flow. What to do if you have been bitten. If a tick attached to the skin is detected, it must be removed as soon as possible with fine-tipped tweezers (eyebrow tweezers usually work, if done carefully), holding it as close to the skin as possible and gently pulling upwards, without twisting or crushing the body, without applying alcohol, oil or Vaseline, and then cleaning the area with soap and water or antiseptic. In the following four weeks, it is key to monitor for fever, … Read more

produces for the first time the ultrapure silicon that its competitors controlled

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China is a powerhouse in quantum technologies. In fact, in this area he looks directly at the US. These two countries have accumulated notable milestones over the past few years, including the quantum supremacybut his leadership diverges depending on the area. In quantum computing The US accumulates 34% of the most cited articles compared to 16% Chinesewhile in quantum telecommunications China leads with 34% of reference scientific production vs. 17% United States. The patent landscape reflects that same duality. China monopolizes around 60% of all requests global quantum technology patents registered in 2024, but when the filter is applied to international patents (those protected simultaneously in several countries), The US leads with 48% compared to 11% Chinese. Although, as we have just seen, China is making important achievements in the field of quantum technologies, it is to some extent dependent on some innovations from abroad. In the current situation of tension with the United States and its allies, this gigantic Asian country needs to become independent from foreign quantum technologies, and has just taken a very important step forward in this direction. The Chinese State Nuclear Corporation has announced that one of its research institutes has for the first time produced high-purity silicon-28 with an isotopic abundance greater than 99.99%. This isotope is decisive because it is considered the raw material for quantum hardware with the greatest scale potential: quantum computers based on silicon. Silence is everything The reason why silicon-28 matters so much must be found in physics. Natural silicon is composed mostly of silicon-28, but contains approximately 4.7% silicon-29, an isotope with non-zero nuclear spin. This detail is innocuous for a classical transistor, but is devastating for a quantum computer because the silicon-29 cores act as sources of magnetic noise that disturb the qubits, causing them to lose their quantum state in fractions of a second. Enriching the silicon until that impurity is almost completely eliminated is equivalent to building an anechoic room for the qubits: an environment where noise disappears and quantum information can persist long enough to operate on. A silicon-based quantum computer uses electron spin trapped in quantum dots (nanostructures manufactured on a silicon wafer) as a basic unit of information. Coherence, that is, the ability of the qubit to maintain its quantum state long enough to operate on it, depends directly on how quiet the surrounding environment is. In natural silicon the magnetic field generated by the silicon-29 nuclei drastically limits coherence In natural silicon, the magnetic field generated by the silicon-29 nuclei drastically limits this coherence. However, in silicon-28 enriched to 99.99% that field disappears. The most recent experiments on wafers manufactured with standard industrial CMOS processes have yielded coherence times of up to 803 microseconds and relaxation times of 6.3 seconds, as well as operating fidelities exceeding 99% in both one- and two-qubit gates. These numbers make sense when put against those of other qubit technologies. Superconducting qubits, the bet of Google and IBM, are extraordinarily fast in the execution of logic gates, but require cooling at temperatures close to absolute zero (around 15 millikelvin) and their coherence times They are measured in tens of microseconds. Trapped ion qubits, for their part, achieve coherences of several seconds and very low error rates, but their operations are slow and scaling them beyond a hundred qubits is extraordinarily difficult. In fact, they require ultra-fine vacuum systems, complex electromagnetic traps and surgically precise lasers. Spin qubits on silicon-28 are not the fastest or most coherent in absolute terms, but they combine sufficiently long coherence with an advantage that no other platform can match. That advantage is compatibility with the semiconductor industry as it exists today. Spin qubits in silicon are manufactured on 300 mm wafers using standard CMOS processes, the same ones that TSMC, Intel or Samsung use to produce classic transistors. This means that, in principle, the transition from a handful of qubits to millions integrated on a single chip is not limited by unknown physics, but by the same manufacturing engineering that the industry has mastered for decades. For China, which has invested many resources in building and strengthening its own semiconductor industry, being able to autonomously produce the base material on which this architecture depends is not only a scientific milestone; It’s a strategic move that connects its quantum agenda with its chip industry. And, as a tip, also with its broader objective of technological autonomy compared to the West. Image | Maxence Pira (Unsplash) More information | SCMP In Xataka | 38% of AI experts in the US have been trained in China. They are essential to sustain your leadership

