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VDS Servers
| Package name | Top features | Support | Network | Security | Price |
|
VDS-1
|
2 Core CPU
8 GB RAM
120 GB SSD
|
Basic support
|
10 Gbps network port
3 TB bandwidth
1 IPv4
|
Basic DDoS Protection
|
20
81
$ / month
|
|
VDS-2
|
4 Core CPU
16 GB RAM
240 GB SSD
|
Basic support
|
10 Gbps network port
5 TB bandwidth
1 IPv4
|
Basic DDoS Protection
|
36
43
$ / month
|
|
VDS-3
|
6 Core CPU
32 GB RAM
480 GB SSD
|
Basic support
|
10 Gbps network port
7 TB bandwidth
1 IPv4
|
Basic DDoS Protection
|
52
05
$ / month
|
|
VDS-4
|
8 Core CPU
64 GB RAM
960 GB SSD
|
Basic support
|
10 Gbps network port
10 TB bandwidth
1 IPv4
|
Basic DDoS Protection
|
72
87
$ / month
|
The price does not include VAT.
Payment methods
Advantages of VDS Server
In addition to isolation and control, VDS offers several other key benefits:
Scalability
You can quickly increase resources (CPU, memory, disk) if your project grows without moving to a new server.
Reliability and availability
Servers in the data center are protected from outages (backup power supply, cooling systems, monitoring), which ensures stable operation of your VDS.
Security
An isolated environment protects data and applications from other users. It is also possible to customize your own security policies.
Flexible management
With full administrative access, you can customize the environment and install any program to suit your needs - useful for applications that require special configurations.
A Virtual Dedicated Server (VDS) is a virtual environment that runs on a powerful physical server in a data centre. It is ideal for those who need reliable resources and more flexibility in management.
On a VDS, you have guaranteed resources (memory, CPU and disc) isolated from other clients. This means that even under load from other users, your server will run stably. You also get full access (root or admin) to configure as you see fit - this is very useful for installing specific applications and security.
Customers often choose VDS when they need the control, reliability and advanced features of a physical server, but at a more affordable price and without the need to manage physical hardware.
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Frequently asked questions (FAQ)
VDS (Virtual Dedicated Server) is a virtual dedicated server that provides the user with an isolated environment based on a physical server. Unlike classic shared hosting, where resources are shared between all users, on VDS each client has its own guaranteed resources (CPU, RAM, disk space). This solution is perfect for more demanding projects that need stable performance and control over the server.
VDS works thanks to virtualization technology, which divides a physical server into several independent virtual servers with dedicated resources. A hypervisor (such as KVM, VMware or Hyper-V) is installed on the physical server, which creates and manages the virtual machines. Each virtual machine receives a separate operating system and resources, allowing it to run in isolation as an independent server.
Connection to VDS depends on the operating system of the server:
For Linux server: Usually SSH connection is used. For this you need to know the IP address of the server and a login (often root) with a password. You can connect via the ssh root@<IP-address> command from a terminal or by using programs such as PuTTY.
For a Windows server: Remote Desktop Protocol (RDP) is used. You can use the standard RDP program on Windows or other clients on macOS and Linux. You need to enter an IP address, login and password for access.
To host a website on VDS, follow the steps below:
- Set up the environment: Install the necessary server components to run the site. This is often done using popular server solutions such as LAMP (Linux, Apache, MySQL, PHP) for PHP sites, or Nginx, MySQL and PHP (or other stack).
- Upload site files: After setting up the environment, upload the site files to the server using FTP, SCP, or the rsync command.
- Database configuration: If the site requires a database (such as MySQL or PostgreSQL), create one and import the data.
- Web server configuration: Configure a web server (Apache or Nginx) to handle requests to your site. This may include creating a virtual host for a specific domain that will point to a folder with the site files.
- Domain setup: Connect the domain to your VDS by specifying its IP address in your domain's DNS records.
After completing these steps, your site should be accessible through a browser.