The country seeks to prohibit them in 2027

It is almost always a detail that comes to get chest from the ‘technological’ which is a car, promising greater aerodynamics or simply an aesthetic decision not to shave the doors, but it is also an issue that entails its risks. We refer to retractable handles that have been conquering high -end vehicles for a good time. In China They study prohibiting them from 2027and the reasons go beyond aesthetics. The background problem. Popularized by Tesla And massively adopted by premium manufacturers, retractable shooters are added on many occasions because they promise better aerodynamics and a cleaner design. However, according to Testing of the Chinese Institute C-IASIthey only work correctly in 67% of the lateral impacts, compared to 98% of traditional mechanical handles. The figures. His aerodynamic contribution is practically insignificant, as they point out information of the Society of Automotive Engineers (SAE), since they barely reduce between 0.005 and 0.01 points the air resistance coefficient. This translates into an energy saving of 0.6 kWh per 100 kilometers, equivalent to some cents by route. In return, they add between 7 and 8 kilos of electrical mechanisms to the vehicle and cost three times more than a conventional handle. When technology fails. The cases Documented In China the worrying problems that these elements can cause in vehicles: from occupants trapped after flooding, to delays in frozen handle evacuations in winter, also passing through drivers forced to break the windows of their own cars. An electrical failure, a disconnected battery or the engine of the blocked handle can be enough to turn the car into a trap. “Many passengers of the rear seats do not know where to find or how to activate the emergency system,” They report From Bloomberg in an article focused on the retractable handles of the Tesla. The Chinese effect. The Asian giant, the first world market for electric vehicles, could change the rules of the game. The country proposes a regulation where only conventional or semi-scamoteable handles with emergency mechanical solution is allowed. Since developing both systems in many manufacturers is an unfeasible solution, a prohibition in China could mean the almost universal disappearance of this type of cranks. Beyond the handles. Europe also moves in this direction. From 2026, the Euro NCAP program will not grant five stars to models that integrate vital functions only through tactile interfaces, without physical controls. In China this was already a reality, demanding physical buttons for certain essential functions. The immediate future. Some manufacturers They have advanced: Volkswagen and Audi already favor semi-scamoteable handles with mechanical backup cables. Wei Jianjun, executive director of Great Wall Motor, also publicly denounced “the uselessness and dangers of retractable handles.” It is very possible that, if Chinese regulations continue, we will see fewer cars with these handles in concessionaires around the world. Cover image | Matt Smith In Xataka | They have arrested the ‘ghost’ pilot who was driving on the highway with a car: dozens of patrols and a helicopter have needed