that humanoid robots controlled by a central AI work

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Samsung has planted itself in the MWC 2026 with one objective: to demonstrate that it is a ubiquitous company. What does this imply? Well, let them gain muscle with your screens everywherebut also show a powerful commitment to artificial intelligence in all links of the chain: from mobile phones to Samsung Galaxy S26 to the factories. And as a result of that intention for AI to be the pilot of everything, they have shown a science fiction plan: that robots and a central AI control their factories. And they want it the day after tomorrow. Independent. He concept of “agent AI” It’s one that we’re going to have to become familiar with because companies are going to put a lot of effort – and money – into this. It is an AI that no longer only responds to what we need, but can carry out actions autonomously. In a releaseSamsung assures that that agent principle that has been introduced in the Galaxy S26 It will be what dictates the future of its factories. The South Korean company wants these artificial intelligence agents to be the ones that “optimize workflows in production, predictive maintenance, repair operations and logistics coordination” in its factories, but an AI cannot execute things outside of the software. Need a physical interfaceand that’s where the other leg of the plan comes into play. Robots. They are the body of the brain and something that many companies are already exploring. A few months ago I traveled to China and came across the first store run by a robot. It is very simple and I described it as a “glorified vending machine”, but it meets the objective of these companies: to have spaces in which robots take care of everything. They don’t rest, they don’t have agreements and they don’t complain. And if companies like BMW either Xiaomi is already testing robots in its factories, Samsung does not want to be left behind. In the statement, the South Korean company states that they are already progressively introducing highly specialized humanoid robots for various tasks. For example, robots for facility management operations, others for the next steps of the production line, others in logistics, others for the transportation of materials, and precision robots for manufacturing. They point out that they are ideal in environments where human access is limited or dangerous and they are clear that it is something that will grow, with other robots dedicated to monitoring plant conditions, identifying risks and mitigating them before they occur. Total bet. In the end, it is about fully integrating AI across the entire manufacturing value chain: from logistics to production; from quality inspection to final shipment. They are designing a “next-generation autonomous production environment,” and they want to have it soon. The plan is that by 2030, “all manufacturing operations” will have completed the transition to this agentic and robotic AI. They are already at it, as we say, adding robots to production chains, but Samsung’s Executive Vice President and Head of Global Technology Research points out that the next phase is the “construction of autonomous environments where AI understands contexts in real time and executes optimal decisions.” NVIDIA. It sounds like science fiction, especially because of the deadlines they have, but they will not be alone in this adventure. Who is going to be by your side? Indeed: NVIDIA. At the end of last year, both they signed an agreement collaboration that includes the deployment of more than 50,000 NVIDIA GPUs and the use of the platform Omniverse to carry out the infrastructure of digital twins in semiconductor manufacturing. This is key to achieving that goal that Samsung seeks and as important as the AI reasoning systems in real time for robots. And for this they are also using the Jetson Thor platform from Jensen Huang’s company. Alternative to TSMC. That is the goal that Samsung wants to reach. Because right now they are one of the largest factories in the world (they have their Exynos processorsbut also its camera sensors that are in various devices, as well as its division of memory that powers NVIDIA GPUs), but what they want is to become an alternative to the undisputed queen: TSMC. To do this, Samsung is moving, opening factories in several countries around the world and investing enormous sums of money to be one of the legs of the business in the United States which also pursues this agentic AI and the end with haste and a good wad of cash: general AI. There are four years left to see if this objective, which seems like science fiction, is met. Images | Samsung, Xiaomi In Xataka | I have seen the result of a crazy night between a mobile phone and a robot: the Honor Robot Phone dances to your music as well as takes photos of you

Science has investigated why we bite our nails or leave everything until the last minute: “controlled explosions”

