It has 2,000 Starlink antennas on the roofs

Elon Musk filled the sky with satellites to deliver Internet to every corner of the globe, and the world has found all kinds of applications for the ubiquitous service. After the prison with clandestine antennas and the narcosubmarine connected to StarlinkMyanmar buildings covered in SpaceX satellite dishes arrive. Many of the scams that circulate on the Internet are coordinated within it, including the increasingly common romance frauds. More than 2,000 Starlink antennas. Despite efforts by authorities in China and Thailand to root them out, Burmese “fraud factories” remain operational and are more technologically advanced than ever. Responsible for scamming billions of dollars from victims around the world, these guarded buildings near the Myanmar-Thailand border have their roofs covered in Starlink antennas. According to a Australian Strategic Policy Institute reportoperators replaced ground connectivity with Starlink terminals after allegedly being dismantled by local militias. Satellite images from February 18, just two weeks after the raid, already showed more than 1,000 satellite Internet service antennas. By May, Thai intelligence estimated that the number exceeded 2,000 antennas. What are these centers? In the February police operation, nearly 7,000 people were freed from a brutal system that forced them to run investment scams known as “pig butchering” and online romantic scams. A AFP investigation It tells what was experienced inside through a young Chinese man, Sun, freed after Beijing’s intervention. Lured by the false promise of a well-paying job in Thailand to support his family, Sun was kidnapped and sold to a scam center in Myawaddy, Myanmar for $20,000. Their job was to send fraudulent messages to targets in the United States following a script. One of these documents, 25 pages long, instructed scammers to adopt the persona of “Abby,” a nonexistent 35-year-old Japanese woman, to build a romantic bond with the victim. Once the target took the bait, he passed the contact on to a more specialized scammer. Sun relates that workers were beaten with electric batons and whips if they did not comply with orders or worked slowly. High fences, watchtowers, and armed guards deterred any escape attempts. Diesel generators and satellite Internet. These centers prospered in a border territory between Myanmar, Thailand, China and Laos that was already known as the golden triangle of drug trafficking and smuggling. Corruption and the power vacuum following the 2021 coup in Myanmar have allowed criminal syndicates to operate with almost total impunity and autonomy. Starlink’s ubiquitous coverage, combined with diesel generatorshas allowed these centers to be incredibly self-sufficient. They no longer depend on Myanmar’s unstable power and telecommunications network. Now they can operate almost anywhere, which is making them difficult to eradicate. Although the permissiveness of the Burmese militias also helps. What SpaceX says. Despite warnings from California prosecutors and alarm expressed by American politicians, SpaceX has not commented on the matter. The situation has escalated to the Joint Economic Committee of the United States Congress, which has launched an investigation. SpaceX has already proven in Ukraine its ability to disable terminals in specific geographic areas, a technology known as geofencing. Applying a similar measure in the areas of Myanmar where these centers operate would have an immediate impact, and with global implications. In the United States alone, losses from these types of scams amounted to $10 billion last year, an increase of 66% over the previous year. Starlink has played such an important role that the service, which is not officially licensed in Myanmar, has gone from not being on the country’s list of internet providers to being number one. Image | ASPI In Xataka | Facebook has become a drain for love scams: Morata’s crime is just the extreme example

Tsunami’s alert is leading people to get on the roofs of Japan. It is a good idea, but only at the beginning