China seeks that each glass facade produces clean energy

In recent decades, electric self -consumption has grown unstoppable in many countries. First were the roofs covered with photovoltaic panelsThen they arrived The solar balconies. Now, innovation points even higher: converting each glass window into a clean and transparent energy generator. A team of Chinese researchers has just presented a technology that could transform the glazed facades of buildings into invisible solar centrals. A panel that is not a solar panel. The research of the University of Nanjing, Posted in Photonix magazinepresents a transparent, colorless and unidirectional solar concentrator (CUSC). The device is applied directly to the standard glass of a window and allows you to capture sunlight without altering its appearance. How does it work? A simple explanation of the process would be that the window looks the same as always, but the special coating causes part of the sunlight to “slide” to the edges of the glass. There, small solar cells transform that light into electricity. In summary: the window is still transparent, but behaves like a hidden solar panel. From a more technical point. The secret is in some layers of colestric liquid crystals (CLC), which redirect sunlight selectively. The glass maintains a visible transparency of 64.2% and a chromatic reproduction index of 91.3, very similar to that of a normal window. The tests are promising: a prototype of just an inch moved a 10 MW fan under the sun. And the simulations show that a two -meter window could concentrate the light 50 times and reduce by 75% the amount of solar cells necessary, As explained in the investigation. Self -consumption reinvents itself. The rise of these innovations fits the global bipv tendency (Building Integrated Photovoltaics), the integration of photovoltaic into architectural elements. As we have detailed Xatakathere are already solar railings such as the solar system, developed by the Canadian Miterx, which turns balconies into electric generators. Europe will also force all new construction buildings to be zero emissions from 2030. This accelerates the search for solutions that not only produce energy, but also respect urban aesthetics and take advantage of each possible surface. China steps on the accelerator. It is no accident that this innovation arises in China. The country has become the largest World Laboratory of Solar Energy, with a deployment at an unprecedented pace. As we have indicated Xatakaonly in the first quarter of 2025 installed 36 GW of solar energy on roofs, more than Europe in several years. In total, there were 60 GW in just three months, figures that show the magnitude of its bet. With this context, the transparent solar window is not only a laboratory experiment, but one more piece in a national large -scale electrification and decarbonization strategy. While Europe progresses with bureaucratic procedures, China seems determined to cover roofs, balconies and now also facades with technologies that generate clean electricity. Forecasts The Nanjing equipment already works to improve broadband efficiency, optimize polarization control and apply this technology beyond skyscrapers: agricultural greenhouses and transparent solar screens are two of the fields in which its use is raised. “The design of the CUSC is a step forward in the integration of solar technology in the environment built without sacrificing aesthetics,” He has underlined Eurekalert Professor Wei Hucorresponding author of the study. A future of generating facades. The cities of the future could be covered with glass that not only lets the light pass, but also feeds with it. From solar balconies to photovoltaic railings, self -consumption is evolving towards complete integration in urban architecture. The window that does not seem solar panel, but it is, is emerging as one of the most promising innovations to meet the climate challenge: each facade as an invisible solar plant. Image | Freepik and Center for Liquid Crystal and Photony/ Nanjing University Xataka | One of the most arid areas in China is reverde. The reason: a plant with seven million solar panels

This is what Hollywood saturation model seeks

We know that feeling: Pedro Pascal seems to be appearing in all the films of the world. In all important, at least: you just saw it in ‘The Last of Us‘And you already have it in’The fantastic 4‘. And within nothing, in the movie of ‘The Mandalorian‘. And the worst thing is not that it comes out in movies and series, it is that it continually jumps on the Internet: microvideos, spots, interviews, viral. And paradoxically, guilt is not yours, but how Hollywood works today. An busy man. Let us recognize that Pascal is an authentic stove of acting, and since he rose in ‘Narcos’, he has not stopped chaining important roles: from 2019, ‘The Mandalorian’ (although he did not see his face), three series in 2021, ‘The last of us’ since 2023. And in cinema, three films in 2022, five in 2024 ‘Gladiator II‘), three in 2025 (the new of Ari Aster, the commented – Spain arrives in August -‘ materialistic ‘and the aforementioned’ the fantastic 4). And for at least 2026, he plans his interventions in the Star Wars and Marvel franchises. Why everywhere. Pascal’s career lives a “global star” effect thanks to being present in those three great franchises of the moment (Marvel, ‘Star Wars’ and ‘The Last of Us’). Thus it has become one of the most recognizable and popular faces of the industry, and it is not the result of chance, but a combination of indisputable talent and a natural charism that makes him connect with the audience both on screen and outside it (that’s why we are also seeing it in ads such as Apple’s directed by Spike Jonze). His sense of humor It has generated genuine empathy, contributing to a nearby image. Franchise world. Hollywood lives immersed in a production model that tries to reduce financial risks by force of Set off any glimpse of experimentation. The huge production costs force great studies to focus on established franchises, something that the box office supports with results as clear as last year, where The ten higher films were all sequelsremakes and derivatives. And therefore, actors like Pedro Pascal They become omnipresent: They embody characters in these universes and acquire enormous visibility by becoming key pieces. Saturation logic. The promotion of these franchises has evolved towards a model of Constant presence in all channels. Studies use aggressive strategies (Fragmented interviewsstaggered content launches, incessant activity in social networks like Tiktok, Instagram and YouTube) … what makes The public can perceive that they are receiving without stop stimuli related to franchises. The great injured are actors like Pedro Pascal, giving the feeling of appearing everywhere but unable to control that cadence. Lack of relief. Parallel to this logic of maximizing the exposure of the IP to keep it alive we have another phenomenon: there are no generational relays among the interpreters. Of course, there are new young actors, but many young actors They leave the industry due to lack of opportunities. The Post-pandemic austerity policy It prevents us from living phenomena such as those of the 80s, the 90s or the first two thousands, when they walked from young actors led each generation. As a producer affirms in This article The Hollywood Reporter, “Hollywood has spent too much time making franchises the star instead of building the next talent generation. We have not encouraged writers to create vehicles that generate stars.” The lack of risk on the part of the producers also affects this issue: they want the delivery to be full of safe values, without space for doubts. Always the same, always Pedro Pascal. Header | Disney In Xataka | The figures suggest that the domain of blockbusters in Hollywood is not over. In fact, it will go worse

