SELF-MANAGED VPS HOSTING

Get full control with a virtual private server

Access freedom on your virtual private server — full root access, NVMe SSD speed, and effortless scaling.

  • Scale CPU/RAM instantly on AMD EPYC with allocated resources
  • Choose your Linux operating system, configure your stack, and install custom software
  • DDOS protection + dedicated IP address

Built for builders like you

Self-managed VPS hosting is powered by fast virtual servers.

Choose your operating system, install custom software, and scale CPU/RAM and NVMe SSD as you grow.


NVMe 2

Get started with your own virtual server

$xx.xx/mo

1VAT not included

1GST not included

Save XX%

For 36 month term
Renews at $x.xx /mo

NVMe 8

More storage for bigger tech stacks

$xx.xx/mo

1VAT not included

1GST not included

Save XX%

For 36 month term
Renews at $x.xx/mo

NVMe 16

Our fastest, highest-performing plan

$xx.xx/mo

1VAT not included

1GST not included

Save XX%

For 36 month term
Renews at $x.xx/mo

Is self-managed VPS hosting right for you?

See how self-managed VPS hosting differs from managed VPS, shared hosting, and a dedicated server.

Pick the hosting plan that fits your goals, budget, and requirements.


Self-managed VPS
Managed VPS
Shared hosting
Dedicated server
Description
Your own virtual private server with full root access
Your own virtual private server with root access & expert support
Shared web hosting on pooled resources
Single-tenant physical server isolation
Control level
Complete control to install custom software
High control; some actions abstracted
Low control; limited stack changes
Complete control at hardware + OS layer
Resources
Allocated resources (vCPU/RAM, NVMe SSD) you can scale
Allocated VPS resources
Pooled resources; no guaranteed vCPU/RAM
Own dedicated resources at machine level
Management
You manage OS, packages, and hardening (unmanaged cloud VPS)
Updates and monitoring handled for you
Minimal
You/your team manage everything end-to-end
Performance
High
High
Moderate; small sites
Maximum performance & isolated resources
Best for
APIs, apps, multiple websites
Teams wanting power with less upkeep
Starters/brochure sites
Compliance, extreme scale, custom networking

A developer-first feature stack

Everything you need to run resource-intensive applications on a virtual private server:

fast performance, complete control, and rock-solid reliability.


Performance & scale

AMD EPYC processors

Modern cores deliver low-latency compute for parallel jobs so your 
vps stays responsive under load. 

NVMe SSD storage

High-throughput storage accelerates logs, queues, and databases for snappy virtual servers.

Unmetered bandwidth

Move data freely without surprise overage fees.

Add resources on demand

Scale CPU/RAM and disk space as needs grow—no rebuild required. 

Handles traffic spikes

Keep flows steady during launches; capacity scales to absorb concurrency. 



Control & access

Full root access (SSH) 

Configure services, tune kernels, 
and automate deploys on your 
virtual machine. 

Remote access

Secure SSH/SFTP for quick fixes 
and quick access to logs. 

Intuitive control panel

Prefer GUI? Use our control panel for painless DNS, users, and backups. 

structure icon

Own operating system

Choose your Linux VPS hosting baseline and tailor packages to 
your use case. 

Install custom software

Run the popular software your workflow requires. 



Security & reliability

DDoS protection

Network-level filtering shields your vps hosting from volumetric attacks. 

Dedicated IP address

Clean IP for TLS, reputation, and routing—ideal when you host multiple websites. 

Snapshots/backups

Roll back quickly; minimize risk during upgrades to more resources. 

Global data centers

Pick data center locations closest to users for low latency. 

High availability ready

Architect near zero downtime with distributed nodes and health checks. 


Build your system your way

Containerize, reverse-proxy, and secure your apps with TLS. Your stack, your rules.


feature 1

Deploy via Docker/Compose or system packages.


feature 2

Use reverse proxy + SSL for secure, quick access.


feature 3

Persistent data on NVMe SSD; scale horizontally with multiple instances.


feature 4

Upgrade plans seamlessly for more resources during growth.


Specs & tech details

Pick your operating system, control panel, lock in DDOS protection,

choose data center locations, and manage your virtual servers with remote access.


