Someone connected an unprotected Windows XP PC to the Internet to see what would happen. The result is not surprising

When Microsoft ends its support for security updates in its operating systems, it is not usually advisable to use a PC with said system unless it is for a specific and specific case. Eric Parker, content creator specialized in technology, wanted try with an experiment: use Windows XP today connected to the Internet and eliminating all types of protections. As you may have imagined, the PC has become a magnet for malware. In fact, in just 10 minutes, the operating system was completely compromised. Parker also helped make this happen for educational purposes and to demonstrate how dangerous it can be to use an operating system like Windows XP today. Windows XP without firewall and without NAT 10 minutes later: a magnet for malware The expert configured a virtual machine with Windows XP Service Pack 3 on a Proxmox server, also disabling its firewall and NAT (Network Address Translation) settings and replicating the connection conditions common in the early 2000s. To recreate this scenario, the researcher Completely disabled Windows XP firewall and assigned a direct public IP address to the system, exposing the machine without any intermediate protection. As seen in the video, in just ten minutes, the system showed the first signs of infection with the appearance of the “conhoz.exe” process in the Task Manager, which turned out to be a Trojan disguised as a legitimate component of the operating system. After downloading a compatible browser and continued use of the system, in a short time we see how the PC starts to accumulate malware from multiple unknown sources. The system had been a victim of several Trojans and malicious programs running from temporary folders. He was also the victim of a rogue FTP server that allowed full remote access to files, DNS modification to redirect traffic to attacker-controlled servers, and the creation of additional user accounts for attackers to maintain access to the system. A whole string of malicious processes that ended up hijacking the PC. Image: Eric Parker The key factor that allowed the rapid entry of all these malicious components was the vulnerability EternalBluepresent in unpatched Windows XP SP3. This security breach, which was later used by the famous ransomware WannaCryallows attackers to execute remote code without any user interaction. Parker explains that tools like Nmap allow cybercriminals to scan the network for vulnerable systemsquickly identifying exposed and unprotected Windows XP computers. A system that was crying out to be violated and a Windows 7 stronger than it seems The content creator himself admits that the conditions were as optimal as possible to get malware: disabled firewall, direct connection without NAT and unpatched system. Under normal circumstances, with a basic home router and the firewall activated, Windows XP would be significantly more protected. However, the risk does not disappear completely. The use of outdated browsers and the ease of privilege escalation on this operating system remain serious problems. And as shown in the experiment, once infected, The malware was able to automatically close security tools like Malwarebytes. To contrast the results, Parker performed the same test with Windows 7 under identical conditions. Surprisingly, after ten hours of exposure, the most modern system showed no signs of infectionevidencing the significant security improvements implemented in later versions of Windows. Now that official security update support for Windows 10 is ending soon, it’s good to take a look back and see how an outdated system can easily become compromised. Fortunately, today we have many more alternatives if we do not want to update to Windows 11. Cover image | Eric Parker In Xataka | FCKGW-RHQQ2-YXRKT-8TG6W-2B7Q8 This article was originally published in Genbeta in June 2025 and is part of Genbeta’s “greatest hits” that we will discover here in the coming weeks.

His sediments unprotected us in front of the next drought

Thanks to the data provided by the authorities and on initiatives such as reservoirs.netwe have at our disposal complete information of the state of the hundreds of reservoirs that populate our environment. However, for some time the experts have noticed us with a problem that make this data in principle precise and observational into something more similar to estimates. It is the problem of sediments. Decades of accumulation. The reservoirs, in addition to accumulating water accumulate sediments. This involves a problem since they occupy a growing proportion of the volume of Spanish swamps, with the aggravating fact that it is very difficult to estimate the exact proportion in each case. Fortunately, the echoes of drought have abandoned us (for now), but during the last months of water bonanza, some swamps even had to release water after their filling. Part of that water could have been used if their place had not occupied these sediments. It is for all this that the sediments have come to be called The “silent thief” of the reservoirs. Difficult solution. This accumulation is due to dynamics associated with the very nature of these great reserves and the architectural barriers that create them. That is why impossible to prevent this accumulation from being more or lesser extent, so we only have two options left: living with sediments or performing periodic dredging operations to clean up these sediments occasionally. Living with sediments. Coexistence with sediments is not synonymous with ignoring the problem. Quite the contrary, it requires more accurately to document the magnitude of this phenomenon. The speed at which sediments accumulate in the reservoirs in the form of sludge, sand and other materials depends great Considering all these variables is complicated, so observational studies are also an option. The study of the lacuestre bed through batimeters would allow us to know the status of the bottom of the reservoir without having to empty it or resort to indirect estimates. Knowing the degree of accumulation of sediments in reservoirs can help us adjust your real capacity and to know more accurately what are the real water resources we have and what is the rhythm to which we spend them. Of course, this solution does not solve the problem of loss of reservoirs capacity, but at least allows us to work with it. Studies. We do not have a general idea of ​​the state of the sediments in our reservoirs but we do have a record of some studies and estimates carried out over the last years. The problem today is that the number of studies is limited and its diverse results. We have an example in the study conducted in 2018 by the Tajo Hydrographic Confederation, which estimated An insignificant accumulation of sediments. At the other extreme, a batimetry study conducted by the Segura Hydrographic Confederation indicated a loss of capacity in the basin of Between 10% and 40%. A third study offers us a somewhat more global vision. Made through 110 reservoir analysis, this third work estimated a loss of capacity of our reservoirs of about 5%an intermediate result between the aforementioned. Dranging the reservoirs. The solution to the problem I could be in the dredging of the reservoirs. This option would allow them to recover their original capacity but at the same time raised a challenge due to the number of swamps existing to the country. A challenge and considerable investment. These types of operations are not, however, a mere utopia. In 2024 the Ebro swamp began some dredging operations To release one of the disaggers of the dam, useless as a result of the accumulation of sediments. The budget of the work: 2.5 million euros. In Xataka | The time of truth of the Spanish reservoirs: how are they going to endure the heat after rains that has left them overflowing Image | Pilar Flores

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