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Biting our nails until it hurts, bingeing on junk food after a stressful day either open TikTok just when we have to start workingit is not an irritating habit that we would like to erase from our daily lives. But the reality is that science is beginning to see these behaviors in a radically different way: as a protection strategy for the organism. The brain seeks survival. As pointed out by different experts such as clinical psychologist Charlie Heriot-Maitland, author of Controlled Explosions in Mental Healthour brain prefers to inflict controlled “microdamage” on itself rather than face a greater and unpredictable threat. And the premise from which affective neuroscience and evolutionary psychology start is forceful: our brain is not programmed for us to be happy, but it is programmed to seek survival. Which is precisely what we did thousands of years ago when we tried to hunt or flee from predators. Systems that are still very present in our genetics. A hypersensitive system. This threat detection system is hypersensitive today. In the modern world we do not have to flee from a predator, but criticism from the boss or the fear of failing in a project activates the same alarms that a predator in the savanna activated in our ancestors. And faced with this unbearable stress, the brain looks for an escape route that acts as a “safety valve.” This is what Heriot-Maitland calls “controlled explosions.” Nail biting. Why can something as absurd as biting your nails or picking your skin be “protective”? The key is predictability. And in a chaotic world and an emotional, abstract and difficult to manage threat, cause us a little physical damage (like biting a cuticle), causes the brain to divert attention towards a specific, real stimulus and, above all, under our control. In this way it works as a “costly signal”, since we prefer a small and known damage to cushion emotional pain that we perceive as potentially devastating. Procrastinating is not laziness. scientific literature speaks in this sense of the self-handicapping (self-limitation), which suggests that we put obstacles on ourselves to protect our self-esteem. This way, if you stop studying for an exam and fail, you can tell yourself, “I failed because I didn’t study.” It’s a small damage to your ego. However, if you study to the maximum and fail, the conclusion is much more painful: “I failed because I am not capable.” The brain prefers the narrative of lack of effort (microdamage) rather than facing the threat of incompetence that poses greater emotional damage to anyone. It is not exclusive to us. In nature, there are numerous social insects that resort to defensive self-immolation in order to save their colony, as we already saw. In our case, the mechanism is something like this: we sacrifice our current well-being, such as physical health, to reduce a perceived long-term risk. The problem is that this system is designed for life or death situations, not to manage the chronic stress of the 21st century. In this way, what began as a useful defense ends up becoming a self-defeating pattern that generates more anxiety than it relieves. How to avoid it. If we understand that modern nails or procrastination are defense mechanisms, the solution changes completely. In this way, modern therapies, such as Compassion Focused Therapy, They propose that the first step It is not fighting against the habit, but understanding the reason for its existence. The most important thing in this case is not to punish yourself, since self-criticism is perceived by the brain as other threatens more, which reinforces the need to resort to the destructive habit to calm down. In this way, if we generate security, the brain will not have the need to cause these “controlled explosions.” Images | Sander Sammy Tim Gouw In Xataka | Procrastination is one of the great temptations of the mind. There are techniques to avoid it, according to science

has launched the Excel and Word that are controlled with prompts

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Microsoft is trying to transfer the phenomenon of ‘Vibe Coding‘ – Write apps without knowing how to program, only with instructions to a chatbot – to office work. The bet is that anyone can do in minutes what I used to require hours of a junior consultant, without dominating Excel formulas or writing techniques. Agent mode In Excel, use OpenAI reasoning models to break down complex tasks in executable steps, as if an expert worked with you. Office Agentbased on Anthropic models, creates PowerPoint presentations and Word documents directly from Copilot chat. The company says that agent mode in Excel reaches a 57.2% precision in Spreadsheetbench, surpassing Chatgpt agent and Claude Opus 4.1, although below 71.3% of human precision. The context. Microsoft has been integrating the Office for months, but so far it was limited to specific assistance functions: summarize, rewrite, respond. Agent Mode and Office Agent mark a qualitative leap: IA assumes multipurpose tasks that previously required specialized knowledge. Use OpenAI models for agent mode within the applications and anti -appoal applications and models for Cat in the chat. This division speaks of a certain diversification: Microsoft had already incorporated the Anthropic in Github co -ilot and Copilot Studio A few days ago Summit Chauhan, from Office, summarize it like this: “It is a job that a first -year consultant would do, delivered in minutes.” Yes, but. The 57% accuracy in spreadsheet tasks leaves a considerable margin of error. Microsoft emphasizes that the results are auditable and verifiable, but still require human supervision for sensitive cases. In addition, Agent Mode is only available in the Excel and Word web versions in the launch. The support for desktop applications will arrive “soon”, according to the company. Office Agent, meanwhile, is limited to users in the United States. The cloud services dependence also raises questions: Anthropic operates its API about AWS, Azure rival. This would explain why their models are not yet really integrated in Office desktop applications. Between the lines. Microsoft presents this as democratization of access to expert capabilities. But it is also a way to justify subscriptions of Microsoft 365 Copilot. The relevant thing is that Microsoft is betting on AI doing heavy work while the user “guides and directs.” That is, the user goes from “doing” to “ask to be done.” What has already seen in programming, above all. And there is another reading: if Agent Mode can do in minutes what he had been having been implicitable for hours before for hours. The question is what happens to who before that job. Specifically, with the Junior. Microsoft has designed this for the process to be visible: the user sees what is doing in each step, as if observing an automated macro in real time. At stake. Microsoft competes against Google Workspacewhich also integrates generative in Docs and Sheets. But above all Now also competes against independent tools such as Notion AI, Gamma or Beautiful.AI, which promise to create presentations and documents from scratch without the need for Office. Microsoft’s advantage is domain: one billion people use office every month. If you get Agent Mode to work well, you don’t need to convince anyone to change tool. Just update your subscription. In Xataka | IBM’s ghost: Satya Nadella’s great challenge is to prevent Microsoft from ending up a technological fossil Outstanding image | Microsoft

