One Configuration, Seventeen Destinations to Deploy It
Buying virtual servers in several countries normally means comparing a different product page, a different spec sheet and a different price for every location. That is tedious when you simply want the same machine running on several continents at once. This page removes that friction: you select a plan, configure it, and then choose the destination from the list.
All packages here are already built on servers in 17 destinations. A 2-core, 4 GB instance is a 2-core, 4 GB instance wherever you put it, with the same NVMe disk, the same unlimited transfer and the same monthly price. That consistency is what makes this range popular with teams running identical nodes in several regions, such as proxy networks, distributed crawlers, monitoring probes and multi-region game lobbies.
Each location in the table above the plans lists an IPv4 test range. Ping it from your own network, or from where your users are, before you buy. Choosing on measured latency instead of a guess is the quickest way to get good results from a multi-location deployment.
Need a country that is not among the 17? Our full VPS hosting directory covers more than 100 countries, each with its own plans and data-center options.
Why Uniform Specs Across Locations Simplify Operations
When every node in a fleet has the same CPU count, memory, disk and network allocation, a lot of operational work disappears. Your configuration management scripts, Ansible playbooks or Docker images can assume one target. Performance baselines from one location apply to the others. Capacity planning becomes arithmetic: if one node handles 500 concurrent proxy sessions, ten nodes handle about 5,000.
Uniform pricing helps finance as much as engineering. You can quote a client a per-region cost without checking a dozen product pages, and adding a new region to an existing deployment never changes the unit economics. For agencies reselling VPN, SEO or scraping services, that predictability makes it easier to set retail prices.
It also simplifies troubleshooting. If one location behaves differently from the rest, you know the cause is the network path or the local environment, not a different hardware generation or disk type. That narrows the investigation from the start.
Finally, consistency makes it easy to keep everything under a single provider. Billing, support tickets, invoices and credentials all live in one client area instead of being spread across several hosts with different policies.
It even helps with redundancy planning. If one destination suffers an upstream outage, traffic can fail over to an identical node elsewhere without anyone worrying that the backup has less memory or a slower disk than the primary.
Testing Each Destination With the Listed IPv4 Ranges
Every one of the 17 destinations shows an IPv4 range intended for latency and ping testing. Before you place an order, run a simple ping or traceroute from your office, from a server in your target market, or from a friend's connection in the country you care about. Compare the numbers across a few candidate locations.
Look beyond the average round-trip time. Jitter, meaning how much the ping varies from packet to packet, matters a lot for gaming, VoIP and remote desktop sessions. A route with a slightly higher but steady ping often feels better than a lower but erratic one. Packet loss of more than a fraction of a percent is a warning sign for any real-time application.
A traceroute shows the path your packets take. If traffic from your users' country travels through a distant hub before reaching the data center, a different location may give a more direct route even if it looks farther away on a map.
Our free ping test tool can help with this comparison. Combine its results with your own measurements, and pick the destination that gives your audience the best experience rather than the one that sounds closest.
Repeat the test at different times of day. Evening peaks in the target country can reveal congestion that a single midday ping would miss, and that is exactly when most consumer traffic arrives.
KVM Virtualization on Every Multi-Location Node
All plans in all 17 locations are provisioned on KVM. KVM fully emulates a separate machine: processor, memory, disk and network interface are presented to your operating system exactly as physical hardware would be. Your server runs its own kernel and behaves like a dedicated box in your hands, with access that is not shared with other tenants.
That has practical consequences. You can load kernel modules, which some VPN protocols such as WireGuard rely on, tune TCP settings for high-throughput proxies, install custom kernels, and run Docker or other container engines inside the VM. Container-based virtualization often restricts these operations.
Isolation is stronger too. Memory and CPU allocations are enforced by the hypervisor, so a neighbor's runaway process does not eat into your RAM. Combined with ECC memory on the host, which detects and corrects single-bit errors, this gives a stable base for long-running services.
We use KVM everywhere in this range because it reflects good market practice and treats security as a priority. Whichever destination you choose, you get the same virtualization model and the same set of capabilities.
