wifi

the Reolink OMVI 3i WiFi arrives in Spain

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When protecting your home or business with video surveillance systems, one of the common dilemmas is choosing between a wide-angle camera that covers a lot of space or one with movement. pan-tilt that allows zooming and tracking. Reolink seeks to resolve this dilemma with the arrival in Spain of the OMVI 3i WiFia smart security camera that stands out for its triple lens system designed to cover a full 360º field of view without losing detail. Reolink OMVI 3i WiFi surveillance camera The price could vary. We earn commission from these links A surveillance camera with no blind spots The central aspect of the OMVI 3i WiFi lies in the combination of its optics. On the one hand, it integrates a 10 MP dual-lens panoramic module; On the other hand, it adds a third PT lens (pan-tilt) of 8 MP. Overall, the system achieves a 18MP combined resolutionallowing you to maintain a continuous overview of the scene while being able to focus or track in detail on specific areas or subjects. To take advantage of this structure, this surveillance camera incorporates the technologies SyncTrack and Auto Framing. These features allow the camera to automatically detect moving people or objects and keep them framed and centered in the image as they move. At the software level, the model debuts the technology AI ReoNeuraa proprietary system that performs intelligent detection processing and video search directly on the hardware itself. By not depending on the cloud for these analysis tasks, the team seeks to reduce both false alerts and response times, while also reinforcing data privacy. Along the same lines, the Reolink proposal waives monthly fees or mandatory subscription services. Recordings can be stored locally using a microSD card of up to 512 GB or by connecting the equipment to an NVR recorder from the brand itself. Price and availability The Reolink OMVI 3i WiFi is now available in Spain with an official recommended price of 319.99 euroswhich can be purchased both on the manufacturer’s official website and through its store on Amazon. For those who prefer installation via network cable instead of wireless connection, the brand also offers the OMVI 3i PoE version. Reolink OMVI 3i WiFi surveillance camera The price could vary. We earn commission from these links ⚡ IN SUMMARY: reolink omvi 3i wifi security camera ✅ THE BEST Complete coverage on a single device: The triple lens architecture allows you to replace the installation of multiple cameras to cover a large space. No recurring costs: Local storage and on-device AI processing avoid paying monthly fees. ❌ THE WORST Initial investment… Its price places it above the simplest entry-level IP surveillance cameras. Wireless signal dependency… Although it has the PoE (wired) variant, the WiFi model requires an access point with good coverage to transmit the high-resolution video stream without interruptions. 💡 BUY IT IF… You have a home with a garden, patio or wide access, as it is ideal for those looking to monitor large outdoor areas, avoiding blind spots without filling the façade with devices. ⛔ DON’T BUY IT IF… You intend to monitor a small room or a hallway, since a triple-lens panoramic model will be excessive in terms of performance and size. Other cameras from the firm that may interest you Reolink Duo 3 PoE Camera: Dual 16MP UHD Lens The price could vary. We earn commission from these links Reolink 3K PT Indoor Camera, Auto Tracking The price could vary. We earn commission from these links Some of the links in this article are affiliated and may provide a benefit to Xataka. In case of non-availability, offers may vary. Images | Reolink In Xataka | 360 cameras, purchasing guide to record or photograph everything around you. Recommendations and six models for all budgets In Xataka | The mobile phones with the best cameras that we have analyzed in recent months (2025)

There are people recommending putting a coin on the WiFi router to make it work better. It’s stupid like a temple

