Web & Application Development · Hosting
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Dedicated Cores, Not Shared Ones

These are our high-performance cloud plans: dedicated vCPU on AMD processors with NVMe storage throughout. Nothing here shares a processor core with another customer, which is the substantive difference from the VPS Hosting range and the reason these cost more.

That matters when consistency matters — an application being benchmarked, a checkout that must respond predictably at busy times, a database whose query times you actually watch. On shared cores your throughput moves with your neighbours' load; here it does not.

Every plan includes its NVMe storage and full root access, is built automatically within minutes, and is billed monthly at the price shown. If your workload leans hard toward one resource rather than needing balance, look at Optimized Cloud, which is the same dedicated-core idea tuned four different ways.

Choose, Configure and Buy

1 Choose your server plan

2 Choose your OS & datacenter location

Operating system What this is What your server runs. If you are unsure, an Ubuntu LTS release is the usual choice — it has the longest support window and the most tutorials written for it. Debian is leaner and very stable; AlmaLinux and Rocky Linux suit anyone used to CentOS. Control panels & apps arrive installed and ready to configure. They bring their own base system, so you do not choose one separately. You can reinstall a different system later from Manage VPS, but that erases the disk.

Datacenter location Pick the one nearest your visitors This is the physical building your server runs in. The closer it is to the people using your site, the faster it feels for them — your own location matters far less than theirs. A server cannot be moved between locations after it is built. Changing it later means starting a new server from scratch, so choose with your audience in mind. 31 locations are available for this plan. Most cost the same; any that cost more show the difference on the option itself.

3 Add extras to this plan

4 Choose your domain

Our Hosting Features

Processor cores reserved to one tenant rather than shared

Dedicated vCPU, Not Shared Cycles

Real High-Performance Compute

Cloud Hosting here means genuinely dedicated vCPU cores on a high-performance platform — not a shared-core instance competing with a dozen other accounts for the same processor.

  • Dedicated vCPU on every tier
  • NVMe storage throughout
  • 5 tiers, Starter through Pro
Capacity scaling up to meet rising traffic

Built to Scale With Real Traffic

Resize as You Grow

Traffic spikes shouldn't mean a support ticket. Move up a tier with a real, live resize whenever your site actually needs more headroom.

  • Live resize, no rebuild
  • AMD-powered compute
  • Real-time account management
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Automatic Failover

Your site stays online even if a single node goes down.

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Scales With Traffic

Resources scale up automatically during traffic spikes, and back down when they pass.

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Resize Any Time

Move to a bigger or smaller plan whenever your traffic changes — one flat monthly price, never a usage bill to guess at.

Why Choose Us?

Capacity Follows Demand

Resources scale with real traffic rather than being fixed in advance to a number you had to guess months ago.

One Node Failing Is Not An Outage

Workloads are distributed, so the loss of a single node is absorbed instead of taking the site down with it.

You Pay For What Ran

Billing tracks actual consumption, so a quiet month costs less rather than costing whatever you provisioned for a busy one.

FAQs

Have A Question?

If you can't find the answer you are looking for our support is just an email away.

Contact Us
What happens during a traffic spike?

Capacity scales with demand rather than staying at a fixed ceiling, so a busy day is handled instead of becoming an outage you find out about afterwards.

What does "pay for what you use" mean in practice?

Billing follows real consumption rather than a fixed allocation. A quiet month costs less, which is the difference from sizing a server for your worst case and then paying for it year-round.

How is this more resilient than a single server?

Work is spread across multiple nodes with automatic failover, so one failing does not take your site with it. On a single server, that same failure is simply downtime.