Elastic Cloud Compute Across Four Continents
Our cloud VPS hosting is built for projects that refuse to sit still. Instead of buying a fixed box and rebuilding it every time your needs change, you deploy a ready-made compute instance and move it up or down the plan ladder whenever you want. A test environment can start on a single core with 1 GB of RAM, and the same instance can later run production traffic on eight cores and 32 GB without a data migration on your side.
Every cloud node runs on new hardware connected to current networking equipment. Behind each instance is a pool of servers with different network setups, so your workload draws on shared infrastructure instead of depending on one physical machine. That design keeps the price low while giving you the flexibility that a single standalone server cannot offer, and it is delivered from a group of Tier III international data centers with the same feature set in each.
Location is part of the product. You can place compute in Tokyo, Seoul, Singapore, Sydney, Stockholm, London, Amsterdam, Frankfurt, Madrid, Paris, Warsaw, Mexico City and Toronto, plus eight US metros: Los Angeles, Atlanta, Chicago, Dallas, Miami, New York (New Jersey), Seattle and Silicon Valley. That spread lets you put an instance next to your users rather than accept whatever region a single-site host happens to own.
Linux and Windows are both available, with most commonly used distributions and Windows Server editions ready to install. If the country you need is not in the cloud list, our wider VPS hosting catalog covers more than 100 countries with fixed-spec virtual private servers.
How Cloud Compute Differs From a Classic VPS
Both a classic VPS and a cloud instance give you an isolated virtual machine with its own operating system, root access and dedicated resources. The purpose is the same. The difference shows up the day you need more power. With a traditional virtual private server, extra resources usually mean ordering a bigger machine, copying your files and databases across, re-pointing DNS and reconfiguring services by hand.
With cloud compute, the instance itself changes size. You upgrade or downgrade the plan and the platform handles the move, so your IP, your installed software and your data stay where they are. That removes a whole category of weekend migrations and makes it realistic to right-size servers often instead of overbuying "just in case".
This matters most for workloads with uneven demand: an online store before a holiday sale, a game community that spikes when a new season launches, an agency whose client sites get bursts of traffic after campaigns, or a SaaS product that is still finding its user base. You can run lean during quiet months and step up when the numbers justify it.
If your project has stable, predictable usage and you prefer a flat-rate machine with unlimited transfer in a specific country, our multi-location VPS plans or a country VPS page may be the simpler choice. Cloud compute earns its keep when change is the norm.
Asia-Pacific Cloud Regions: Tokyo, Seoul, Singapore, Sydney
Four of our cloud regions serve the Asia-Pacific market, and each one covers a different audience. Tokyo is the natural home for Japanese-language sites, mobile game back ends and services targeting Japan's large, high-spending online population. Seoul places you inside one of the world's most connected countries, which is valuable for esports communities, streaming tools and products built for Korean users.
Singapore sits at the center of Southeast Asia and is the usual choice for reaching Malaysia, Indonesia, Thailand, Vietnam and the Philippines from a single point. Startups selling across ASEAN often run their main application here and add regional caches later. Sydney serves Australia and New Zealand, where users notice the extra delay of trans-Pacific routes to US servers.
Because the plan line-up is identical in every region, you can run a Linux instance in Singapore for your storefront and a Windows instance in Tokyo for a desktop application without learning two different product catalogs. Pricing is the same per tier, so budgeting a multi-region rollout is straightforward.
Time zones work in your favor too. Teams in Asia can deploy and patch during their own working day, and a cloud node close to them makes SSH sessions, RDP desktops and file transfers feel responsive rather than sluggish.
European Cloud Nodes From London to Warsaw
Europe is where our cloud coverage is densest, with seven cities to choose from. London reaches the UK and Ireland and is a common base for fintech, media and agency projects. Amsterdam and Frankfurt are two of the continent's busiest interconnection hubs, which makes them dependable all-round choices when your visitors are spread across Western and Central Europe.
Paris and Madrid let you keep French and Spanish audiences close, useful for e-commerce sites, local-language publishers and services where page speed affects conversion. Stockholm covers the Nordic countries, and Warsaw serves Poland and the wider Central and Eastern European market, including Czechia, Slovakia, Lithuania and Ukraine.
Having several European locations on one account helps with data placement as well as latency. Many businesses prefer to keep customer data inside the EU or inside a specific country, and choosing the right city at order time keeps that decision simple.
A practical pattern is to run your main application in Frankfurt or Amsterdam and add a smaller instance in London, Madrid or Stockholm for a regional API, a monitoring probe or a proxy endpoint. Since each instance can be resized independently, the secondary node can start on the $23 tier and grow only if it needs to.
