Physically, our servers are in Ukraine. The Data Center is designed in accordance with the Tier-III standard.
Physically, our servers are in Ukraine. The Data Center is designed in accordance with the Tier-III standard.
Yes, you have full administrative privileges and you can install any software.
Backup is not included in the terms of use of this service.
Responsibility for making a backup lies with the client (user of the service). If the client does not have the ability to back up on his own, he can order this service in our data center for an additional fee.
You can install it on your own or contact our technicians for assistance.
We use Xen virtualization.
You can increase disk space only by switching to a new tariff.
The test period is provided after payment for a service with a minimum term of 1 month. Within 30 calendar days you can cancel the service and return the funds.
Yes, you can arrange this option while ordering a server or by contacting technical support by ticket.
SSDs have high read / write speeds and respone compared to HDDs. Due to the absence of moving parts and a new kind of microcircuit, the physical disruption of disk is eliminated, which increases the level of reliability of the VPS-hosting.
These advantages will be appreciated by the owners of online stores and all client-oriented companies, for whom a fast and convenient website is an important advantage over competitors.
This service is suitable for customers who are interested in speed, high performance and sustainability.
Standard hosting is completely fine while your project is small. But over time, new features appear, traffic grows, integrations with external services are added – and what used to work smoothly starts slowing down noticeably.
It's not always about the hosting itself; sometimes basic site optimization saves the day. But if your project objectively needs more resources or specific server configurations, it’s time to look into VPS.
A VPS (Virtual Private Server) is a virtual server running on physical hardware inside a data center. Using virtualization, one powerful machine is divided into several isolated environments. Each of them has its own operating system, dedicated resources, and separate configurations.
On shared hosting, you're usually limited by the control panel boundaries and basic system parameters. On a VPS, the administrator gets full root access: they can install any software, run background processes, and fine-tune the web server and network services.
At the same time, you don't need to rent an entire dedicated server. Hardware resources are shared across several independent VPS units, making this solution significantly cheaper than a separate physical machine.
Moving to a virtual server isn't just about high traffic. Quite often, even a small project requires setup conditions that are simply impossible to realize on standard hosting.
When ordering a VPS, you choose the number of vCPUs, RAM size, and disk space yourself. This allows you to estimate server capacity more accurately and control the workload.
Of course, final performance also depends on physical hardware. However, properly configured virtualization reliably isolates server neighbors from one another, minimizing their mutual impact.
On a VPS, you're free to install the required PHP version, deploy Docker, tweak database settings, or launch your own custom app – without being tied to the limits of a standard hosting plan.
There's also much more flexibility with security. The administrator sets access rules, configures the firewall, and handles updates themselves. Though, if you rent an unmanaged server (without management services), all these tasks fall on your shoulders.
Another plus is scalability. When a project outgrows its current configuration, it's usually enough to upgrade the plan in a few clicks, without complex migrations to another hosting type.
Imagine an online store that started with a couple dozen products. Over time, the catalog expanded, stock synchronization was connected, alongside a CRM and automated order creation. All these processes place a heavy load on the server, even if live traffic on the site isn't spiking.
A VPS allows allocating the required resources for these tasks and building an optimal server environment.
It's a similar story with corporate portals: right alongside the public website, internal services, APIs, or databases for daily staff operations are often running.
For application testing, running bots, setting up CI/CD pipelines, or working with containers, regular hosting feels way too cramped. On a virtual server, a developer can spin up any environment and manage it without hosting panel restrictions.
A VPS is also great for small SaaS services, CRM systems, and other tools that require 24/7 uptime.
That said, if you have a simple multi-page website without specific software requirements, overpaying for a VPS just "for the future" makes no sense.
Comparing configurations by numbers is the easiest route: cores, RAM, storage. But identical spec parameters don't automatically guarantee identical speeds.
For CMS-based websites, having a memory buffer is critical, especially when a bunch of heavy plugins are installed. Applications with complex calculations need higher-performing CPUs. And for databases with heavy read and write operations, SSD or NVMe drive speed becomes the decisive factor.
It's also worth clarifying upfront how resource upgrades work and whether stopping the server is required.
Before placing an order, find out where the data center is located, how power redundancy is implemented, and the terms of support availability.
Pay separate attention to backups. Automated backups aren't always included by default. Besides, keeping backups on the same disk where your main system lives is a bad idea that won't save you during a major failure.
On Server.UA, VPS hosting is available for various tasks and scales. When choosing a configuration, consider not only current metrics but also planned load growth.
A VPS is a logical middle ground between basic shared hosting and a dedicated server. It offers the necessary level of control, flexible software setup, and precise resource allocation for specific tasks.
However, VPS resources won't magically speed up a website on their own. If the root problem lies in messy code or unoptimized database queries, it has to be fixed at the development level.
The optimal moment for migration comes when you clearly understand which exact limitations of your current hosting are holding the project back. That's when a VPS turns from an extra expense into a genuinely working growth tool.