Every year, TIME magazine selects the “Person of the Year” — an individual, group of people, or phenomenon that has had the greatest impact on the world. This prestigious title is awarded to those whose achievements or influence radically change the world. While the official decision has not yet been made, experts’ predictions and betting platforms are already forming an interesting picture. In 2025, the leading contender for this title, according to forecasters, is… artificial intelligence.
When users choose a VPS, they often imagine a simple scenario: if the plan lists 2 CPU cores, 4 GB of RAM, and a certain amount of disk space, then these resources always and fully belong only to them. However, virtualization works much more intricately. A VPS is not a physical server but a virtual instance created by a hypervisor. A hypervisor is a special system that distributes hardware resources among multiple virtual machines running simultaneously. This allows the physical server’s capacity to be used efficiently, but it also introduces nuances into the concept of “guaranteed” resources. To understand how everything works in reality, it’s important to explore reservation mechanisms, prioritization, and the behavior of real workloads inside the infrastructure.
In today’s internet, loading speed has become one of the key conditions for a website’s success. Businesses invest significant resources into reducing page weight, optimizing images, implementing caching, and minimizing JavaScript and CSS. It may seem that the more optimizations you apply, the better. But in reality, excessive attempts to “speed up” a site often bring the opposite result. The website becomes more complex, less stable, and even slower. To understand why this happens, it’s important to look into the nature of optimizations, their real capabilities, and the hidden consequences that often remain unnoticed at first glance.
In today’s digital world, social media determines which topics become popular, which brands grow, and which content formats attract the most attention. It also influences which domain zones users register more often. In the past, choosing a domain was mostly a technical decision: companies picked classic .com or .net, and personal websites relied on local domains. However, with the rise of TikTok, Instagram, YouTube, and new platforms, the demand for domain zones has begun to shift under the influence of trends, influencers, and content formats. To understand why certain domains become fashionable, it’s important to see how exactly social networks shape users’ digital behavior.
In the coming years, building a personal computer may become significantly more expensive than we are used to. The reason is a global shift of production capacity toward artificial intelligence. Major companies that previously supplied the market with RAM, storage devices, and GPU chips are now redirecting their manufacturing to meet the needs of data centers and AI models. All this creates a shortage of components and leads to rising prices.
In today’s digital environment, sharing files between a smartphone and a laptop has become a routine part of everyday work. Photos for publications, documents, videos for editing, screenshots from messengers — all of this must be transferred quickly from one device to another. While people once used cables or flash drives for this, now there is a wide range of far more convenient tools. To help users navigate these options, it’s important to understand which solutions are the easiest to use, how they work, and in which situations they perform best.
When most people hear the word “blockchain,” they immediately think of Bitcoin and other cryptocurrencies. However, the history of this technology is much broader. Blockchain is a special method of storing information as a chain of blocks, where each block contains data and is linked to the previous one through a complex mathematical code. This makes the system transparent, protected from alterations and fraud. It is important to understand that blockchain itself is not a currency but a tool for reliably storing and transferring information.
The COVID-19 pandemic became one of the most significant events of the 21st century, transforming everyday life, business processes, and approaches to digital technologies. One of its key consequences was the rapid shift to remote work, online communication, and digital services. These changes directly affected internet infrastructure, particularly the demand for hosting. Companies, entrepreneurs, and independent specialists faced the need to quickly adapt to a new reality, and reliable hosting became a necessary foundation for business operation and development in times of global uncertainty.
In the modern digital environment, companies invest in the latest security systems, advanced network filters, multi-level authentication and other cybersecurity tools. However, despite the high level of technological development, it is the human factor that continues to remain the biggest vulnerability. The human factor includes actions, mistakes or negligence of employees that may accidentally or intentionally create risks for a company’s information security. And while software and hardware tools can be updated, configured or strengthened, human behavior is much more difficult to change, which is why this aspect requires special attention.
Website security is traditionally associated with protection from hacks, viruses, or DDoS attacks, but in reality, there is another critically important element that even experienced website owners often overlook. This refers to DNS records — the fundamental mechanism that ensures users land on your legitimate website rather than a malicious copy created by attackers. DNS, or the Domain Name System, is the system that translates human-friendly domain names into technical IP addresses. Essentially, it is the “phone book” of the internet. If DNS works incorrectly or is modified by an unauthorized party, your website may become inaccessible, visitors may be redirected to phishing pages, and domain mail services can become completely blocked. This is why DNS protection is just as important as safeguarding servers or web applications.