NVMe RAID10 and ECC Memory in the Multi-Location Range
Storage on every plan is NVMe arranged in RAID10. NVMe drives connect directly to the PCIe bus and handle far more parallel operations than SATA SSDs, which shows up as faster database queries, quicker package installs and snappier response under concurrent load. RAID10 mirrors data across drives and stripes it for speed, so a single drive failure does not take your server down.
Capacity scales with each tier: 30 GB on the $19 starter, 50 GB at $31, 60 GB at $49, 80 GB at $79, 90 GB at $109, 140 GB at $139, 160 GB at $179 and 200 GB at the top $229 plan. That is enough for most web stacks, proxy software, logs and moderate databases.
Memory is ECC throughout, from 2 GB up to 16 GB. Error-correcting RAM matters for servers that run for months without reboots, because silent memory errors can corrupt data or crash processes in ways that are hard to diagnose.
The hosts themselves use branded, current-generation hardware with high-clock processors. We completed that groundwork before launching the range so that every location starts from a solid technical baseline.
For storage-heavy projects such as log archives or media libraries, consider whether a higher tier or a separate storage-oriented server elsewhere in our catalog fits better, since the NVMe sizes here are tuned for speed rather than bulk capacity.
Running Proxy and VPN Fleets Across 17 Locations
Proxy and VPN use is explicitly allowed on this range, and the combination of identical plans, unlimited bandwidth and KVM makes it a natural fit. A VPN provider can deploy the same image to every destination and offer customers a list of exit countries with consistent performance.
For residential-style browsing, ad verification, price monitoring or SEO rank tracking, having IP addresses in many countries matters more than raw horsepower. The $19 and $31 tiers are usually enough for a lightweight proxy daemon or a WireGuard endpoint, and extra IPv4 addresses can be added at low cost when one address per node is not enough.
Remote access is straightforward: root over SSH on port 22 for Linux, or Administrator over RDP for Windows. Most operators automate deployment with a script that installs the proxy software, sets firewall rules and registers the node in a central dashboard.
Please keep usage within our terms of service. Abuse such as spam, attacks or illegal content leads to suspension, and because the network is shared, we act quickly to protect other customers in each location.
Operating Systems and Trial Windows Licenses
You will notice that Windows plans cost exactly the same as Linux plans here, even though Windows normally carries a license fee. The reason is that this range offers Windows with trial licenses only, which we do not charge for. That makes it easy to test a Windows application, run a short project or evaluate a configuration without extra cost.
If you plan to use Windows long term, you can order a full license as an add-on. Windows Server 2012, 2016 and 2019 and Windows 10 are available, so you can match the version your software requires. Activate it at any time to move from the trial to a licensed installation.
On the Linux side, the most common distributions are ready to install, including CentOS, Debian, Ubuntu and Kali. Ubuntu and Debian are popular for web stacks and proxies, CentOS suits teams used to the Red Hat family, and Kali is chosen by security professionals running authorized penetration tests.
Reinstalling or switching operating systems is done from the client area. Since storage is NVMe, a fresh installation finishes quickly and you can be back online in minutes.
Licensing a Windows image properly is your responsibility once the trial period ends, so plan the switch before you put a Windows server into production use.
Control Panels and Optional Management for Your VMs
A good server needs more than raw resources. We offer the widest range of control panels we can, including free ones. ISPmanager, Virtualmin, VestaCP and CyberPanel can be installed for hosting websites, email and databases through a web interface, while premium cPanel and Plesk Obsidian licenses are available for agencies and resellers who want the industry-standard tools.
Extra IPv4 addresses are available at a low cost, which helps when you need separate IPs for SSL sites, mail servers or proxy exits on the same machine.
All virtual machines in this range are unmanaged by default. You have full control and full responsibility: installing updates, configuring firewalls and keeping software patched. That suits developers and sysadmins who prefer to run things their own way.
If you would rather have someone else handle that work, paid management can be ordered. Our team will then keep the machine patched, secured and protected against common vulnerabilities, so you can focus on the applications running on top of it rather than the operating system underneath.
A practical middle path is to manage the core nodes yourself and order management only for the locations where you lack in-house time zone coverage, so someone is watching those machines during your night.