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The WiFi coverage problems They are a common evil in many homes and that causes all kinds of problems to arise. tips and tricks to improve itsome of them quite questionable. One of the viral tricks that has been circulating the most lately is the one that ensures that simply By placing a coin on top of the router we can amplify the signal of our WiFi. I wish it were that simple. The trick has been successful because it combines several factors: it is very easy to do, problems with WiFi are very common and it has a certain scientific basis. The logic is that, as the antennas are metal and the coin too, if we put it on top of the router we will make the signal increase. Let’s explain to you why it doesn’t make any sense. Debunking the myth of the coin and the router Placing a coin on the router has the same effect on the signal as leaving it next to it: none. For a metal to act as an antenna, it has to be connected to the circuit that emits the signal, but this is not the case. Between the coin and the circuit are other components, air and a plastic casing. Come on, it’s not going to have any effect. Placing metal near a router can even worsen the signal. If we surround a signal emitter such as the router with metal, we will achieve the well-known effect Faraday cagethat is, the signal is blocked. Obviously with a single coin we are not going to make WiFi worse, but this destroys the belief that a metal object on top of the router is going to amplify the signal. Photo by Pierre G on Unsplash As we said, the basis of the trick is that the antennas are made of metal, but there is a key issue and that is that not just any metal will do, it must be one who is a good driver. The metal that conducts electricity better It is silver, followed by copper, gold and aluminum. Euro coins are made of different materials depending on what currency it is. The 2 euro one combines a copper-nickel exterior with a nickel and brass interior; those of 50, 20 and 10 cents are made of Nordic gold (an alloy of copper, aluminum, zinc and tin) and those of 5, 2 or 1 cent are made of copper-coated steel. Even if the trick worked, none of these materials would be ideal for building an antenna. Tips that will improve your WiFi Most WiFi problems at home have their origin in one very specific thing: the router is incorrectly placed. The usual thing is that the installation comes through a wall and that we install the router right there, but it is a mistake. The more focused you are, the better. The router emits the signal in all directions, so if we put it at one end of the house we will be making the signal very good in that room and outside (on the other side of the wall), but it will be increasingly weaker as we move away from it. The best location for the router is to place it as centrally as possible within our house. Another issue to take into account is the obstacles. The walls, the closets full of clothes, the appliances… all of this will weaken the signal of our WiFi, so the fewer obstacles you have to cross, better. There is more tips that allow you to optimize the WiFi signal at homehow to keep your router updated or choose well what we connect to each bandbut if nothing works you can always turn to additional devices such as a WiFi PLC amplifier or what is by far the most effective: a WiFi Mesh system. I myself have suffered problems with WiFi at home due to a poorly placed router and The only thing that solved it was installing two additional mesh routers. I wish it had been as simple as putting a euro on top of the router. Image | Alex Alcolea, Xataka In Xataka | The new WiFi 7 router from Movistar compared to the previous one with WiFi 6: a leap that is worth it in almost everything

Teams will be able to know if you are in the office via WiFi

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Presence at work long ago stopped depending only on sitting at a table. Now it also lives in shared calendars, statuses Teamsscheduled meetings and small signals that we use every day almost without thinking about it. Microsoft wants to add one more layer to that invisible map of hybrid work. We’re not just talking about knowing if someone is busy or available, but about bringing physical location closer to the tools we use to coordinate. And that’s where a seemingly practical feature starts to strike a much deeper chord. The concrete novelty. The idea is that this change of “today I work from the office” does not always depend on us marking it by hand. The function is called workplace check-in via WiFi and is designed for Teams and Microsoft Places. The scene is easy to imagine: you arrive at the office, open your laptop, connect to a corporate network set up by the company and the system can update your work location during the day. Microsoft proposes it as a way to keep that information up to date without forcing the employee to touch their status every time they change plans. How it works. Microsoft is not talking about following the employee’s cell phone around the city as if it were a GPS, but rather a signal generated within a specific work environment. The company must previously register its office networks in Microsoft Places, with its SSID and, to associate them with specific buildings, the BSSIDs of the WiFi access points. Microsoft’s documentation adds another important limit: this detection requires the Teams desktop app on Windows or macOS, not the web or mobile versions. If the device is not connected to a network configured as a work location, Microsoft notes that the person will appear as “Remote.” A coordination tool. It’s not just about putting an “office” label next to someone’s name, but about making that information serve to better coordinate the team, according to Microsoft. The company gives very everyday examples: knowing who is there to have a coffee, reserving a table near colleagues or converting a meeting planned as remote into a face-to-face meeting. You can also keep your work plan up to date and check-in an existing desk reservation. The nuance of control. Microsoft insists that this feature is not enabled by default for the entire workforce. Check-in is disabled initially for each tenant and must be enabled by administrators, who can configure the experience as opt-in or opt-out. The company says that each employee retains control over whether and how their device works, and that location permissions are required at the operating system level. It also points out that the user can modify their settings at any time, manually define their work location or overwrite it if necessary. And in practice? Microsoft says the employee retains decision-making power, but corporate work rarely occurs in a neutral environment. Many companies, especially on Windows, manage laptops, Teams policies, operating system permissions, and Microsoft 365 settings from administrative layers that the user does not fully control. This does not allow us to conclude that this function can be imposed ignoring the employee, because Microsoft itself insists otherwise. It does force us, however, to read the promise of control with obvious caution: it will depend on the actual deployment. Why it matters. Microsoft’s announcement is not accompanied by a public list of countries or a closed date for each organization. The company talks about an enterprise rollout with Microsoft Places later this year, while its technical documentation still describes wireless check-in as a feature in preview. To use it, each company will have to prepare its tenant, which in practice is the Microsoft 365 environment that each company manages, configure buildings and add approved corporate networks. The bottom line is in scale: Teams is not a minor tool within the corporate desktop, but a platform with more than 320 million monthly active users. Images | Xataka with Nano Banana In Xataka | Knowing how to use AI is not a simple advantage: it is the difference between being in a labor market that is growing or one that is stagnating.