A Magnitude earthquake 8.8 that, according to experts, it could be the largest registered sixth, hit the northern Pacific In front of Russia at dawn on Wednesday, which caused Tsunami alerts and evacuations in Hawaii, Alaska, California and Japan, and left millions of people anxiously waiting anxiously waves that, according to meteorologists, could reach 3 meters in some places. In fact, in Japan there are already people AGOLPADA on the roofs. A good idea, at first. Causes and natures. Tsunamis are phenomena of great destructive power that, in most cases, originates after An underwater earthquakewhen an abrupt movement of tectonic plates displaces huge volumes of water and generates waves that spread in all directions such as waves in a pond. Although not all coastal earthquakes produce tsunamis, those that manage to be generated may have devastating consequences in nearby areas and, sometimes, sometimes travel thousands of kilometers At the speed of a commercial plane, wreaking havoc in places far from the epicenter, as it is. All these guidelines are occurring after The earthquake in Russia. Coming. In an open sea they can go unnoticed for a ship, but when approaching the coast, the waves increase its height and acquire destructive potential. In addition to earthquakes, tsunamis can be triggered by volcanic eruptions or, more rarely, due to weather alterations that modify atmospheric pressure, giving rise to the so -called meteotsunamis, such as the one in 1954 mortally surprised to bathers In Lake Michigan. Early forecast and detection. Although earthquakes They cannot be predictedimmediate monitoring after its occurrence allows to assess whether there is a risk of tsunami. For this, a global network of underwater sensors is used that detect minimal pressure variations, together with computer models capable of projecting the possible route and strength of the waves. In this way, governments and alert centers activate emergency systems that include sirens, radio, television or official applications. Approximately 80% of tsunamis They are generated in the Pacific Ocean, particularly in the call Fire beltwhile the Atlantic and the Caribbean represent just 10%. In the United States, although rare, the west coast is the most vulnerable: History records mortal episodes as The 1946 tsunamicaused by an earthquake in the Aleutian Islands, which ended the lives of five people in Alaska and about 160 in Hawaii. Preventive preparation and measures. The International organizations insist on the importance of Citizen preparation. The main thing: It is recommended to know the community evacuation plans and practice the planned routes, as well as identify the flood areas by tsunamis in each locality. It is also advisable to have multiple ways To receive emergency alerts, either through NOAA radios, official applications or local warning systems. In words of specialistseach person must “know their threat”, that is, be aware of whether their place of residence is within a risk area. How to act before an imminent alert. Thus we reach the current situation. If an earthquake occurs, the first thing is shock: bend down, cover under a solid table or object and stay in position until the movement ceases. Then, if there is a risk of tsunami, the instructions of the authorities must be obeyed and moved as quickly as possible to High and remote areas of the sea. However, experience shows that waiting for an official notice It can be lethalrecognizing natural signals can save lives. Namely: a tremor so strong that prevents standing, a rumble from the ocean or a sudden and unusual decline in water on the coast. It should be remembered that not all tsunamis begin with that setback: on many occasions, the first wave that arrives is directly the crestwithout prior notice. In such circumstances, the only safe option is the immediate self -evacuationsince even a couple of minutes of delay can make the difference between life and death. And get on a roof? The images that are being making viral With gutting people on roofs close to the coast it is a resource that can save lives in certain circumstances, but it is not the ideal option and should be understood very carefully. The main agencies Emergency management (such as NOAA, the Pacific tsunamis alert, JMA or UNESCO/COI) agree that the priority recommendation is always evacuated towards Earlier Land and as far from the possible sea. However, the same agencies recognize that when time is extremely limited or there are no safe routes available, looking for height In solid structures It can be the only viable alternative. The Japanese case. Obviously, in the case of Japan, a country with a long history of tsunamis and a high degree of preparation, many coastal cities They have built what they call “vertical evacuation structures”: reinforced concrete buildings or towers specifically designed for Resist the impact of waves of great magnitude. In fact, the JMA and local governments instruct the population to, if it is not possible An accepted strategy. After the devastating Tsunami of 2011which swept a large part of the Tōhoku region, the construction of these intensified Vertical shelters and the signaling that indicates which buildings comply with the standards to support waves up to several meters high. The “but.” The problem is that not all roofs are safe. For example, getting into a small building, poorly built or close to the coast can be even more dangerous: water can exceed the structure, weaken its foundations or drag it. Studies of the National Tsunami Hazard Mitigation Program In the United States and UNESCO (in their guidelines) they point out that only the buildings designed or evaluated for this purpose must be considered shelters. In areas where there are no certified constructions, the safest option remains the same: move horizontally to high ground. Image | YouTube In Xataka | A tsunami devastated Sevilla 1,800 years ago. It is the proof that not even Andalusia is free of tsamotes In Xataka | The Balearic Islands are at the gates of one of the most disturbing phenomena of the Mediterranean: the “Meteotsunamis”

China is turning its roofs into power plants. He has achieved in three months what in Europe costs three years

China has turned its roofs into solar engines, and record time. In just three months he has installed more photovoltaic on roof than Europe in years. Why is it important. China not only leads the energy transition, but is changing the usual rhythms to which it can occur. According to the latest report of Rystad Energyhas installed 36 GW of solar energy on roof only during the first quarter of 2025. That is more than some European countries reach after three years. The Energy Newspaper He summarizes it in a phrase: China does everything big. In figures: 60 GW Solares in total during the first three months of 2025. Of these, 36 GW (60%) in roofs. 130 GW of distributed lots are foreseen throughout 2025. The large facilities will even exceed that figure: 167 GW projected. The context. China is closing its XIV five -year plan. The New regulations of the National Energy Administration (NEA), in force since May, has created a counterreloj race to install before the regulatory cut. There is an emergency climate generated by … Self -consumption incentives. Network access restrictions. And the liberalization of green certificate trade. Those 36 GW are superior to what countries such as Spain or France can install for more than two years, counting all of solar facilities. The EU, together, installed 56 GW throughout 2023, and only one part was in roofs. In detail. The thrust has not been homogeneous. The provinces with greater normative flexibility, such as Jiangsu and Guangdong, have triggered the photovoltaic on roofs. Others, such as Interior Mongolia or Jilin, have restricted both the self -consumption that they have barely contributed. Behind the photo of the record there are certain strap: Some large commercial projects can no longer sell electricity to the network. It is increasing legal and contractual complexity. Promoters and investors face a more uncertain environment. And now what. China will continue to install at a speed far higher than we are accustomed to in the West. And the distributed model will grow, although foreseebly with certain adjustments. Europe lives much more slow display marked by a dense bureaucracy. If you keep the rhythm, China will end up making more facilities on roofs in a year than the sum of many countries in a decade. In Xataka | If Europe does not want to freeze this winter this winter will have to pay much more for gas. You can thank China Outstanding image | Bill Mead in Unspash

