People usually start thinking about moving to a VPS when the site is already pushing against its limits. For example, an online store steadily handles a few hundred concurrent visitors, and during peak hours the admin panel takes 10–15 seconds to load. On shared hosting this is often blamed on “neighbors.” And at some point it becomes clear: this can’t go on.
Problems with access to a website, mail server or API often begin without visible reasons. The page opens for you, but “lies down” for part of the users, emails do not reach recipients, and third-party services simply drop the connection. In many such cases the root of the problem is not bugs in the code or configuration mistakes, but the reputation of the IP address.
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.
Just a few years ago, opening a menu at a café meant flipping through laminated pages, touching them after dozens of people, and waiting for the waiter to bring one to your table. Today, you’re more likely to find a small square code. Simply point your smartphone camera — and the menu instantly appears on your screen. The QR menu has become not just a convenience but a true symbol of digital evolution in hospitality, reshaping both business processes and the way guests interact with restaurants.
In the digital era, data has truly become the most valuable business asset. Losing a customer database, email archive, or even a few gigabytes of information can lead to serious financial losses or downtime. That’s why backups are no longer an “option” — today, they are an essential part of any IT infrastructure. And while just a few years ago copies were stored only locally, now cloud-based solutions are increasingly used — directly integrated with VPS and dedicated servers.
In a world where decentralization is becoming the new standard of digital security, the concept of having your own node is gaining increasing importance. While most users used to interact with blockchains only through exchanges or wallets, today more and more companies and enthusiasts are striving to have their own node — an independent network participant that stores a copy of the blockchain and takes part in transaction verification. This is not just about technical autonomy but also about trust, security, and independence from third-party services. However, to launch a node, you need more than just motivation — you need a server that will become its foundation.
A virtual private server (VPS) is like a personal computer in the cloud that operates on a shared physical server but has its own dedicated resources: processor, memory, storage, and operating system. The way these resources are configured, distributed, and utilized directly affects how fast and stable your website or application will run. Let’s take a closer look at what influences VPS performance and what each key component means.
On October 14, 2025, Microsoft will officially end support for Windows 10. For millions of users and businesses worldwide, this marks the end of an era: system security, stability, and compatibility will no longer be guaranteed.
According to StatCounter, in 2024 Windows 10 accounted for over 55% of PC usage in Ukraine. This means hundreds of thousands of companies and individuals will need to decide what to do next.
In this article, we will explain what the end of support actually means, what risks it brings, and what migration options are available. We will also look at how to leverage modern infrastructure solutions from RX-NAME to avoid problems and keep your business secure.
In today’s online environment, any project — from a personal blog to a high-traffic online store or SaaS platform — requires stable and fast infrastructure. Shared hosting can become a bottleneck during peak loads, so switching to a VPS server becomes the logical next step. But how do you find a truly powerful solution among hundreds of providers? This article explains what to look for when choosing a VPS that meets your performance needs.
Choosing the right type of website or IT infrastructure hosting directly affects your project’s performance, stability, and security. There are many options on the market, but the three most popular solutions are shared hosting, VPS, and colocation. Each has its own features, advantages, and limitations.
In this article, we will explain how they differ, how to choose the best option for your needs, and what nuances to consider when switching from one solution to another.