Wi-Fi 8 will arrive in 2028

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TP-Link needs few presentations to sell its routers: it is one of the largest manufacturers in the world and also one of the best known. Well, the Chinese brand has just announce that its new Archer 8 router will be launched in October this year with the next generation of Wi-Fi, the Wi-Fi 8 (802.11bn). That it arrives with the latest technology is very good, the point is that Wi-Fi as an official standard does not yet exist: at the very least will be ready at the beginning of 2028. TP-Link seems to be clear that whoever hits first, hits twice, but getting so far ahead has fine print. TP-Link lives in the future. In reality, the TP-Link Archer 8 will be the first of a batch of routers with Wi-Fi 8 that the company plans to deploy in the coming months: mesh systems, travel routers and adapters, all of them with this future connectivity standard and all scheduled throughout 2027, that is, before the official deployment of Wi-Fi 8. Bottom line: The Archer 8 will hit the market about a year and a half before a complete, certified standard exists. The explanation that gives its president is that “innovation in Wi-Fi has been measured by maximum theoretical speeds (…). But what really matters to users is consistency. Archer 8 is designed to offer precisely that: lower latency, better performance against interference and more stable connectivity in real environments” and well, yes but no. Why is it important. As usual as we see new standards, Wi-Fi 8 will offer more speed. However, its great novelty is that the nodes of a network can coordinate with each other to better manage the signal, the multi-AP. In practice, it makes the nodes of a mesh network cooperate to reduce interference in the network so that there are fewer outages when you have many devices connected (or your neighbor does). Internal company tests show improvements of up to 33% in performance and better sensitivity in the 5 and 6 GHz bands. Of course, these are data from the manufacturer itself in the laboratory, that is, from the interested party. The problem is that buying hardware based on an unfinished standard usually ends badly, you just have to look back. With 802.11g, the IEEE’s own files documented incompatibilities between pre-standard routers from different manufacturers because each one implemented a different draft. With Wi-Fi 6E, several models presented at CES 2022 They arrived on the market without Wi-Fi Alliance certification and without having passed interoperability tests. With Wi-Fi 8 there is even more room for disaster: if the draft changes before 2028, flagship features such as multi-AP may not be compatible with devices from other manufacturers. Context. We are talking about Wi-Fi 8 when Wi-Fi 7 is not even close to being universal and for example, a button: although it is true that the MacBook Pro M5 Pro They are compatible with Wi-Fi 7, the popular MacBook Neo presented by Apple just a couple of months ago, it arrived with Wi-Fi 6. The same with the advanced Apple Vision Pro with M5. The reality of wireless standards adoption is that it is painfully slow. Furthermore, although the claim of offering Wi-Fi 8 is attractive, if you have a mobile phone or tablet with Wi-Fi 5 and you connect them to a router with Wi-Fi 8 it will not work a miracle: they will connect using only the older protocol. Your joy in a well. Yes, but. Since the Wi-Fi 8 standard won’t be ready until 2028, it’s almost certain that the Archer 8 won’t have all the features of the final standard implemented when it’s available in stores. What does this mean? That whoever buys it in October 2026 will pay for an incomplete product that could be improved by software in the future… or not. And even if it arrived with the complete standard (this is not the case), it will take years for there to be devices with which to take advantage of it. But there is another serious problem for TP-Link: The United States banned the import of routers from outside its borders facing potential use for espionage. If the FCC does not approve the product, the Archer 8 will not be sold in the US. In Europe there is no veto, but with Wi-Fi 7 it’s already blocked half of the 6 GHz band by regulation and with Wi-Fi 8 the same is likely to happen. In Xataka | Best gaming router, streaming and teleworking from home. Which one to buy and recommendations from 60 euros In Xataka | Wi-Fi 8 is already in development. The surprise is that it will not be faster: the advantage will come from another side Cover | TP-Link and Gemini

