Netherlands warns of Russian cyberattacks against Signal and WhatsApp around the world: they don’t need malware

When we think about applications like Signal or WhatsApp we usually immediately associate them with the idea of ​​privacy. Both have been built on a very clear promise: end to end encryption prevents third parties, including the companies themselves, from reading users’ messages. This security model has made millions of people trust these platforms for personal, professional and even sensitive conversations. However, that protection does not mean that accounts are completely safe. The intelligence services of the Netherlands have warned now of a global campaign that seeks to compromise accounts of these unused applications malware nor exploit technical flaws. The objectives. The military intelligence service (MIVD) and the general intelligence and security service (AIVD) indicate that the attacks seek to access accounts belonging to dignitaries, public officials and military personnel. Authorities also acknowledge that Dutch Government employees have been both targets and victims of these attempts. In addition, the report indicates that other profiles that may be of interest to the Russian Government, such as journalists, could also be among the recipients of this type of attack. Social engineering instead of spyware. Unlike other episodes of digital espionage that have affected messaging services in the past, the campaign described by the Dutch services does not rely on malware or the exploitation of technical flaws. The report explains that attackers mainly resort to phishing and social engineering techniques to gain access to accounts. This difference is relevant when compared to tools such as Pegasusthe famous spyware capable of infiltrating mobile phones. In this case, the goal is not to compromise the phone system, but rather to take advantage of the user’s behavior to take control of their account or link a foreign device. “Account take-over”. One of the methods is direct takeover of the account. The attackers, they explain in the report, pose as the official support team of the application and send messages to the victim alerting them of alleged suspicious activities, possible data leaks or attempts to access their account. From there they request that the user complete a verification process and share the code they receive by SMS, as well as the PIN configured in the application. If the victim provides this data, the malicious actor can take control of the account and reassociate it with a number under their control. The trick of QR and linked devices. The report also describes a second access route that does not necessarily imply that the victim loses immediate control of their account. In this case, attackers use social engineering techniques to convince the user to scan a QR code or click on a seemingly legitimate link, for example under the guise of joining a chat group. That QR or link may be designed to link the attacker’s device to the victim’s account using the apps’ linked device features. Once connected, the attacker can access the conversations and, depending on the platform and access mode, see messages in progress or even part of the history, in addition to being able to send messages on behalf of the user. What the intelligence services recommend. The report also includes several practical recommendations to reduce the risk of these types of attacks. Authorities warn that you should never share verification codes or your account PIN through messages, even if the request appears to come from the app’s support service. They also recommend distrusting links or QR codes sent by unknown contacts and always verify these requests through another channel before interacting with them. Another important measure is to periodically review the list of devices linked to the account and remove any devices that are not recognized. The document also adds other useful measures, such as activating the registration block in Signal and notifying contacts by another means if there is a suspicion that the account has been compromised. Images | BoliviaIntelligent | Also AY In Xataka | That they can hack a mobile phone just by entering a website is scary. If that mobile phone is also an iPhone, it’s terrifying

The Chinese subsidiary of Nexperia has just broken ranks with its parent company in the Netherlands. And that takes the conflict to another level.

Nexperia has gone from being unknown to becoming the new focus of tension in the technological war between the West and China. The company, with Chinese capital but based in the Netherlands, has been intervened by the Dutch Governmentwhich alleges national security reasons. And its impact could soon be felt in sectors as sensitive as automobiles and consumer electronics. The movement is not minor: Nexperia controls an extensive network of factories and assembly centers in Germany, the United Kingdom, the Philippines, Malaysia and China, all important for the global semiconductor chain. Since the Netherlands took over governance of the company at the beginning of the month, a key question has arisen: how far does its control over those international operations really extend? Different laws, one company: Nexperia, caught between Europe and China The answer, at least in part, we already have. Nexperia operations in China have recalled that They work “independently” from the Dutch headquarters. A gesture that not only challenges this European authority, but adds a new layer of uncertainty to an industry that continues to suffer the consequences of the chip crisis. The statement released by Nexperia China on October 17 through its official channel WeChat marks a turning point in the dispute. In the text, signed by all the group’s operating entities in the country, the company reaffirms its autonomy from the headquarters in the Netherlands and remembers that its activity is governed exclusively by Chinese legislation. The document clearly establishes that the legal representative has exclusive authority to make decisions and approve any instructions from abroad: “Nexperia companies in China are independent companies that operate in accordance with national laws. The legal representative has exclusive authority to make decisions and approve any external instructions. No employee is obliged to follow orders coming from outside without their express consent.” The Dutch headquarters, for its part, has denied that “independence” and has attributed it to unauthorized information and actions, which adds another chapter to the internal clash. A ban on exporting its products from China has put European manufacturers on alert, especially the automotive industry, which depends on Nexperia chips for the operation of numerous electronic components. The European Automobile Manufacturers Association (ACEA) warned last week that the situation could cause production stops if supply is not restored in the coming weeks. According to the organization, current stocks would barely cover a few assembly cycles and approving new suppliers would take months, a period incompatible with market demand. One of Nexperia’s facilities in Guangdong Nexperia’s weight in the semiconductor chain is best understood by looking at how its production is organized. Although the headquarters and operational management are located in the Netherlands, much of the group’s added value comes from Asia. Its assembly and test plants in China, the Philippines and Malaysia manage enormous production volumes that supply both the Asian market and Europe. The coming weeks will be marked by the search for a fragile balance between regulators and governments. Nexperia has confirmed that it is in talks with China’s Ministry of Commerce to reverse the export blockade, while the Netherlands retains control of its governance. The question is whether the company will be able to operate normally. without violating either of the two legal frameworks. For now, the signals are mixed: production continues, but under an environment of uncertainty that leaves manufacturers waiting for a quick outcome. Images | Nexperia In Xataka | The problem is not that Europe has “expropriated” Nexperia from a Chinese company: it is that it approved its sale just a year ago