With the battle against the controlled Muslims, the Byzantine emperor Teófilo decided to do something: defeat himself

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Throughout the planet they extend battlefields that have gone down in history. It is estimated that there are some 12,000 localized battles Throughout history, being those of the twentieth century The bloodiest in history. Many of those ‘famous’ wars marked a turning point in one way or another, and the battle of Anzen between Byzantines and Muslims was one of them. But not for being a deed or a great military strategy, but for being an absolute embarrassment in which his army defeated himself. The legend. Between the eighth and twelfth centuries, the Arabo-Bizantine wars. It was a series of conflicts that, for almost 550 years, faced different Muslim caliphath with expansionist eagerness and the Byzantine empire. The conflict changed the political and military landscape in the Middle East and in a large part of the Mediterranean. Legend tells that one of the battles between the Byzantines and the abasi caliphate decided the … spirits. As we read in National Geographicin one of the battles during the ninth century, the Byzantines managed to repel the Arabs, but did not have time to celebrate the victory. At nightfall, the Byzantine soldiers began to see lights moving in the fog, some ‘Fatuos fires‘(flammable gases generated by decomposition matter on the battlefield) that soldiers confused with wandering spirits and souls. In the confusion the Byzantines panicked, they began to attack between them and those who fled were clear by a cliff. Anzen. As history, it is very good, but there are no documents that support it and it seems rather a story so that the soldiers do not get carried away by the Superstitions. The funny thing is that there was a historical episode in which the soldiers were dragged by fear, causing a humiliating defeat. It occurred in the same ninth century, specifically on July 22, 838. In the Anzen battle (current Dazmana, in Türkiye), the Byzantine emperor Teófilo He commanded between 25,000 and 40,000 men against an abasi force under the command of the Iranian Prince al-affshin. The previous year, the Byzantines had made an incursion into the ground of the caliphate, and the Caliph sought revenge. Your goal? Love affairemblem, one of the largest cities in the Byzantine Empire. There are many factors that influence a battle, such as the size of the armies, their armament and even morality, but something definitive is the strategy. And Teófilo came up with a great idea that turned out to be decisive. Galaxy brain. At one point in the battle, and at a point where their troops had the advantage, it occurred to Teófilo to reinforce one of the flanks personally. He took a group of soldiers and left the usual command place. Although in many films we see that leaders are the first to load, the common thing was that they stayed in a remote and privileged position. Not only saved their neck, but they could exercise military tactics in real time. Teófilo sneak away after the defeat Panic and unbalanced. He must have seemed a good idea, but this action was a turn in the dynamics of the battle. The Byzantine troops began to see that Teófilo was not in their command position and thought the most logical (sarcasm): “The emperor has died.” Without its leader, the troops are They demoralizedthey began to act indisciplinedly and there was a disruption in the ranks. Historical chance or strategy, just at that time the Turkish cavalry, with its archers, made a counterattack, which exacerbated chaos in the Byzantine ranks. The attack of the archers mounted and that idea that its leader had died in combat, undermined the morals and cohesion of the imperial army, dynamiting any initial advantage in combat. What do you do? Recall that Teófilo was still alive leading the attack in another area of the battlefield, but their forces had collapsed and the emperor, next to a group of soldiers from his personal guard and the Kurdish allies, was isolated in a hill, the Anzen hill. The Arabs surrounded them, but here there was a Deus Ex Machina de Manual: it began to rain, the strings of the Turkish arches were unused and, while the Arab troops waited for catapults to bombard the position, Teófilo and his personal guard slipped between the enemy lines. Sitío de Amorio for Muslim troops Fatal error. After that, the rumors of his death had already spread and the emperor not only had to fight against it, but against the Arab advance. The defeat in Anzen paved the way to Amorio for the Al-Afshin troops, where the looting of the city that had been a symbol of prestige and imperial power. It was not a definitive blow in the war between Byzantines and Abasíes due to internal conflicts in the caliphate, but of course it was a defeat for the history of the uncoordination of the troops and how important the command figure is. In Xataka | There is a reason why the Canary Islands is not British: the day that United Kingdom invaded Tenerife without knowing what was inside