five things that are much better than using WiFi 6

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We have been hearing about it for months Wi-Fi 7 –under the technical name of version 802.11be–, but it was not until just a few weeks ago when giants like Movistar began to implement its new routers compatible with this technology. The promises are clear: greater traffic capacity, lower latency, better coverage… Let’s try to put some order and explain in plain language what exactly do we win when moving to a WiFi 7 router. Speed. WiFi 7 is a noticeably faster technology than Wi-Fi 6. Specifically, it has a theoretical speed up to 4.8 times faster under ideal conditions. For example, if we have a compatible smartphone, we can reach speeds of up to 5 Gbps. In other words, if you have contracted 10 Gbps fibera WiFi 7 router is an essential ally. Latency. A fact closely linked to speed is latency: A fast connection is of no use if the latency is high. WiFi 7 is capable of combining the 2.4 and 5 GHz bands under the name MLO (Multi-Link Operation). In other words, WiFi 7 opens up multiple lanes on the highway instead of just one: both bands can be used at the same time, immediately relieving congestion. Coverage. Having this dual path not only allows you to reduce latency, WiFi 7 also allows you to enjoy better coverage. The 2.4 GHz band allows you to go further, but is slower than the 5 GHz band. The latter is especially fast, but loses strength with distance and physical obstacles. With WiFi 7, the device can switch between both without you noticing the change, so you will notice that you always have the best network coverage available. Stability. The same principle applies to network stability. In a traditional router, we choose which band to connect to. Generally, we tend to connect to the faster 5 GHz band. It is the ideal band for playing games, downloading files and performing tasks that require maximum speed, but it is not as stable as 2.4 GHz. When working with MLO, we will notice a much more stable connection, something that will be especially noticeable in multi-story homes, rooms far from the router, busy buildings, and at times when the 5 GHz band does not provide the necessary stability. Usage scenarios. The last point has to do with the general summary of WiFi 7 routers: they are simply better at everything. They allow us to take advantage of the operators’ new rates, improve home coverage, increase bandwidth significantly, and allow us to enjoy the maximum contracted speed even in rooms where we may have previously had limitations. WiFi 7 allows playing online, downloading files, uploading files, or performing any type of high-demand task to be done anywhere in the house. Go deeper. 2026 is going to be the year of XGS-PON technology, with 10 GBps fiber beginning to be included in large operators. A standard in which we have been working for more than ten yearsand in which Movistar, Orange and Digi are beginning to lead. Orange still installs WiFi 6E routers, Digi allows installing the WiFi 7 router starting at 750 MBps, but Movistar will always include the WiFi 7 router. A war that will begin to intensify when the rest of the operators begin to compete to offer WiFi 7, and that will mark a before and after in our network connection. In Xataka | Bridge mode of the Movistar Smart WiFi 7 router: how to configure it to use a neutral router with it