While Europe desperately seeks alternative to Russian gas, a Spanish province has already found it: Burgos

A few days after summer begins, Europe has an eye on winter. Not because he wants to omit a hot summer, but for a real concern: gas reserves are almost empty. The president of the European Commission, Ursula von der Leyen, has announced That community leaders will discuss new measures, including the possible definitive closure of the Nord Stream gas pipeline. So, while in the high spheres geopolitical strategies are designed, a solution is consolidated in a small town of Burgos: biomass. And they found the key. In Doña Santos, a Burgos town of just over a hundred inhabitants, is the headquarters of children of Tomás Martín, a family business that has been linked to the use of wood. However, it was not until 2011, which under the Burpellet brand, They started producing pellet to take advantage of the waste of the sawmill. Ten years later, they expanded their activity with a second floor in Huerta del Rey, which today has a capacity of 150,000 tons per year – the equivalent of five million bags – consolidating itself as the largest national producer and one of the main European referents in biomass. Heat in unstable times. While electricity prices and fossil fuels are in a roller coaster, the pellet has found its balance. According to Avebiom (Spanish Biomass Energy Valuation Association), the Pellet It is maintained As one of the most competitive energy options, with an average cost of 7 cents per kWh, below natural gas, heating diesel and well below electricity. In other words, a 15KG bag would come to € 5.04, a 2.6% decrease compared to the previous quarter. The global energy storm. Only this year, Europe must spend 10,000 million euros more than in 2024 to replenish its gas reserves, pressured by a colder winter and strong global competition, According to the Financial Times. And although prices remain above 2024, they have remained surprisingly stable in recent weeks. According to Bloomberg, China who was one Of the great global buyers of LNGhas reduced its imports for the fourth consecutive month, weighed by a weaker economy, tariff tensions with the United States and a rebound from internal sources. However, nothing is guaranteed because in the months of July and August extreme temperatures are expected on the horizon, which could change the board. In addition, countries like Egypt could enter the market strong They have explained In Bloomberg. Geopolitical pressure, an unstable global market and the delay in the transition to technologies such as hydrogen convert energy supply into a topic of higher priority for Brussels. A good path. Despite the thrust of the LNG and the promises of green hydrogen, immediate solutions do not always come from new technologies. Sometimes they are already working, far from the spotlights. In places like Mrs. Santos. While Brussels projects the energy future of the continent, in the forests of Burgos there is already an answer working: stoves, boilers and heated buildings with compacted wood chips. It does not sound as modern as hydrogen, but it is clean, efficient and local. Image | Rawpixel Xataka | After two years of vertiginous increases, the price of pellets has done something unpublished: start going down

Huawei is getting unstoppable. Everything he is doing seeks to beat Nvidia in both in China and beyond