  • Choose your operating system (Linux) for Linux VPS hosting.
  • NVMe SSD storage, AMD EPYC processors, and allocated vCPU for high performance workloads. 
  • Full root access, SSH, SFTP, and remote access.
  • Network-level DDoS protection and a dedicated IP address for clean reputations.
  • Snapshots/backups (if applicable). Clear separation of your server from other sites on the node.
  • You control software stacks and server maintenance; we keep the platform stable with 24/7 hosting services. 
woman with laptop browsing a website with 99% website performance

How to launch self-managed VPS,
step-by-step


01

SSH in with full root access and update the operating system.


02

Create a non-root sudo user; configure firewall.

 


03

Install Docker & Compose (or your preferred runtime).


04

Set up volumes on NVMe SSD storage.

 


05

Deploy your app/services and install custom software as needed.


06

Configure reverse proxy + TLS. Map your dedicated IP address or domain.


07

Harden, monitor, and scale CPU RAM as load increases.

FAQs

Self-managed VPS hosting is a virtual private server where you control the entire server environment. You get full root access to install custom software, select your own operating system, and configure web servers and services as you prefer. Unlike shared hosting, resources like CPU RAM and disk space are allocated to your site and apps for higher performance and predictability.

With an unmanaged vps (self-managed), you handle server management tasks such as OS updates, security hardening, package installs, and performance tuning. A managed VPS, sometimes called fully managed VPS, offloads more of that work to the hosting provider’s expert support team, which is easier for newcomers but offers less complete control. 

VPS hosting gives you an isolated virtual private environment with allocated resources and a dedicated IP address, making it a strong middle ground for performance and control. A dedicated server is a single physical server that delivers maximum isolation and customization at a higher cost. Shared hosting is the most affordable option but shares resources with other users, which limits control, root access, and performance under traffic spikes.

Most self-managed VPS plans support popular Linux VPS hosting distributions and may also offer Windows Server where licenses are available. You can manage everything from the command line or add cPanel later for an intuitive control panel experience, making it simple to handle domains, email, databases, and WordPress sites from the client area.

Yes. Full root access lets you install, configure, and run PHP or other runtimes, optimize web servers, and tailor performance for your website or application. A dedicated IP address improves SSL/TLS setup, deliverability, and routing while keeping your configuration independent from other users.

Start with the workload’s memory, storage, and CPU needs, then match them to VPS plans with NVMe SSD for optimal speed on reads and writes. If you anticipate growth or traffic spikes, select a plan that can scale to more resources quickly so you maintain high performance without re-architecting.

A self-managed VPS includes platform reliability with access to a support team for infrastructure-level issues, while you own the software stack. The expert support team provides tech support guidance and documentation, but application installs, configuration, and ongoing server maintenance remain your responsibility.

Yes. With full freedom and root access you can tune PHP settings, caching, and database engines to suit your site. NVMe SSD helps reduce query latency, AMD EPYC processors provide strong concurrency, and the ability to choose your own operating system and control panel supports both simple and complex WordPress sites at high performance.

A “$5 VPS” typically refers to an entry-level unmanaged VPS plan with minimal resources. It’s useful for learning, small personal projects, and lightweight services, but production websites often require more resources to sustain performance, security features, and reliability under real traffic.

It depends on usage. For steady, predictable workloads, fixed-price VPS hosting can be more cost-effective than metered cloud hosting. For highly variable loads, cloud hosting elasticity might be advantageous, but remember to factor in data transfer, storage, backups, and your own technical expertise time when comparing total cost.

Yes. With complete control on a virtual private server, you can host multiple websites, manage DNS and email, and onboard clients through your control workflows. To succeed you’ll need clear operating procedures for updates, backups, monitoring, and security so you manage data and performance like a professional hosting provider.

Most platforms let you upgrade to larger VPS plans or allocate more resources such as CPU RAM and disk space without migrating. After scaling, review your configuration to ensure web servers, databases, and caches are tuned to use the new capacity so your site maintains high availability and performance.

Absolutely. You can start with command-line management for maximum control and add cPanel later for an intuitive control panel that streamlines routine tasks. Adding cPanel does not remove root access; it simply provides a GUI layer to help you manage and maintain your server more efficiently.

Prioritize AMD EPYC processors for compute efficiency, NVMe SSD for fast storage, and modern data centers in regions close to your audience to minimize latency. This combination, paired with strong network security features and a reliable hosting provider, helps sustain optimal speed and resilient performance over time.