There are different ways to get Movistar to put your new WiFi 7 router at home, although not all of them are free

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The router is usually one of those devices that stays at home for years, almost as part of the furniture. We only remember it when the WiFi fails or when we discover that there is a new model that promises to make everything a little better. Movistar already has that model: its WiFi 7 Router. And there begins the important question for many customers: if I already pay for fiber with the operator, can I simply request it? The short answer is that getting it is easy. Get it for free, not always. What the new router promises. Movistar does not only put a new WiFi label on the table. The operator assures that your router Wi-Fi 7 It allows up to 70% more traffic capacity, reduces latency by up to 50% and improves coverage by 10% compared to its predecessor. These are figures designed to explain a very specific scenario: homes where not only mobile phones and laptops are connected, but also televisions, cameras, home automation, consoles and other equipment that compete for the same network. Add to that 10 internal antennas, EasyMeshWPA3, one 10 Gbps high-speed port and three Gigabit Ethernet ports. The most direct route: 10 Gbps. Our colleagues from Xataka Móvil explain Hiring Movistar’s 10 Gbps fiber is the easiest way to get the WiFi 7 Router at no additional cost. It doesn’t matter if we are talking about a new registration, a portability from another operator or a client who is already in Movistar and decides to make the jump to that modality: in that case, the installation of the new equipment is included. The explanation is quite simple: the previous model only supports Wi-Fi 6. Not all highs play the same. The point that can cause confusion is that “being a new customer” is not always enough to get the included WiFi 7 Router. The equipment is incorporated free of charge into the new miMovistar convergent rate registrations from February 16, 2026, and the operator’s website It already shows it included in miMovistar unlimited with 1 Gbps fiber or in 600 Mbps fiber. But if the contract is for fiber only, 300 Mbps, 600 Mbps or 1 Gbps, the equipment included is Smart WiFi 6. The price of change. When the WiFi Router 7 is not included, the alternative is to buy it. Movistar sets two options: 60 euros If the client chooses the self-installable mode and 110 euros if you want the installation to be carried out by a technician. This is the scenario that applies to current customers with Smart WiFi 6 who want to change to the new model, but also to those who contract a rate where the equipment included is not WiFi 7. In both cases it can be ordered on the website, in store or through 1004. Images | Movistar In Xataka | After more than 20 years using Microsoft Office, I have switched to LibreOffice. Now I realize everything I’ve missed

Setting up guest Wi-Fi seemed like a good idea. Until the latest vulnerability has appeared: AirSnitch

