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VPS Infrastructure Features

KVM virtualization, low-density nodes, NVMe storage and transparent resource allocation in Amsterdam and New York.

Architecture Transparency

Built on KVM Virtualization

All VPS instances run on KVM-based virtualization with hardware-assisted isolation. No shared containers. True virtual machines with dedicated resources.

  • Independent kernel per VPS
  • Full root access
  • No container-based resource sharing
  • Clear allocation boundaries

Not OpenVZ or LXC. Full hardware virtualization for predictable performance and isolation.

Policy

Low-Density Node Policy

We cap usable memory per node to maintain consistent performance across workloads.

  • Controlled memory allocation
  • Balanced CPU scheduling
  • Designed for stability over density
Enterprise hardware

Single-Socket EPYC with ECC & NVMe

Our infrastructure is built on AMD EPYC processors with ECC memory and NVMe storage arrays.

  • Single-socket architecture for predictable latency
  • DDR4/5 ECC memory
  • NVMe storage with balanced I/O
  • Redundant power and networking

Storage Performance

All plans use NVMe storage optimized for low-latency workloads.

  • 4K random read/write optimized
  • Snapshot support
  • Disk expansion available
  • Performance metrics published
Full Self-Service Control Panel

Manage your VPS instantly

  • Reboot / shutdown
  • OS reinstall
  • ISO mounting
  • Console access
  • Reverse DNS
  • Resource monitoring

Instant Vertical Scaling

Upgrade RAM or CPU within your product line without migration.

  • Minimal downtime
  • Keep your IP address
  • No data transfer required
Linux templates and Windows Server

Operating System Options

linux@buyvps

Linux-first infrastructure

Pick your distro. Deploy in seconds. No extra licensing.

Ubuntu
Debian
AlmaLinux
Rocky Linux
CentOS
Oracle Linux
Fedora

One-click deploy from the control panel. All distributions included. No extra cost.

Automated snapshot backups

Data Protection That Actually Protects Revenue

Snapshot Backups

Optional automated backups with configurable retention.

  • Daily snapshots
  • Easy restore
  • Off-site options available
Security and Isolation

Infrastructure Security

Security & Isolation

Infrastructure Security

  • Hypervisor isolation
  • Controlled management access
  • VLAN options
  • Firewall support
API & Automation

Full API access to automate provisioning

API & Automation

Full API Access

Automate provisioning and lifecycle operations. Ideal for agencies and SaaS.

  • Deploy
  • Rebuild
  • Reboot
  • Manage IPs
Transparent Pricing

No renewal increases, clear fees

Transparent Pricing

  • No introductory pricing tricks.
  • No hidden renewal increases.
  • Upgrade or downgrade at your billing cycle.
  • One-time costs when applicable (always shown upfront).
Features Common Questions

Questions.
Clear answers.

The FAQ section provides direct answers that explain architecture and operational policies. Everything is explained factually so you understand exactly how the infrastructure is built and managed.

All VPS instances operate through KVM virtualization which uses hardware virtualization assistance for virtual machine operation.

The VPS systems operate with their own kernel systems which provide users with complete root access privileges. Resources are allocated at the hypervisor level. There is no container-based sharing model such as OpenVZ-style setups. CPU, memory and disk allocations are clearly defined and isolated per instance.

The system operates at a constant level when it needs to handle rising work demands.

Nodes are not filled to theoretical maximum capacity.

Usable memory per node is capped intentionally. The system becomes more stable because it reduces unnecessary CPU activity which occurs when multiple processes try to access the same resource.

The organization aims to achieve uniform operational performance instead of achieving the highest possible density levels.

The system uses AMD EPYC processors to build its infrastructure which includes DDR4 ECC memory and NVMe storage arrays.

The system operates with single-socket architecture to achieve stable latency performance. The power supply system and network infrastructure maintain duplicate paths which extend to each rack location.

The plans utilize NVMe storage which provides the highest performance level for applications that require fast response times.

The system operates at its peak when it performs 4K random data access operations which represent real-world system behavior instead of using artificial sequential test methods.

Yes. We provide CPU performance statistics along with disk I/O and network throughput and latency measurement results for all locations and product lines.

The benchmarks contain complete test configuration information together with testing methods which enable independent verification of obtained results.

Performance claims derive their foundation from quantifiable information which can be measured.

Deployment is available in Amsterdam and New York.

Users have the ability to enhance their RAM and CPU components while keeping their data in place. The IP address remains unchanged. The system experiences (might) short shutdowns which need one reboot to activate system operation again.

The system allows expansion through its existing framework which operates without requiring any changes to its fundamental infrastructure.

There are no hidden renewal increases.

The billing process follows identical patterns which appear in every billing cycle. The system allows users to perform both upgrade and downgrade operations during the final stage of their billing cycle. The website displays all one-time fees that customers need to pay before they proceed with their purchase.

BuyVPS.com operates with simple pricing systems that customers can easily understand and depend on.