The first time Spain displays combat airplanes in Iceland

In a context marked by the War in Ukraine and Moscow’s growing aggressiveness in airspace of the North Atlantictogether with the progressive militarization of their Strategic routesSpain has first assumed the most active role in the defense of NATO’s northern flank. A historical step. Yeah, for the first time In its history, Spain has deployed combat planes in the nation of northern Europe as part of the NATO Air Police Mission. The operation, baptized as Tactical Air Detachment (DAT) Stinga (“Sting” in Icelandic), represents a milestone for the Army of the Air and Space (EA), which until now had concentrated its participation in the east flank of the Atlantic Alliance, especially in the Baltic countries. With this movement, the Spanish government intends to demonstrate Your commitment With all NATO defense scenarios, including the Arctic strategic, which gains relevance to the growing military activity Russian in the North Atlantic. Keflavik: The new Spanish advanced position. The detachment will operate from the Keflavik air basesouth of Iceland, considered a critical installation for its location in the North Atlantic, key to the control of intercontinental air traffic and for the routes between North America and Europe. Iceland, country No Air Force Own, trust Rotations of NATO allies to guarantee the integrity of their airspace. To the 44 aviators They arrived as advanced to prepare the operation, will add up to 122 Spanish military (among pilots, maintenance technicians, specialists in armament, logistics and security personnel), responsible for operating six F-18 fighters They arrived on July 22. The mission will officially begin on the 28th and will run until mid -August. Permanent alert in the north sky. Under the command of Lieutenant Colonel Rafael Ichaso Franco, the Stinga detachment will be in fast reaction alert (QRA), or in other words, will be prepared to Intercept any aircraft That violates the standards of allied airspace, whether flying without a flight plan, without radio contact or with the transposeor off, a usual practice in air intimidation maneuvers by Russia. This is precisely the reason why NATO launched in 2014 (After the Crimea Russian Annexation) a series of air surveillance deployments that have been expanding their territorial presence throughout Europe. “Hostile” training. Plus: Unlike other air police missions already carried out in Estonia, Lithuania or Romania, Iceland presents different operational challenges. Not only because of latitude and weather conditions, but by lack of previous experience of the Spanish army in that theater. That is precisely the reason why, according to The world pointedan intense preparation in simulatorsrecreating specific scenarios for the Arctic environment. In addition, training flights in the region have been scheduled to consolidate the operational capacities of the pilots and maintain the full operation of the F-18. Beyond a gesture. Although the duration of the mission will be rather brief, its political and strategic value is significant. Spain thus reinforces its image of Reliable and willing ally To participate in the distribution of responsibilities within the Atlantic Alliance, aligning with the priorities of Moscow deterrence On all fronts, including the least visible so far for Spanish public opinion. By projecting strength in the north, the Spanish nation also contributes to the defensive architecture that extends from the Baltic Sea to the Arctic Circle, at a time when NATO Redfine Its military borders before a Kremlin every time more aggressive. Operation Stinga thus not only a punctual deployment, but the beginning of A new phase in the outer projection of the Spanish armed forces. Image | Ministry of Defense of Spain In Xataka | With its rejection of dedicating 5% of GDP to Defense, Spain has done something else: open the melon of the melons in NATO In Xataka | Spain refuses to spend 5% of GDP on artillery. Because what you really want is to sell it to Europe