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I’m the first one I have activated a guest Wi-Fi network to facilitate access to Wi-Fi connectivity for my friends and family, without compromising the security and privacy of the Wi-Fi network to which the rest of me is connected. devices in my home. The coffee shop I usually go to does it too. Separating the main network from the one used by visitors or clients seemed enough to prevent someone connected from snooping on other people’s computers, cell phones or printers. However, that model just took a major setback. A group of researchers has presented in the NDSS 2026 a attack called AirSnitch which shows that this separation can be broken even when the router has isolation between devices activated and uses modern encryption such as WPA2 or WPA3. The problem with AirSnitch is that it is not a brute force attack against these protection systems, but rather it has found an alternative path in which this protection simply does not arrive. AirSnitch is not an attack, it is an alternative AirSnitch is not an out-of-the-box malware, but rather a technique that exploits a vulnerability in the way many access points implement client isolation. This function, present in all home, business or public Wi-Fi networks, should prevent two devices connected to the same Wi-Fi from being able to communicate directly with each other. The problem, according to the study presented in it Network and Distributed System Security Symposiumis that this isolation is not part of a single standard and each manufacturer implements it in its own way. In their tests, the researchers analyzed 11 different devices, from home routers to professional equipment and alternative firmwares. They found vulnerabilities to AirSnitch techniques in all of them. In statements collected by Ars TechnicaXin’an Zhou, one of the authors of the work, stated that AirSnitch “breaks Wi-Fi encryption around the world and could have the potential to enable advanced cyberattacks. Our research physically taps the entire wire for these sophisticated attacks to work. It is truly a threat to the security of networks around the world.” How AirSnitch works The key is that, although the devices are “isolated” from each other thanks to the customer isolationshare certain internal mechanisms of the router that allow data traffic to be organized. AirSnitch takes advantage of that feature to trick the access point and make some of the information that should go to another device pass through the attacker first. In practice, this allows you to place yourself in the middle of the communication without the victim realizing it, generating what is known in cybersecurity as a Man-in-the-Middle (man in the middle), in which all the information on that device first passes through an intermediary. From there, the attacker can observe data and, in certain cases, modify it before it reaches its destination. That is, it is not about guessing the Wi-Fi password, but rather taking advantage of how the device itself router manages connections internal once someone is already connected. The researchers showed that this technique can facilitate additional attacks, such as redirecting the victim to fake pages or manipulating certain internal communications if they are not adequately protected. Isolation, which was supposed to prevent precisely this scenario, stops be an effective barrier. The main problem is that all devices connect to the same router that manages them. Why public networks are the most delicate scenario The risk is especially relevant in open or shared networksF for many people: cafes, airports, hotels or coworking spaces. In these environments, any user can legally connect through the password provided by the establishment and, if the access point is vulnerableattempt to exploit the flaw against other clients connected at that time. In one home network the impact is much more limitedbecause the attacker needs to know the password to enter first. That is, it has to be one of the guests to whom you have given the password, not someone external. Still, research shows that activating a guest network does not alone ensure that devices are completely isolated. Being a recent discovery, there is still no immediate universal solution for the end user. The fix depends largely on firmware updates by manufacturers or deeper changes in how they design their device isolation systems. Meanwhile, in enterprise environments it is recommended to segment networks more strictly, using configurations that truly separate devices into different internal environments and do not depend solely on a router function. For individuals, keeping equipment up-to-date, using strong passwords, and avoiding sensitive operations on public networks without additional protection are reasonable measures to reduce risk that continue to be in effect. Need a password to connect to a Wi-Fi network It is not a guarantee of security or privacy. In Xataka | VPN Buying Guide: Nine Services to Consider for Safer Browsing Image | Unsplash (Bernard Hermant)

In 1932 Hedy Lamarr performed the first nude in film history. And then he went to invent WiFi

