A physical server of your own: every core, every gigabyte and every disk answers to you alone. Seven ranges cover everything from a first dedicated box to dual-socket machines with hundreds of cores, and we bill all of them in rupees.
Every range includes unmetered traffic, DDoS protection and a 500 GB backup space. Uptime commitments rise with the range.

Eighty-five machines in seven ranges. Prices are per month and include the hardware, the bandwidth and the platform around it; the setup fee is charged once when the server is built.
The cheapest way onto a machine of your own. These are previous-generation processors with plenty of memory and disk attached, which is exactly why they cost what they do: a 2016 quad-core is slower per thread than anything newer on this page, but it is a whole server and nobody else is on it. Good for a backup target, a build box, a file store, or anything where capacity matters more than raw speed.
Cores per machine
Uptime commitment
Traffic is not metered or charged for, and there is nothing to pay on top of the first month on either term.
Honest workhorses rather than a match for the newer ranges on single-thread speed. We would rather say so than let you find out.
Slower than the 1 Gbps elsewhere on this page, which is part of the price. The faster machines here also carry a 1 Gbps private network.
Stock on this range moves and each machine is offered in only some locations. We confirm both when you order, and if we cannot supply one you can move to another machine or take a full refund.
Memory and disks on several of these can be built higher than the sizes shown, and the price rises with them. This range is not held in stock, so we confirm the machine and its location when you order.
Single-socket machines on recent desktop and workstation silicon, with NVMe disks and ECC memory. Current hardware rather than the previous generation the Starter range runs, and quick enough for most websites, applications and databases.
Cores per machine
Uptime commitment
No neighbours, no shared cores, no hypervisor between your software and the hardware.
Recent Ryzen and Xeon-E parts boost past 5 GHz, which is what single-threaded work actually feels.
Enterprise NVMe disks and error-correcting memory on every machine in the range.
Most models join a private network at 1 Gbps, so your servers can talk without touching the internet.
Availability varies by data centre, and prices differ in the Asia-Pacific region. Tell us where you want it and we will confirm before you commit.
Gaming and other real-time workloads live and die on single-thread speed, so this range is built on high-clock Ryzen and Core desktop processors with NVMe disks and unmetered traffic. Multiplayer hosting for Minecraft, Rust, ARK, FiveM, Counter-Strike and Valheim runs well on a machine of its own, and so does anything else that rewards clock speed over core count: a build box, an emulator host, a latency-sensitive trading or bot server.
Cores per machine
Uptime commitment
Boost clocks of 4.5 to 5.7 GHz, which is what a latency-sensitive main thread actually runs on, with the two newest machines carrying large-cache X3D processors.
Two NVMe disks in software RAID on every machine, so saves and loads are quick and a failed disk does not take the server down.
Traffic is not metered or charged for. Ports run from 300 Mbps to 1 Gbps, as the table shows.
Each machine is offered in only some data centres and stock moves. We confirm the machine and its location when you order, and if we cannot supply it you can move to another machine or take a full refund.
Memory can be built higher than the sizes shown, and the price rises with it. Availability varies by data centre, and prices differ in the Asia-Pacific region. Tell us where you want it and we will confirm before you commit.
The range we put most people on. Single-socket machines with NVMe disks and traffic that is neither metered nor charged for, from a six-core box up to a forty-eight-core EPYC. AMD and Intel sit together because they are the same deal; choose on cores and memory rather than on the badge. Nothing here has a contract to serve out.
Cores per machine
Uptime commitment
Unlimited traffic on a 1 Gbps port with 1 Gbps guaranteed bandwidth, at no extra charge.
There is no minimum contract period and no notice to give; cancel and it stops.
Full root access, a rescue system, VNC installation and an image installer, plus a reset service through the panel.
Both are included rather than sold as an add-on, alongside a vSwitch and redundant networking.
Velocity 1 and Velocity 2 are not available at the moment; the other machines in the range are. Memory and disks can be configured above the sizes shown, and on the larger machines the port can be upgraded to 10 Gbps at extra cost. The setup fee is charged once, on monthly and yearly terms alike.
Server processors, DDR5 ECC memory that scales to 1 TB, and a 3 Gbps public port with 25 Gbps of private networking. The range most businesses should be on, including two storage machines with 22 and 24 TB disks.
Cores per machine
Uptime commitment
AMD EPYC and Intel Xeon processors built for machines that never get switched off.
Three times the public bandwidth of the Essential range, with 25 Gbps between your own servers.
From 32 GB to 1 TB of DDR5 ECC depending on the model, configured before we build it.