displays and buries cables up to 3,000 meters deep

We don’t see them, but Most of the world’s internet traffic circulates through them. The Submarine cables They are very necessary and They have not been few times that have been in the center of conflicts between countries. Some measure thousands of kilometers and connect continents, such as This that will connect Santander with the United Statesbut how do cables of such size unfold? The answer has a name: the Lisa Monna. The ship. The Lisa Monna is a Cable-Laying Vessel, that we could translate by “cable vessel.” Its manufacture began in Romania in 2022 Under commission from the Prysmian company And it cost 250 million euros, although it has not been until this year that its operations have begun. The Mission of the Lisa Monna is to hold wiring in the sea and can reach up to 3,000 meters deep. In figures. The Lisa Monna is 171 meters in length and 34 meters of manga. Currently it is, Together with the Leonardo da Vinci of the same fleetthe world’s largest cable ship. In China, one that reaches 215 meters is being assembled, but for the moment it is not operational (It is expected to start navigating in 2026). It is able to load two cable coils, one of 7,000 and another of 10,000 tons. It has capacity for 120 people, it can navigate for 90 days in a row and reaches a maximum speed of 16 knots. Laying and buried. At first, Submarine cables did not burywhich caused them to suffer more often. Currently the cables are buried in a standard way and it is just what the Lisa Monna does through a simultaneous method of lying and buried. The ship drags a plow that creates a trench in the seabed between 2 and 3 meters deep depending on the type of soil. Here the cable and the earth are deposited refluxes by itself, leaving the protected cable. This system has been baptized as Hydroplowbut it is not the only one that the ship has. It also has several excavating robots that come into action if they find a harder seabed. Centimetric precision. The Lisa Monna is a DP3 ship, that is, it has The most advanced dynamic positioning system which ensures that no failure, whether mechanical, electric or software will make you lose your position: this is crucial in the laying of submarine cables since it requires centimeter accuracy for large distances. To ensure the position has an eight -point mooring system. The fleet. The Lisa Monna is part of a two -ship fleet owned by Prysmian, a multinational company based in Milan. Monna Lisa’s brother was baptized as Leonardo Davinci And they have one more under construction than will be ready in 2027. In April of this year, The Lisa Monna was charged for the first time and It is currently deploying cable on the east coast of the United States. Images | Prysmian will be ready for 2027a | North Korea launched its largest warship with vertical missile system. Then he sank

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

Vodafone displays the largest public Wi -Fi network in Spain connecting all Andalusia. Even the Alhambra

Vodafone and the Junta de AndalucĂ­a have announced in the MWC 2025 – and among mutual praise – the implementation of the largest public Wi -Fi network in Spain, connecting 3,100 administrative venues in 700 Andalusian municipalities. The Vuela Plan offers free Internet access for 8 million citizens and public employees through an infrastructure that has required 27,000 access points and 800 km wiring. Why it is important. The network guarantees universal Internet access throughout Andalusia, in view of “overcoming the digital divide” and modernizing public administration. The infrastructure allows any Andalusian to connect to the Internet for free to any of the administrative venues, from small municipalities to hospitals, through historical buildings such as The Alhambrawhere the installation works were extended for almost a year to respect their patrimonial value, according to the announcement of the Teleco. In figures. The project has meant a massive technological deployment that we do not remember precedents in the Spanish public administration. 27,000 Wi -Fi access points. 4,500 concentrators installed. 800 kilometers of wiring. 700 connected municipalities. 82 Coordinated organizations in the deployment. In detail. The plan flies, announced by Antonio SanzDirector of the Presidency, Interior, Social Dialogue and Administrative Simplification of the Junta de AndalucĂ­a, Structure connectivity in three different networks that fulfill specific functions according to the type of user. The Vuela network offers public access with safe authentication for citizens. The corporate network connects public employees in the 5,500 headquarters allowing mobility between buildings. The third is dedicated to IoT devices to manage sensors, hospital equipment and asset location. During the presentation, the counselor has talked about increasing the utility for the citizen and “being more agile”, coming to talk about the ability to attract Digital nomads. “No one is left behind.” Between bambalins. The deployment has had to overcome several technical and logistics challenges to respect the characteristics of each space. It has been necessary to adapt the installation to hospitals with strict protocols, remote municipalities or protected historical buildings. The network has a dedicated core that guarantees professional benefits, similar to those of any commercial operator. And now what? The network solves the poor connectivity that affected many administrative buildings, as stated during the presentation, and responds to the demand for a Wi -Fi network. Now citizens will have internet in health centers, libraries and public offices where there was not before. O It was limited to the cable for employees. Outstanding image | Xataka In Xataka | European telecos in front of their existential battle: “If our hands unleashed, we will score goals”

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