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Throughout its 85 years Hedy Lamarr He dedicated himself to chaining lives. First there was Hedwig Eva Maria Kiesler, the name her parents gave her when she was born in Vienna in 1914, and with which she became a gifted child and a pioneering actress: the first to appear naked from head to toe and fake an orgasm in a commercial film. For a few years she was also Mandl’s Lady, his wife and “slave” (as she herself would later define that stage). by the Viennese Fritz Mandla jealous, controlling and tyrannical magnate, who provided weapons to Hitler and Mussolini. Towards the end of the 1930s, in Hollywood, she became Hedy Lamarr, the name with which producer Louis B. Mayer baptized her and with which she would rise to fame. Already a diva of the cinema, she was the engineer Lamarr, who dedicated her nights to cultivating her side of inventor and managed to develop a key technology for the subsequent development of wireless communication of mobile phones, GPS or WiFi technology. Already in the last years of her life she had to assume the saddest role: she secluded herself in her mansion in Florida, obsessed with operating rooms, kleptomaniac and hooked on pills. How to improve WiFi at home The life in three acts of a woman who passed through the world as if she were playing her best and most demanding Hollywood role. Lamarr won the title of “most beautiful woman” of golden cinema and (already at the end of his days), when his technological contributions were echoed, he obtained numerous recognitions from the scientific community: the Pioner Award, from the Electronic Frontier Foundation (EFF), or the Viktor Kaplan medal from the Austrian Association of Inventors and Patent Holders, among others. The date of his birth, November 9, has become International Inventor’s Day. Act one: the first nude in cinema The future Hedy Lamarr was born in Vienna, in 1914, with the name Edwig Eva Maria Kiesler. Theirs was a Jewish family, cultured and wealthy. His father was a prosperous banker from Lemberg and his mother, a pianist from Budapest raised Catholic. Since she was a child, she received a careful education that soon revealed her prodigious intelligence. It is said that when he was only five years old he satisfied his scientific curiosity by gutting musical boxes that he would then put back together piece by piece. Kiesler began his engineering career, but abandoned it to dedicate himself to his other great vocation: acting. In 1932, at only 19 years old, he starred in his first bombshell: Ecstasy, a film by Gustav Machaty in which she broke molds by appearing on screen as God brought her into the world and faking an orgasm. That bravery was met with the anger of his family, the indignation of a good part of the prudish society of the time, and even provoked the wrath of the Vatican. The sensual and intelligent Viennese woman fascinated Fritz Mandl14 years older than her. The tycoon got Kiesler’s parents They approved the wedding and the couple walked down the aisle in 1933. Mandl, an arms businessman who worked with the Nazis, soon showed himself to be a sexist tyrant. In a fit of jealousy he tried to buy all the tapes of Ecstasy so that no one could see Kiesler’s scenes, and he even prohibited her from bathing or undressing if he was not in front of her. He also forced her to accompany him to his business meals. Fed up with that slavery, in 1937 the young woman he pulled his wits to escape: He hired a maid who looked like him, sedated her, dressed like her and managed to evade the surveillance of his confinement. She sold her jewelry and set sail for the United States after stopping in London. “He had played at keeping me prisoner. I played at escaping. He lost,” she would later relate. This first act of her life closes with a thrilling escape while Mandl’s thugs are hot on her heels to force her to return to her golden cage. Second act: the great diva of Hollywood Destiny awaited Kiesler around the corner. Specifically, on the ship he boarded to travel to North America. There he met Louis B. Mayer, the famous producer, who showed off his unfailing eye for celluloid. He offered her a job and renamed her Hedy Lamarr, a peculiar tribute to the actress Bárbara La Marrwhose life had been taken prematurely by tuberculosis and nephritis just a decade earlier. In Hollywood, Lamarr deployed all his talent in front of the cameras, she won the title of “most beautiful woman” and fulfilled the role of femme fatal. He acted in Algiers, Lady of Tropics, Comrade…And dozens of other titles. He shared the bill with some of the brightest stars in Hollywood and they say that the creators of snow white and catwoman They were inspired by her stunning beauty. The most famous role he played was that of Delilah in Samson and Delilah. Her fame could have been much greater if Lamarr or those who advised her had had more aim when choosing roles. He rejected the main characters in two bombshells that would go down in cinema history: Casablanca (!) and Dying lightwhich together had almost twenty Oscar nominations. Throughout his career, Lamarr produced his own films. In his private life, he had six marriages that ended in as many divorces. She ended her days retired in Florida, a kleptomaniac, obsessed with cosmetic surgery, succumbing to drugs and starring in notorious scandals. She died at the dawn of the new century: on January 19, 2000. “She was a victim of the system,” comments one of her sons in one of the documentaries filmed about her. Proof of how little society knew how to value her is the anecdote that happened to her when, during the Second World War, she offered her collaboration to the United States as a brilliant engineer. The answer … Read more