Huawei is determined to gradually absorb the market share that keeps Nvidia in China. Until just a few months ago this last company monopolized Something more than 90% of the Chinese market of the chips for artificial intelligence (AI), but after the entry into force of the last US sanctions package its leadership is all likely to be compromised. Even so, Nvidia has a very important asset that is helping her defend her presence in the Chinese market: CUDA (Compute Unified Device Architecture). Most of the AI ​​projects that are currently being developed are implemented on CUDA. This technology brings together the compiler and development tools used by programmers to develop their software for NVIDIA GPUs, and replace it with another option in the projects that are already underway it is a problem. Huawei has Cann (Compute Architecture for Neural Networks), which is its alternative to CUDA, but for the moment CUDA dominates the Chinese market. These are the two great buzas of Huawei to beat Nvidia Huawei wants to snatch the leadership in performance in AI applications from NVIDIA. His most ambitious proposal right now is the chip Ascend 910dwho seeks to overcome the performance of the GPU NVIDIA H100. However, this Chinese company has also recently presented its chip Ascend 920a solution that is clearly destined to occupy in the Chinese market the gaps that it will leave The H20 GPU of Nvidia. This proposal will enter large -scale production during the second half of 2025 using 6 NM integration technology that have presumably developed elbow with Huawei elbow and SMIC. It is evident that to grow in the market is essential have good hardwarebut it is also crucial to position itself strongly in training the great language models, in Inference processesor, better yet, in both contexts. “Training is important, but it only happens a few times. Huawei focuses mainly on inference, which will ultimately give us access to more customers.” This declaration of Georgios Zacharopoulos, a senior researcher of AI who works on the acceleration of inference in the Huawei laboratory in Zurich (Switzerland) clearly reflects The effort that this company has made for years to dominate inference: “Training is important, but only a few times. Huawei focuses mainly on inference, which will ultimately give us access to more customers.” Inference is broadly the computational process carried out by language models with the purpose of Generate the answers which correspond to the requests they receive. In any case, the information we have reflects that the GPU Ascend 910D will allow Huawei to compete with the chips for the most advanced NVIDIA both in inference and in training. The US response to the steps that Huawei is not taking long to arrive. And is that the Department of Commerce has approved a resolution whereby no country on the planet can buy the GPUs for the Ascend de Huawei. According to this American institution, this Chinese company has produced these chips using US technologies illegally, so its export outside the country borders governed by Xi Jinping violates the export controls of the Department of Commerce. In practice to the US it will cost a lot to control the commercial flow of the GPUs for Huawei outside China, especially when these semiconductors They go to allies of the latter country. Its strategy to exert pressure on countries interested in getting the Huawei chips is to announce fines, the possibility of revoking export rights, and even establishing criminal consequences. In Xataka | In a low voice, China has begun to remove some tariffs from US products. Your concern: the chips In Xataka | China’s domain of rare earths has nothing to do with geography: it is born from 39 university programs

Nvidia desperately seeks engineers for its Taiwan R&D center. They even accuse you of “stealing them” to TSMC

Nvidia smiles at the future. The pulse held by the US and China governments is degrading their business in the latter country because the US administration prevents them from selling its chips to its Chinese clients to artificial intelligence (Ia) more powerful. Even so, the company led by Jensen Huang currently monopolizes about 90% of the market of the GPUs for Ia. It is likely that in the medium term its quota will be reduced against the presumable growth of competitors such as Huawei or AMD, but right now Nvidia has no reason to worry. And it does not have them because the semiconductor market to grow a lot over the next few years. According to the AMR consultant (Allied Market Research) In 2031 it will have a turnover volume of More than 263,000 million dollars. It is a real barbarity, especially if we are in mind that in 2021 its business amounted to just over 11,000 million dollars. Although the NVIDIA quota is reduced during the next few years, it is reasonable to assume that its business volume will be increased by market growth. The problem facing this company is now another. This is what the engineers who hire in Taiwan pay Nvidia’s directive dome seems to be very clear about what to continue growing next to the AI ​​chips market for data centers: expand. It is about it. However, we must not overlook that this company is dedicated to the design of integrated circuits, so it does not need to invest in the construction of semiconductor manufacturing plants; What needs to expand its network of research and development centers (R&D). And Taiwan is a very attractive destination. Nvidia already has an R&D center in Taiwan, and is launching another The semiconductor industry is The main support of the island’s economywhich has caused Taiwanese universities to develop specialized training programs that seek to place the highly qualified technical staff on the labor market that They require companies such as TSMC, UMC or Foxconnamong others. Nvidia already has an R&D center in Taiwan, and is launching another. However, you are facing a very serious problem: it is having many difficulties in recruiting the highly qualified engineers you need. It is surprising, but although in Taiwan thousands of engineers are formed every year, the companies of the island have a hard time recruiting as many as they need. Even to TSMC. To solve this problem NVIDIA has chosen to offer very high wages. An engineer who has just finished his studies and, therefore, has no experience, pays him a maximum salary of $ 83,000 annually. And an experienced engineer up to 185,000 dollars a year and a very juicy bonus. According to the Taiwanese medium EBC News Nvidia’s aggressive salaries’ policy responds to the need for attract TSMC engineers highly qualified. It does not seem crazy. After all, the law of supply and demand works. Image | Nvidia More information | Tom’s hardware In Xataka | Nvidia has to deal with the absolute distrust of several US legislators. His plan in China is in danger

