*Cube-Host– full cloud services!!
*Cube-Host– full cloud services!!
Virtual Private Servers with dedicated CPU, RAM, and NVMe storage for websites, applications, and production workloads.
VPS hosting is a virtualized server environment with guaranteed resources and full administrative control. It delivers more stability than shared hosting and more flexibility than dedicated hardware.
This page is the central VPS hub — choose your VPS by operating system, performance requirements, server location, or specific use case.
Choose a VPS configuration based on performance requirements and infrastructure needs.
These example plans provide an overview of typical resource allocations — detailed configuration and deployment options are available on dedicated VPS solution pages.
VPS W1 S25
$7.92/MoVPS W2 S30
$17.05/MoVPS W4 S40
$31.20/MoVPS W8 S80
$41.10/MoVPS W12 S120
$61.21/MoVPS W16 S160
$75.20/MoVPS W32 S240
$137.28/MoVPS C1 S20
$6.30/MoVPS C2 S30
$10.30/MoVPS C4 S60
$19.88/MoVPS C6 S100
$23.90/MoVPS C8 S120
$30.30/MoVPS W1 S25
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 3 months | $9.90 | $29.70 | — |
| 12 months | $8.91 | $106.92 | 10% |
| 24 months | $8.41 | $201.96 | 15% |
| 36 months | $7.92 | $285.12 | 20% |
VPS W2 S30
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $21.32 | $21.32 | — |
| 12 months | $19.19 | $230.26 | 10% |
| 24 months | $18.12 | $434.93 | 15% |
| 36 months | $17.05 | $614.02 | 20% |
VPS W4 S40
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $39.00 | $39.00 | — |
| 12 months | $35.10 | $421.20 | 10% |
| 24 months | $33.15 | $795.60 | 15% |
| 36 months | $31.20 | $1123.20 | 20% |
VPS W8 S80
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $51.37 | $51.37 | — |
| 12 months | $46.23 | $554.79 | 10% |
| 24 months | $43.66 | $1047.95 | 15% |
| 36 months | $41.10 | $1479.46 | 20% |
VPS W12 S120
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $76.51 | $76.51 | — |
| 12 months | $68.86 | $826.31 | 10% |
| 24 months | $65.03 | $1560.80 | 15% |
| 36 months | $61.21 | $2203.45 | 20% |
VPS W16 S160
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $94.00 | $94.00 | — |
| 12 months | $84.60 | $1015.20 | 10% |
| 24 months | $79.90 | $1917.60 | 15% |
| 36 months | $75.20 | $2707.02 | 20% |
VPS W32 S240
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $171.60 | $171.60 | — |
| 12 months | $154.44 | $1853.28 | 10% |
| 24 months | $145.86 | $3500.64 | 15% |
| 36 months | $137.28 | $4942.08 | 20% |
VPS C1 S20
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 3 months | $7.88 | $23.64 | — |
| 12 months | $7.09 | $85.10 | 10% |
| 24 months | $6.70 | $160.75 | 15% |
| 36 months | $6.30 | $226.94 | 20% |
VPS C2 S30
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $12.88 | $12.88 | — |
| 12 months | $11.59 | $139.10 | 10% |
| 24 months | $10.95 | $262.75 | 15% |
| 36 months | $10.30 | $370.94 | 20% |
VPS C4 S60
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $19.88 | $19.88 | — |
| 12 months | $17.89 | $214.70 | 10% |
| 24 months | $16.90 | $405.55 | 15% |
| 36 months | $15.90 | $572.54 | 20% |
VPS C6 S100
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $29.88 | $29.88 | — |
| 12 months | $26.89 | $322.70 | 10% |
| 24 months | $25.40 | $609.55 | 15% |
| 36 months | $23.90 | $860.54 | 20% |
VPS C8 S120
| Period | Price per month | Price for the period | Savings |
|---|---|---|---|
| 1 month | $37.88 | $37.88 | — |
| 12 months | $34.09 | $409.10 | 10% |
| 24 months | $32.20 | $772.75 | 15% |
| 36 months | $30.30 | $1090.94 | 20% |
Cube-Host VPS hosting is structured as a flexible platform rather than a single predefined product.
This VPS Hosting page serves as the central hub for exploring, comparing, and selecting VPS solutions based on different technical and operational criteria.
VPS solutions within the Cube-Host platform are organized by:
Operating system and platform model (Linux VPS, Windows VPS, MikroTik VPS)
Workload-specific VPS solutions designed for defined use cases
Resource-based VPS configurations based on CPU and RAM requirements
Geographic VPS deployments across regional infrastructure locations
Each category leads to a dedicated solution page, allowing you to narrow down the most suitable VPS configuration without mixing unrelated requirements.
VPS hosting is not a single predefined product but a flexible infrastructure model.
Choosing the right VPS configuration depends on how the server will be used, which software it must support, and how performance requirements may change over time.
The sections below outline the key decision factors that help narrow down the most suitable VPS solution.