Europe decides tomorrow whether to hand it over to telecos or Wi-Fi

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The future of wireless networks needs high-capacity frequencies, such as the 6 Ghz band. It is a key frequency both for the advancement of WiFi, especially WiFi 7, and for mobile networks and the future 6Gthe problem is how it is going to be distributed. This is what European regulators are deciding, and we will know their verdict tomorrow. What is happening. Our colleagues tell it Xataka Mobile. He RSPG It is the body in charge of making decisions on the radio spectrum in Europe and is currently studying how to distribute the 6 Ghz band. As we said, it is a key frequency for high-capacity connectivity technologies, such as Wi-Fi 7 and the future 6G. The point is that there is a fight to get this precious band. On the one hand, the telecommunications operators, who want it for their mobile networks, and on the other, the Dynamic Spectrum Alliancewhich advocates free use of telecommunications. Two postures. Telecommunications companies, under the umbrella of the GSMA, they are pressing to use 6 Ghz exclusively, arguing that it is key both for the efficiency of 5G and for the future of 6G. The Dynamic Spectrum Alliance defends that WiFi is essential for connectivity in Europe, that using this band will be faster, more reliable and efficient. Why is it important. There is 480 Mhz in the lower part that is free for WiFi 6E and WiFi 7; What is at stake is the remaining 700 Mhz. The decision is important for the future of connectivity in Europe since, if the telecos win, WiFi 7 would lose more than half of its potential expansion capacity. In statements to The Register“would be devastating for the future of Wi-Fi technology in Europe. This spectrum is uniquely positioned to sustain the evolution of the Wi-Fi ecosystem and enable the next generation of digital innovation.” On the contrary, telcos defend the need to dedicate the band to mobile networks, which will strengthen Europe’s digital sovereignty. What have other countries done? The 6 Ghz band is not only a dilemma in Europe, other countries have also had to decide what to do with it. For example, in The United States decided to open the entire band to WiFi networkswhile in China they made the opposite decision: reserve the entire band for 5G and 6G. Verdict imminent. The date marked on the calendar for the RSPG to make a decision is November 12, 2025, tomorrow. However, this is an assessment and is not binding, but it will mark the path forward for the regulators of each country in the European Union. According to The Registerit seems that the group is more inclined towards granting use to mobile networks, with countries like Germany in favor of this option. Image |Pascal, Pexels In Xataka | Turning off the router at night: false myths, why it is better to leave it on and when it is better to leave it off

Using free WiFi on airplanes almost never ends well. Iberia wants to change that with the help of Starlink

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IAG, the group to which Iberia belongs, has closed an agreement with Starlink to equip their planes with satellite connectivity. The Spanish airline promises that all its passengers They will be able to sail for free from 2026 with speeds comparable to those at home. Best free WiFi from the plane. Until now, wifi on airplanes It used to be slow, expensive or non-existent. With this agreement, Iberia ensures that it will offer free high-speed connection on all its flights, both short and long distance, regardless of the class in which the passenger travels. According to the company, Starlink technology It will allow download speeds of up to 450 Mbps and upload speeds of up to 70 Mbps, enough to watch streaming series, work in the cloud or play online while flying. How Starlink works. The SpaceX network is based on thousands of satellites located in low Earth orbit, which reduces latency and allows coverage even in remote areas or areas with poor accessibility. This infrastructure is what gives Starlink an advantage over other air connectivity providers, which rely on slower geostationary satellites or limited ground connections. Beyond Iberia. The agreement is not limited to the Spanish airline. IAG will implement the service on more than 500 aircraft of its companies: Aer Lingus, British Airways, Vueling and Level. According to the matrix, this will make the group the European operator with the most aircraft equipped with high-speed Wi-Fi. The first plane with Starlink will begin flying in early 2026, according to the airline in your press release. Part of a broader bet. This movement is part of the Iberia Flight Plan 2030which includes 6,000 million euros in investments. Part of that budget is allocated to digitalization, artificial intelligence and the creation of the so-called ‘Iberia City’, an aeronautical innovation center. Luis Gallego, CEO of IAG, pointed out that “staying connected in flight is increasingly important for customers” and that this agreement demonstrates how the group works “together to drive innovation.” The Elon Musk factor. Starlink is owned by SpaceX, the aerospace company founded and run by Elon Musk. Although the technology has proven its effectiveness In other sectors, from rural areas without coverage to military operations in Ukraine, its integration into commercial aviation is still in the initial phase. IAG thus joins other airlines such as Qatar Airways or Hawaiian Airlines, which have already announced similar agreements with Starlink. Cover image | Alexander Schimmeck In Xataka | The inevitable increase in air travel is leading us to a reality: there are no places, no planes, no planet for so many tourists.

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