The world seeks that pot with AI that ends up replacing the iPhone. China already prepares to win that war

The Holy Grail of Hardware with AI. In recent days, the OpenAI project, which has Bought the Jony Ive design company To create a mysterious Hardware of AI device. There is also a clear interest in the segment of the connected glasses and with AI: what Google presented with Project Atlas and with their Android XR glasses He is also promising. Those developments start from the US, but they will not be alone. Not much less. Hi, Lightsail. Dong Hongguang, employee number 89 of Xiaomi and who for years was head of the customization layer of the Xiaomi, He has just created his own company. It is called Lightsail (光帆科技) —Guangfan Technology – and its goal is to create a device with AI. It has completed two modest investment rounds of 18 million dollars in total, but after the project are Catl, Afterhokz, Goertek and Gigadevice. A diverse team. Lightsail has a promising team, since he has hired former employees of Xiaomi, Huawei, Bytedance, Alibaba or Tencent. All of them have worked in fields such as operating systems, AI and device integration. The support of the aforementioned companies is also key: the company ensures the support of technological partners that provide the components to create that future device. AI AGENTS ALWAYS. The objective, Explain The analyst Rui Ma, is to create a wearable in which to integrate an agricultural purpose of general purpose. Or what is the same: that this hardware device –A pendant? A AI HUMAN PIN -type clip?– Allows a constant voice interaction in which AI is responsible for solving all kinds of doubts and tasks. A future full of wearables with AI. Companies such as Lightsail state that in about five years wearables will stop limited to specific tasks to be a total interface to interact with AI. For now, the Software Components is somewhat green, and does not allow dynamic coordination and multimodality support that something like this would need. China is super strong in glasses. In the short term the most promising product are glasses with AI, and in China that market is about to exploit. There are “five dragons” of augmented reality In this country with notable products, and the rhythm they are developing and powerful models is frantic. Xreal, Rayneo, Rokid, Ingo and Meizu are the great protagonists of a segment that is in full boiling. Trying to unseat the mobile. There are several companies in China and the United States that are working on these hardware devices with AI, and what is raised is the definitive witness change that could leave the mobile in the background. At the moment what we have seen has been a disaster: Both the Rabbit R1 and the Humane Ai Pin proved to be very greenand our mobile phones are still today great devices. In fact, they are still clear candidates to be the center of our experience with AI. Magic Leap promised too much. Then the disappointments arrived. Beware of expectations. The aforementioned failures of the first hardware devices with AI have left a worrying sensation: better not to trust the promises of this type of products. Both promised benefits that were later worse, and there was an over -dimensioning of expectations. We live it in the past with that disappoint with the augmented reality of Magic Leap. Sam Altman’s speech and Jony Ive follow that pattern, and according to the OpenAi CEO what they are creating will be “the most amazing piece of technology that the world will ever see.” You have to grant the benefit of the doubt, but as explained by analyst Ed Zitron In a recent column, Altman’s trajectory and IVE does not leave good prospects here. In Xataka | Chatgpt has been a tool. If you start remembering all our conversations, it will be something else: a relationship