The hours worked are falling so much in the Netherlands that, unintentionally, they are adopting the four -day week

When talking about countries with high productivity, all eyes tend to Go to Germany or Ireland. However, the Netherlands has become a European reference when it comes to significantly reducing the volume of working hours in its days, naturally approaching the four -day week model. This trend attracts attention both for its impact on everyday life and for the country’s economic data, banishing alarmist theories About economic ruin. According to An analysis of the Financial Timesthe Dutch enjoy a high quality of life, partly thanks to their system of Flexible and well -paid employmentwhich has evolved to prioritize personal well -being over the traditional model Based on long days. Netherlands and its reduced day. According The published by the 4 Days Week FoundationThe Netherlands have structured its labor market so that the full day is not the most widespread model and a large part of the employees prefer to work less hours voluntarily. However, far from being conceived as a precariousness model, it has become an example of balance Between work and professional life. According to data Eurostat of 2023, the middle day in the Netherlands is the lowest in Europe with only 32.2 hours worked, compared to 36.4 hours in Spain or 35.5 hours in Ireland. According to the data published by the Financial Timesaround 50% of the Dutch work part -time, and the proportion is even greater among women, which reach up to 75%. Not only does you work less in part -time days. Beyond the obvious cut involved in working under a model of part -timefull -time days are also from the short ones in Europe with 39.1 hours, only surpassed by Denmark with 38.7 hours per week. In Spain, the Real full day It stands at 40.2 hours. Being shorter, the Dutch tend to compress it in four days instead of five. Bert Colejn, an Ing Bank economist, assured the Financial Times That “the four -day work week has become very, very common. I work five days, sometimes they criticize me for working five days!” Greater productivity and better salaries. The Eurostat data They emphasize that Holland is among countries with Greater productivity per hour worked, standing at 45.3 euros per hour, compared to 29.4 euros in Spain, but far from the productivity of the Scandinavian countries that or Ireland that exceed 60 euros per hour worked. This conjunction of high productivity and reduced days has caused a situation of salary precariousness to be generated, but, on the contrary, Holland has maintained wages above the European average. According to Eurostatthe average of the gross salaries of Holland, adjusted by purchasing power (PPA), is 16.2 euros per hour, while in Spain it is 11.8 euros per hour. The European average is 14.9 euros per hour. Netherlands does not have four -day work week. In strict terms, the Netherlands have not applied any day reduction policy (such as Yes, Spain tries to do it) or four -day workday. However, almost without proposing it, the Dutch labor market has adjusted so that, at the practical level, its companies have implemented the working day of four days without wage reduction after decades of conciliation policies. In Xataka | The war in Ukraine has changed more than the maps: it is making the Russians adopt the four -day work week Image | Unspash (Isaac Maffeis, Isaac Burke)

Donald Trump’s government plans to be even harder with China. His problem is that he needs Netherlands and Japan