The operating system defines software compatibility, management approach, and typical workloads.
Most VPS deployments fall into two primary operating system categories.
Some projects select VPS hosting based on predefined performance needs rather than software stack.
This approach is relevant when:
workload behavior is predictable.
Server location affects latency, regional performance, and user experience.
Selecting a VPS closer to your audience helps reduce network delays and improve response times.
While VPS hosting can be selected by resources and location, the core VPS models are defined by operating system and virtualization technology.
VPS hosting is often selected based on operational requirements rather than hardware specifications alone.
Different workloads require different levels of latency, stability, storage performance, or network behavior.
Common VPS use cases include infrastructure scenarios where dedicated resources and predictable performance are essential.
Each use case below leads to a dedicated VPS solution page focused on a specific workload model.
Forex VPS — optimized for low-latency execution, automated trading environments, and continuous operation.
Game VPS — stable resource allocation for multiplayer servers, persistent sessions, and real-time workloads.
VPN VPS —suitable for encrypted traffic routing, private networking, and secure remote access scenarios.
Storage VPS — focused on disk-intensive workloads such as backups, file storage, and large data transfers.
CRM VPS — dedicated environments for business applications, CRM systems, and long-running service processes.
After selecting a use-case category, server location and operating system become the next key factors for performance and deployment flexibility.
Server location directly affects latency, routing efficiency, and overall application performance.
Choosing a VPS location close to your primary users helps maintain stable connectivity and predictable response times.
Cube-Host VPS infrastructure currently operates in Sweden and Lithuania, with servers connected to regional European network exchanges to ensure low-latency performance across the EU.
VPS deployments in Sweden and Lithuania are suitable for:
While location impacts performance, long-term reliability also depends on virtualization technology, infrastructure quality, and operational support processes.
VPS hosting reliability depends on infrastructure design, virtualization technology, and operational support processes. Cube-Host VPS is built around predictable performance, transparent service conditions, and long-term infrastructure stability.
All VPS instances run on KVM virtualization, providing full hardware-level isolation between virtual machines. Dedicated CPU and RAM allocation ensures stable performance under load and prevents interference from neighboring environments.
NVMe SSD storage is used across the VPS platform to deliver fast disk operations and low latency. High I/O performance improves application response time, database operations, and overall system consistency for production workloads.
Each VPS operates with guaranteed CPU and RAM resources. Resource allocation remains predictable even during peak usage periods, avoiding performance fluctuations caused by shared resource pools.
Service availability is backed by a defined Service Level Agreement (SLA). The SLA outlines uptime commitments, infrastructure responsibilities, and compensation policies in the event of service interruption.
Technical support is available 24/7 to assist with infrastructure-level issues. Support covers network availability, virtualization stability, and service accessibility rather than application-level management.
All VPS plans include full root or administrator access. This allows complete control over system configuration, installed software, security policies, and workload deployment.
Understanding infrastructure quality, virtualization model, and support structure helps determine whether a VPS platform can maintain stable long-term operation — especially for business-critical applications and continuous services.
Different hosting models serve different project stages and technical requirements.
Understanding the differences between shared hosting, VPS hosting, and dedicated servers helps determine when VPS is the most balanced solution.
| Feature | Shared Hosting | VPS Hosting | Dedicated Server |
| 👥 Resource allocation | Shared with other users | Dedicated CPU & RAM | Fully dedicated hardware |
| ⚡ Performance stability | Low | High | Very high |
| 🔒 Root / admin access | No | Yes | Yes |
| 📈 Scalability | Low | High (virtualized) | Full (physical) |
| 🛡️ Isolation | Low | High (virtualized) | Full (physical) |
| 💰 Cost efficiency | Low cost, limited power | Balanced | High cost |
| 🎯 Typical use | Small websites, testing | Business sites, apps, services | Large-scale systems |
VPS hosting is a virtual private server with dedicated CPU, RAM, and storage resources.
It provides more control and stability than shared hosting, while remaining more cost-effective than a dedicated server.
Yes. All VPS plans include full root or administrator access.
This allows complete control over system configuration, installed software, users, and security settings
VPS hosting is available for Linux and Windows environments.
The choice depends on software compatibility, workload requirements, and management preferences.
KVM VPS uses full hardware-level virtualization.
It provides strong isolation between virtual machines and ensures predictable performance with dedicated CPU and RAM allocation.
Yes. VPS resources such as RAM, CPU, and storage can be upgraded as your project grows.
This allows scaling performance without migrating to a different hosting solution.
Yes. VPS hosting is commonly used for business websites, applications, and long-running services.
Dedicated resources and predictable performance make it suitable for production workloads.
VPS hosting reliability depends on infrastructure quality and operational processes.
Service availability is backed by a defined Service Level Agreement (SLA) and supported by continuous monitoring.
VPS hosting is recommended when shared hosting no longer provides stable performance or sufficient control.
It is a practical upgrade for projects that have outgrown entry-level hosting environments.