His name is Jules and seeks to stand up for OpenAi

Google qualifies it as an “asynchronous programming agent”, but it is much easier to define Jules as what it is: an AI system that helps you program more and better. But it is also something else. War of “Vibe Coding “. Cursor or Windsurf have become banners of a new fever for the program assisted by AI. That of “Vibe Coding” in which you talk to do the job or ask you to self-refle the code based on pressing the tab repeatedly (“Tab-Tab-Tab”). OpenAi in fact just Buy Windsurf for 3,000 million dollarsand the reason is evident: to conquer the developer community to use their programming tool with AI and not another. And right is where Jules enters. The machines that scheduled for us. Jules was presented in December on Google Labs preliminary with one objective: not to offer only a co -pilot to program or a code self -completed tool, but an autonomous agent who reads the code, understands what he intends to do and starts working to solve the problem. Jules “sneaks up” in your repository. As his rivals, one of Jules’s keys is that he is able to integrate (“sneak”) in your code repository to be able to analyze it and help you with your project. Clona all the code in a virtual machine on Google Cloud, studies that code to understand it and from there you can perform various tasks. For example: Design execution tests Create new features Provide audio -shaped changes Correct errors Update dependencies versions An assistant in the background. Jules does all this while you focus on any other task, and when he ends up “thinking” what he has to do and presents the registration of changes (diff) made. Your code is yours. As explained in Google, Jules is private by default. Not only that: Google’s model will not make use of that code as data for your delivery, and all the data you use are kept isolated in that execution environment that is created when using this powerful tool. Integrated with github. Another of Jules’s key elements is that it works totally transparent with Github, the par excellence code repositories. You will not have to install anything extra, which will make the workflow theoretically perfect. Public beta. Google stressed that Jules is now available for all United States users in the URL Jules.google. That will allow anyone to try it for free (and without limits as long as the use is not exaggerated) during this preliminary phase of development and deployment. They are good news for developers who want to try it, including those who do not live in the United States, who can do so with the traditional solution: use a VPN to “simulate” that they are in the US and then connect to that website. In Xataka | Openai has just launched his new programming agent. The interesting thing is what you can do when nobody looks

While half the world seeks more lithium, some researchers from China have eliminated it from the equation: batteries with bacteria

The shortage of critical resources such as lithium and cobalt has been being a warningsince they are essential for the manufacture of batteries. However, a group of Chinese engineers have found a solution that does not require mining or polluting processes: it only needs bacteria. The study. Researchers from the Shenzhen Advanced Technology They have developed A battery that works with live bacteria. These microorganisms are electroactive, that is, they produce electricity. So the system uses hydrogels that contain living bacteria To conduct electricity and generate it, in addition within the soft material they are protected. Tangible applications Biobatería has a small size and ability to generate energy autonomously, ideal for integrating into portable devices, especially in the medical field. One of its most promising uses is the precise control of physiological functions such as blood pressure, by directed bioelectric stimulation. In this way, a door opens to new forms of physiotherapy, real -time monitoring and devices that do not require frequent recharge or toxic materials. More technical. Biobatería generates electricity thanks to the activity of bacteria such as Shewanella Oneidensis MR-1, which are contained in a alginate-based gel. The material It can be molded With 3D printers, which allows to design it. Its size of 20 mm in diameter and 3.2 mm high contains: a gel with bacteria that acts as an anode, another gel with a chemical that acts as a cathode, and a special membrane that allows the passage of ions between them. Replaces lithium? Its specific capacity (0.4 mAh/g) and energy density (0.008 WH/L) are lower than those of lithium -ion batteries, this biobatría offers a more sustainable alternative: it does not use critical materials or toxic components. In addition, it maintains a bacterial viability of 70 % during its operation and reaches 97.6 % at the end, which speaks of remarkable stability and efficiency. Forecasts Biobaterías are still far from reaching lithium in capacity or energy density. But what they lose potentially, compensate for it with other virtues: they are recharged alone, they are highly efficient and, above all, biocompatible. These qualities make them especially suitable for very specific uses, such as nerve stimulation, control of physiological functions or the operation of bioportile devices. Image | Unspash and Pacific Northwest National Laboratory – PNNL Xataka | Biological batteries? These bacteria can create a world based on renewable energies