The administration led by Joe Biden has approved during his management years several very ambitious China sanctions. The last one entered into force On December 2just a few weeks before Biden and his team leave the White House. These prohibitions are aimed priority to Chinese companies that They design and produce lithography equipment that intervene in the manufacture of advanced semiconductors, hence the impact they are presumably having on the Chinese chips industry is deep. As expected, China soon react. Just one day later the government led by Xi Jinping announced the prohibition of export of critical minerals to the US. It was possible that the arrival of Donald Trump’s government and his entourage contributed to calm the waters with China a little, but nothing is further from reality. The climbing of sanctions and other moschadillas that have starred US and China in recent years will continue, although now under the baton of Donald Trump. The US prepares more sanctions with the complicity of the Netherlands and Japan According to Bloomberg News Trump’s team wants to even more harden the sanctions to which China is already subjected. The US government has not officially confirmed it, but according to this means of communication, the new sanctions package addresses two different areas that seek to hinder more the development of the Chinese semiconductor industry. The first measure proposes to restrict the quantity and types of chips that NVIDIA can deliver to its Chinese clients without processing a license. Deepseek R1’s success is promoting the adoption of NVIDIA GPU H20 for models training It is important that we do not overlook that Jensen Huang’s company leads the GPU market for applications of artificial intelligence (AI) with an approximate quota of 80%. And, in addition, the success of China AI Deepseek R1 He is promoting The adoption of the GPU H20 of nvidia for Model training (And also that of The Ascend 910 chips of Huawei to solve inference tasks). Whatever this is not all. And, again according to Bloomberg, several US officials have recently met with their Dutch and Japanese counterparts. Presumably they are negotiating what steps they can take to drastically limit the participation of the engineers of the Dutch company ASML and the Japanese Tokyo Electron, which are two of the most important lithography equipment manufacturers on the planet, in the maintenance of the production equipment of the production equipment of semiconductors that are being used by their Chinese clients. The US needs the complicity of the Netherlands and Japan to make this measure prosper, and it is very likely to do so soon. From one thing we can be sure: as has happened on other occasions, China will respond. Image | ASML More information | Reuters In Xataka | Japan has triggered the alarm: China has in its hands the world production of chips and batteries thanks to the gallium

China is advancing at breakneck speed in nuclear fusion. It already has something ready that until now only the Netherlands had

The path to a destination as challenging as it is nuclear fusion commercial must necessarily be full of small conquests. Of achievements that may seem modest, but that, in reality, are milestones that put us a little closer of an ambitious objective that seeks nothing more than to help us solve our energy needs without continuing to emit greenhouse gases. In this context ITER attracts much of the attention. And it is understandable that this is so. After all, it is a project of enormous magnitude, which is also led by the European Union. In fact, this organization is jointly assuming approximately 50% of the total cost of a plan in which the United States, Russia, China, Japan, India and South Korea also participate. However, the public commitment to nuclear fusion is not condensed solely into ITER. And it is not limited only to the European Union either. Not at all. Europe is signing up very important scientific milestonesbut there are other countries that are also bidding very high, and that, precisely, do not move in the orbit of the West. In fact, two of them, probably the most advantaged, are China and South Korea. China has a very sophisticated linear plasma generator to advance fusion In the field of nuclear fusion, plasma is the extremely hot gas that contains the nuclei of deuterium and tritium, the two isotopes of hydrogen, which are involved in the reaction. For these nuclei to overcome their natural electrical repulsion and the strong nuclear interaction to fuse them, they must acquire a very high kinetic energy. And this is only possible if the plasma reaches a temperature equal to or greater than 150 million degrees Celsius. As we can guess, very few known materials are capable of withstanding such a high temperature. However, this is not all. When a deuterium nucleus fuses with a tritium nucleus, they produce a helium nucleus and a neutron that is ejected with an energy of about 14 MeV (megaelectronvolts). The problem is that the neutron lacks a net electrical charge, so it cannot be confined inside the magnetic field which, however, does manage to retain the deuterium and tritium nuclei, which have a positive electrical charge. The components that will be most affected by the direct impact of high-energy neutrons and the most intense heat flow are the inner wall of the vacuum chamber and the mantle. This is the reason why when it originates as a result of the nuclear fusion reaction, this neutron is ejected towards the walls of the vacuum chamber with enormous energy. This particle is very important because in practice it will be closely linked to the production of electrical energy in nuclear fusion reactors, but, at the same time, it represents a very aggressive form of radiation that can significantly degrade the materials used in the reactor. . The components that will be most affected by the direct impact of high-energy neutrons and the most intense heat flow are the inner wall of the vacuum chamber and the blanketwhich is a mantle that covers it and whose purpose is regenerate tritium which is necessary to use as fuel in the nuclear fusion reaction. This is why it is crucial to develop new materials that are able to withstand the neutron flux and therefore ensure that the reactor will have a long operational life. Until now, only the Netherlands had a device capable of generating a high-flow plasma similar to what occurs in the vacuum chamber of a nuclear fusion reactor. But now China has it too. The Hefei Institute of Physical Sciences has successfully built a highly advanced linear plasma generator capable of accurately recreating the extreme conditions found inside fusion reactors. Its purpose is to use it to test candidate materials to be used in vacuum chamber constructionfor which it is essential to subject them to the interaction of plasma. Fortunately, China has confirmed that this machine will be available for international collaboration. Image | Hefei Institutes of Physical Science More information | Hefei Institutes of Physical Science In Xataka | Spain’s milestone in nuclear fusion: the first plasma produced by the SMART reactor invites us to optimism

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