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

a car capable of throwing a drone without us knowing very well why

Since childhood, I feel a curious obsession with cinema cars and small screen. Kitt –The fantastic car– I don’t seem so science fiction anymore if we consider that we already have cars that are controlled with the voicebut the Aston Martin by James Bond They keep hallucinating. Not so much for the beauty of the different models that we have seen over the years, but for the amount of gadgets they incorporate, as well as the gates that open to launch something or show a weapon. Like the car that tells us, that of deploying a gadget from the car ceases to be fiction because Byd has just presented something, as little, curious: a line of cars that are capable of transporting and displaying a drone. One of DJI, to be more concrete. We have already seen some Chinese cars who are betting on crazy ideas that combine cars and dronesbut what Byd has just presented is something much more tangible. The big question is … What do we want to throw a drone from the car? Shuttle car Lingyuan We are going to start with what the company has presented. In a releaseByd has presented Lingyuan, a system designed to achieve a total integration of drone into the vehicle. The system is like a ceiling chest that has location and guidance sensors, as well as a gate that opens and from which drone can deploy. Don’t tell me it’s not movie. This “heliport” can be in that kind of ceiling chest, but in larger vehicles the company comments that it can be integrated directly into the upper part of the vehicle, which, we assume, would compromise somewhat less the aerodynamics of it. The system has been designed so that the height of the vehicle does not exceed 2.05 meters and, for the moment, there are two versions. On the one hand, Lingyuan Battery Swap Edition for Yangwang models, byd’s luxury brand. This pack equips the DJI Mavic 3 And it is the highest range option. For denza and byd cars, the name is Lingyuan Fast Charging Edition that incorporates a DJI Air 3s. Wang Chuanfu, president of Byd, commented that “the collaboration between Byd and DJI goes far beyond the simple placement of a drone in a car. Instead, we have developed the entire integration system from scratch, designing and developing it to achieve a perfect fusion between the vehicle and drone. This advance offers a synergy in which the whole is greater than the sum of its parts. ” These drones They can take off with the car in progress At a speed of up to 25 km/Hy we can order that the vehicle follow at a speed of up to 54 km/h. On the other hand, they also load at the station, being able to recover from 20% to 80% in half an hour. I recreate and … anything else? The goal of ByD is that this movement is a first step to boost the industrialization and large -scale adoption of intelligent drone systems in cars, but as we said some paragraphs ago, the big question is why we would want something like that. In the statement, everything focuses on creativity. The arch in which the drone goes has a wide angle camera with 4K resolution that can record next to the drone camera to have a double perspective and the Lingyuan application has a tool to edit those videos with algorithms that automate the process if we want it and a repertoire of 30 templates. The brand wants us to record “our vehicle adventures” with a stupid ease. However, I can think of two more interesting and everyday uses. If we go on an adventure on roads that we do not know, stop and launch the drone can be great to explore the area. And, if it were a lighter drone or could fly in the city, it seems to me a tremendous function to look for parking. Of course, for now, this technology is only available in Continental China and the brand has not spoken about the launch of the platform in other countries. Images | Byd In Xataka | The first flying electric car is already here (the only problem is that it is neither a car nor fly)

Amazon stops drone deliveries in Texas and Arizona after suffering two accidents

Amazon has announced the temporary suspension of its drone delivery program in Texas and Arizonaafter recording two accidents in its operations. These incidents occurred at the Pendleton, Oregon, test center and were attributed to failures in the software that manages the MK30 model drones. According to reports, The accidents occurred under light rain conditionswhich highlights the difficulties that this technology faces in adverse climatic situations. One of the crashes resulted in a fire, which has raised alarms about the safety of this program. MK30 drones are designed for fast and autonomous deliveries in suburban and rural areas, but recent incidents have highlighted technical limitations and operational risks. This has led Amazon to take immediate measures to ensure the safety of both its teams and the communities where it operates. The company has stated that deliveries will remain suspended until a critical software update is completed to address these issues and prevent future accidents. Software update to improve security Amazon’s current priority is develop a software update that allows drones to operate more safelyeven in difficult weather conditions. These types of advances are crucial for the drone delivery program, known as Prime Air, to meet the strict safety standards established by the Federal Aviation Administration (FAA). Meanwhile, drone deliveries in College Station, Texas, and Tolleson, Arizona, will be halted, although Amazon says employees at these locations will continue to receive pay. The problems faced by Prime Air underscore the complexity of implementing a large-scale autonomous delivery system.. Although drones are capable of significantly reducing delivery times and environmental impact compared to traditional methods, they also introduce technical and regulatory challenges. The company has indicated that it is working closely with authorities to ensure that operations can resume without putting users or the environment at risk. Additionally, Amazon has reported that, Once the necessary improvements have been implemented, the drones will undergo additional testing before resuming commercial deliveries. This proactive approach seeks to regain the trust of both regulators and consumers, who see this technology as an innovative but still developing solution. The impact of suspensions on the market The suspension of Prime Air operations in the United States could delay Amazon’s plans to scale this technology globally. However, the decision to prioritize security reflects the company’s commitment to the responsible implementation of its systems. Although the pause could generate temporary losses, Amazon is committed to a long-term approach that ensures the viability and acceptance of drone deliveries. Incidents in Texas and Arizona represent a major challenge for Amazonbut also an opportunity to improve your processes and technology. While the path to autonomous deliveries still faces significant obstacles, the company continues to lead this emerging sector and lay the foundation for a future where drones are an integral part of last-mile logistics. Keep reading:• Amazon receives the green light to expand its order deliveries with drones• Amazon begins offering drone deliveries in Arizona• Amazon presented new drones that can make home deliveries even in the rain

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