The last tactic of Ukraine is a drone that seeks to catch him. When Russia opens it displays its threat: a virus

The Russian invasion in Ukraine has led to two very different lines of development in kyiv. On the one hand, and in the face of investment in sophisticated and expensive armament, Ukraine has shown that systems relatively simple and low costas The mounted shotguns In drones, they can be equal or more decisive in asymmetric combat scenarios. On the other, and given the adversity, the creation of one of the most powerful industries From the planet: national combat drones. The last one is a surprise. Technology on the battlefield. We have gone counting months ago. The war between Russia and Ukraine, marked from the beginning by intensive use of New technologieshe has seen in the drones one of his more decisive instruments. However, a recent video Shared in social networks of Russian origin warns about a new and worrying front: Malware use by Ukraine embedded in drones capable of infecting Russian systems. Although these computer threats have been considered lower so far (mainly because they do not attack complete networks, but individual devices such as computers or the captured drones themselves) their appearance represents a more than significant change in the cyber dimension of the conflict. Ukrainian malware. Apparently, Forbes counted that the malware detected in Ukrainian drones has Specific functions: physically damage USB ports, prevent the Reflasso of the system, block the reprogramming of the drone or even very important, allow Ukraine to locate the new Russian operators if the drone is reused by Moscow. As? These malicious codes are designed to sabotage any reuse attempt by the enemy, disabled the electronics of the devices or creating vulnerabilities They can be remotely exploited. In a context in which both countries face resource restrictions, limiting the ability to have enemy drones represents a crucial strategic advantage for Ukraine. Operational impact and consequences. No doubt, the use of malware has immediate tactical implications. Russia depends on the detailed analysis of the enemy drones captured for Adapt your systems of countermeasures, which requires manipulating its components and studying its software. If these drones are protected with code that disables or compromises their systems when connecting them, the reverse engineering process becomes slower, complex and, ultimately, risky. Thus, Ukraine manages to extend the useful life cycle of its drones before Moscow develops an effective countermelted, something vital in an environment where technological innovation translates into direct tactical advantage. “Human” talent. Development looks in the form achieved with the Double cannon or with The optical fiber. The success of these strategies lies in the force of Ukrainian technological sectorthat before the war already stood out for its dynamism and human talent. With a robust base of software engineers and cybersecurity experts, Ukraine has managed to transfer civil abilities to the military, generating asymmetric tools that do not require great physical resources, but a high degree of technical sophistication. The development of malware in drones allows maximizing the impact of available resources, hindering Russian work without increasing the number of devices deployed. A new cyber career in the theater. Not just that. The introduction of malware also marks the beginning of a new phase in the struggle for technological superiority. If Ukraine has begun to use malware with limited but effective functions, it is reasonable to anticipate that Russia will respond with Your own developments Similar offensives, as has happened with previous innovations of both sides. In this way, a climbing cycle is opened: more advanced malware will require better defenses, which in turn will be target of more sophisticated versions. In a short time, it is assumed that both parties could implement specific antivirus protection in drones, harden managerial device management protocols and use new malicious software variants that attack command and control networks or even open rear doors for intelligence operations. Technological consequences. In the last three years, both Russia and Ukraine have converted their respective scientific ecosystems into Weapons at the service of war effort. The Ukrainian decision to integrate malware into its drones not only slows the Russian reusing, but redefines the battle for Technological supremacy In the conflict. In addition, the strategy can be extended perfectly to other electronic devices, including smart weapons, communications sensors or systems. What began as an innovative tactic could be consolidated as a digital war doctrine, influencing the design, use and protection of all military equipment from now on. If you want also, the deployment of malware in Ukrainian drones shows how modern war has moved towards the scope of the code, where only a small script can have effects comparable to a certain shot … without the need for a single bullet. Image | Rawpixel In Xataka | To hunt Russian drones, Ukraine is resorting to a revolutionary technique … from World War I In Xataka | A Russian drone has opened one of the greatest engineering works. The problem: it was the sarcophagus of Chernobil reactor 4

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.