Two machines carry SAS disks of 22 TB and 24 TB for archives, backups and media libraries.
Both storage models can be expanded to eight disks. Larger memory configurations are quoted on request.
Dual-socket capable machines for workloads that are measured in cores: virtualisation, containers, analytics and rendering. Storage is chosen with you rather than fixed, and three models carry an NVIDIA L4 for inference work.
Cores per machine
Uptime commitment
From 16 cores to 384, on EPYC and Xeon parts, with 50 Gbps of private networking throughout.
These machines ship without a fixed disk layout, so we size and configure the array with you.
Three configurations include an NVIDIA L4 for inference, transcoding and virtual desktops.
Redundant public and private interfaces, with up to 25 Gbps to the internet.
Disks are quoted with the machine, because the right array depends on the workload. Tell us what it will run and we will price it.
Two processors, hardware RAID or six-disk NVMe arrays, and up to 3 TB of memory. Built for the systems that cannot be moved: ERP, hyperconverged clusters, large databases, storage nodes and AI inference.
Cores per machine
Uptime commitment
Almost every model is dual-socket, from 32 cores to 384, with memory to 3 TB.
Six-disk NVMe and SAS arrays, and storage models carrying 16 to 24 large SAS drives.
The range the supplier certifies for ERP and hyperconverged deployments, with its highest uptime commitment.
One configuration carries an NVIDIA L40S with 100 Gbps of private networking.
These machines are configured with you before they are built: memory, disks, RAID and network are all specified on the order.
Prices are per month in rupees, with the setup fee charged once when the machine is built. Annual billing takes 10% off every month; on most ranges it waives the setup fee too, and the table shows which. Prices shown are for our European and North American data centres; Asia-Pacific machines cost a little more and carry a 25 TB monthly traffic allowance. Prices exclude taxes where they apply.
On a virtual machine a hypervisor divides the hardware and a scheduler decides when your turn comes. On bare metal there is no scheduler and no neighbour: the cores, the memory channels, the disks and the network card are yours, and the benchmark you run on a Tuesday is the one you get on a Friday.

The same foundations across all seven ranges, whichever machine you take.
Incoming and outgoing traffic are unlimited in Europe and North America. Asia-Pacific machines carry a 25 TB monthly allowance.
Filtering is switched on by default on every server, backed by more than 17 Tbps of mitigation capacity.
Included with every machine for configuration files and data, and extendable to 2.25 TB or 10 TB.
Two power supplies on every server, so a failed unit does not take the machine with it.
A physical private network links your servers at up to 50 Gbps, with up to 4,000 VLANs, on the ranges that offer it.
AlmaLinux, Debian, Rocky Linux, Ubuntu, Fedora, Proxmox, VMware ESXi and Windows Server, or bring your own image.
Machines are provisioned automatically once the order is paid, typically in under two minutes.
The hardware is watched 24/7 and parts are replaced automatically when they fail.
ISO/IEC 27001, 27017, 27018 and 27701, CSA STAR, SOC 1 and SOC 2, and HDS where it applies.
Uptime commitments differ by range: 99.9% on Velocity and Essential, 99.95% on Business, and 99.99% on Compute and Enterprise.
A busy MySQL, PostgreSQL or SQL Server instance with all the memory bandwidth to itself.
Business or EnterpriseYour own hypervisor or Kubernetes nodes, with cores to divide as you see fit.
ComputeMachines carrying 22 and 24 TB SAS disks, from a pair up to twenty-four of them.
Business or EnterpriseCertified dual-socket hardware for the systems a company runs on.
EnterpriseHundreds of cores, or a machine with an NVIDIA card for inference work.
Compute or EnterpriseChoose where the machine lives when you order it. European and North American data centres carry unmetered traffic; Asia-Pacific machines include 25 TB a month.
Not every machine is offered in every city. Tell us where you need it and we will confirm what is available before you commit.
Unmanaged NVMe cloud servers with root access, built in minutes and resized without a rebuild.
Read more →Basic, Pro and Power VPS: a virtual machine of your own, from a fraction of the price of bare metal.
Read more →The same idea with the running done for you: control panel, security, backups and 24/7 support.
Read more →What people ask before ordering one.
A physical machine in a data centre that belongs to one customer. There is no hypervisor and no other tenant: every core, every gigabyte of memory and every disk is yours, and you get full administrative access to it.
A physical machine in a data centre that belongs to one customer. There is no hypervisor and no other tenant: every core, every gigabyte of memory and every disk is yours, and you get full administrative access to it.
Tell us what it has to run and where your users are, and we will specify the machine, the disks and the network before you spend anything.