Spanish universities controlled online exams with facial recognition. AEPD has decided that it is enough

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The Spanish Agency for Data Protection (AEPD) has reached a clear conclusion about the use of biometric systems with artificial intelligence in online university evaluation. There is no possibility that they can be used legally, at least without a specific enabling law. The trigger. The AEPD has presented A complaint against the International University of Valencia. The VIU had been using a system that combined use of artificial intelligence tools with double camera recording (which the student must contribute) to monitor online tests. It is a practice that It has been doing for more than three yearsand that the agency has sanctioned rejecting the legitimacy of this data processing. Viu is not alone. The International University of Valencia is not an isolated case. Some of the most prestigious in Spain, such as University of BurgosUniversity Isabel I, European University, or the University of La Rioja have been implementing this system for years. It is a solution to the growing demand for 100% online training, with tools that allow the student to monitor without the need for the exams in person. The main objective, according to universities, is to avoid fraud and impersonations of identity during evaluations. The culprit. Smowl, this is the name of The online exam supervision tool. This solution, designed for both business and academic use, allows monitoring with webcam, extra camera, browser block, eyelashes control and, ultimately, replaces human role in exam supervision. In the case of the UIV, it was guaranteed that these data were pseudo and eliminated “quickly”, although it recognized that the processing of these data meant “a very high impact risk for the rights and freedoms of the affected people” The universities are covered in which it is the student who gives their consent to the use of these tools by accepting the general conditions of the course in which it has enrolled. The AEPD has another opinion. There is no legislation that covers its use. Universities are shielding that it is the student who gives their consent to the use of these tools by accepting the general conditions of the course in which it has enrolled. The AEPD has another opinion. “The consent cannot be considered valid because there was no real and effective alternative to students as the software used is the only method allowed to perform online exams. Their rejection by students involved losing their right to evaluation. Nor is the mandatory acceptance of general conditions to enroll when enrolled.” These data are of special category and are regulated by Article 9 of the General Data Protection Regulation (RGPD) Since 2022. According to the agency, there is currently no legitic exception in said article or a specific legal framework that enables these practices. It is also rejected that students can give consent, having no alternative available. But it doesn’t close the door. Data protection does not close the door completely to these types of systems. Specifies that it is necessary to develop specific regulations to determine “in what cases, conditions and under what guarantees this biometric treatment can be carried out”. “ Currently, without frame in which to protect yourself, the use of these tools will be subject to sanction for breach of the GDPR. A deep modification of the regulation would not be necessary, it would suffice with an exception that specifically reflect these scenarios of use. Facial recognition in Spain. It is not the first time that Spain calls into question the use of this type of systems. The OBERTA UNIVERSIDAD DE CATALUÑA was sanctioned In 2022 with 20,000 for using facial recognition in their exams. Outside the educational field, one of the most popular cases was that of Mercadona, fined 2.5 million euros for a pilot project in which they tested a facial verification system in their supermarkets. At a lower level, local companies have also faced large fines for breaching the regulations of the GDPR in the workday registry through biometry. Despite this, it is a technology used in video surveillance systems, Like Renfeor that of Madrid in its streets with hundreds of cameras with AI to reinforce the security of the capital. Images | Pexels (Andrea Piacquadio), Unspash (Dom Fou) In Xataka | Pau is approaching: here you have all the degrees related to technology and science with its cutting notes

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