The greatest hidden potential of solar energy is not found in photovoltaic macrogranjas: it is on the roofs

Climate change is one of the hot potatoes that humanity must face at the moment. Although in recent years measures have been promoted to mitigate our footprint, at the same time we have followed depending on fossil fuels that contribute to the temperature increase of the planet. The renewables And, specifically, the solar energy It is postulated as technology that can help us reduce these emissions. And a study published in Nature He points out that there is something better than filling the field of solar farms: the photovoltaic of roof. Limit. In 2015, the Paris agreement launched an ultimatum: the temperature increase had to be limited Global to less than 1.5 or 2 degrees Celsius. They soon left reports that were not nor close to getting it And I know He pointed out That, by the end of the century, the temperature increase would be 2.8 degrees. Since then, we have seen the impulse of an artificial intelligence that has needed to resort to fossil fuels or the Great oil company in the era of renewable transition. However, we have also seen the explosion of solar energy with Very cheap panels And every time more efficient. Next to wind, in 2023 provided 27% of EU electricity. Megagranjas. In fact, there are already countries that operate practically With renewable energies And, as we say, Solar plays a very important role in this story. Not surprisingly, in recent years we have seen the pharaonic photovoltaic farm deployment capable of generating a lot of energy. China goes to the head with plants that They look from spacebut there are few countries that already have huge areas of land dedicated to these panels or with in progress. However, there are those who think we can do better with the photovoltaic. RPV. They are the acronym of ‘Rooftop Photovoltaic’, or ‘PHOTOVOLTAICA DE ALBOTEA’, and according to a study by the University of Sussex, it would be the solution to stop gaining ground to the field with solar panels and take advantage of something we do not take advantage of today: millions of roofs. According to their accounts, made through geospatial data and artificial intelligence models, the roofs cover more than 286,000 km² of the planet. To put it in perspective, it is like the area of ​​countries like Italy that yes, it may not seem too much, but imagine a solar farm of the size of … well, from Italy. The orange areas represent 1,724 strategically selected cities for the development of predictive models with the aim of estimating the global roof surface Staked to fossil fuels. According to researchers, taking advantage of roof Electricity consumed every year), which would allow to almost completely replace fossil fuels. Not only should the plates be installed, but also adequate battery systems. According to its calculations, if that amount of territory was covered with solar panels, the global temperature could be reduced between 0.05 and 0.13 degrees before 2050. Beyond that gain, Felix Creutzig -one of the researchers at the University of Sussex -, considers that it would also contribute to having a cleaner air and greater energy safety, since we would be covered before specific demand peaks. Roof area in km² at macroregional and national scale Areas with potential. And, obviously, the plan would not go well if these panels are placed without ton or they are. In the study, it states that the ideal area to fill the roofs of buildings with solar panels is that of East Asia. The reason is the great density of buildings and the conditions of the area in terms of solar radiation. North America and Europe also have great potential and, combined, these roof plates would generate more than 4,300 GW. In perspective, it is about a quarter of global capacity. Another advantage would be the decentralization of energy, making countries less vulnerable to energy and geopolitical crises. Africa would also be a good site, but the problem is that the territory currently represents only 1% of photovoltaic facilities due to deficiencies in energy services and dependence on fossil fuels. Stick to Nuclear. But well, we are currently burning coal when we need fast energy to satisfy the peaks, but we also have nuclear. So much that there are countries that have not only expanded the useful life of their centrals, but the closing decision of those already have to produce energy for a few more years. As we read in PV-MagazineCreutzig affirms that “with an unleashed solar potential, it is difficult to understand how governments justify investment in nuclear energy or carbon capture projects that have not yet been proven.” However, although nuclear also has its advantages over the use of fossil fuels, such as its power or stability, it is evident that the calculations of Sussex researchers are very interesting in order to take advantage to generate energy spaces that, right now, are underutilized. And be careful, it does not only stay in a study, since the University of Sussex has been testing This on the roofs around them. Images | Nature, Cre In Xataka | A word explains how Germany solved solar energy on the floors. His name is Balkonkraftwerk and they enjoy it millions

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