North American Cloud Coverage: Eight US Metros, Toronto, Mexico City
The United States is a large country, and a single US region often leaves one coast with noticeably slower responses. That is why the cloud offers eight American metros. Los Angeles, Silicon Valley and Seattle cover the West Coast and the Pacific Northwest. Dallas and Chicago sit in the middle of the continent and balance traffic toward both coasts. Atlanta and Miami serve the Southeast, and New York (New Jersey) handles the Northeast corridor.
Miami deserves a special mention for anyone targeting Latin America, because it is a common gateway for traffic heading to the Caribbean and South America. Mexico City brings compute directly into Mexico, the second-largest economy in Latin America, while Toronto serves Canadian users and businesses that want their workloads hosted north of the border.
Game server operators often mix these regions: a Dallas or Chicago instance for a central US lobby, a Los Angeles node for West Coast players and a New Jersey node for the East. Proxy and VPN operators use the spread to offer exit points in several US states from the same provider account.
With identical tiers in each metro, you can clone your stack across regions and keep costs predictable. Start every location on the same plan, then resize the busiest ones as real traffic data comes in.
Resizing Cloud Instances Without Rebuilding
The defining feature of our cloud VPS hosting is the freedom to upgrade or downgrade at any stage. When you request a plan change, your instance moves to the new resource level while keeping its data and configuration. There is no need to provision a second machine, copy databases across or reinstall your control panel.
Upgrades are the obvious use: more CPU cores for a busier application, more RAM for a growing database cache, more SSD space for media uploads. Downgrades are just as useful. If a campaign ends or a project moves into maintenance mode, you can drop to a smaller tier and stop paying for idle capacity.
Each plan step raises bandwidth too, from 1,000 GB on the entry Linux tier to 6,000 GB on the largest. If you exceed your monthly allowance before you are ready to upgrade, the instance stays online and the extra transfer is billed at $0.025 per GB, so a sudden traffic spike does not take your service down.
For planning purposes, think of the tiers as a ladder: 1 core and 1 GB for testing, 1 core and 2 GB for a small site, 2 cores and 4 GB for a busy CMS or small game server, 4 cores and 8 GB for production applications, and 6 to 8 cores with 16 to 32 GB for databases, heavy APIs and multi-site hosting.
Linux and Windows Images on Cloud Instances
In almost every cloud location you can choose from a wide range of Linux distributions as well as Windows operating systems. Linux users typically pick Ubuntu, Debian or a RHEL-compatible distribution, depending on their stack and their team's habits. The installation is clean, so you start from a minimal system and add only what you need.
Windows instances are listed as their own plans, starting at 1 core, 2 GB RAM and 55 GB SSD for $55 a month and going up to 6 cores and 16 GB for $299. Windows Server 2012 R2, 2016, 2019 and 2022 are available, which covers both current deployments and older line-of-business applications that still need a specific version.
Every instance comes with full root privileges on Linux or administrator rights on Windows. You can install web servers, databases, game server software, trading platforms, Docker, VPN daemons or anything else your project requires, and you can reinstall the operating system if you want to start fresh.
If you prefer to manage websites through a graphical panel, cPanel and Plesk Obsidian licenses can be added as extras. That turns a cloud instance into a hosting platform for your own sites or your clients' sites, with the advantage that you can resize the whole server as the account list grows.
Network, Storage and Hardware Behind the Cloud
Responsiveness starts with placement. When you pick a cloud region close to your audience, round-trip times drop, pages render sooner and interactive services such as games or remote desktops feel immediate. On top of that, every instance runs on SSD storage and connects through a shared high-capacity port, so disk reads and network transfers are not the bottleneck.
All the hardware in the cloud platform was deployed new: servers, processors, memory, cabling, firewalls and routers. Building with fresh equipment reduces the chance of component failure while you are live and gives the platform room to grow. It also means you are not inheriting the limits of an older generation of hardware.
Each instance gets reverse DNS, which matters for mail servers, for proxy and VPN services that want clean PTR records, and for any application where hostname lookups are checked. Various IP ranges are available across regions, useful if you need addresses from several networks.
Along with your main IPv4 address, you can add up to two additional dedicated IPs per instance. That is enough for separating a website from a mail service, running SSL on multiple addresses or giving a proxy two extra exit IPs.
Securing Cloud Workloads With DDoS Filtering and Snapshots
Security is handled in layers, and you choose how many you need. DDoS protection is not bundled by default, which keeps the base price low for workloads that do not attract attacks. For game servers, public APIs, gambling-adjacent sites or anything that has drawn hostile traffic before, you can add DDoS protection to any instance, at order time or later from your cart.
Snapshots and backups are also available as an add-on. Snapshots are ideal before risky changes such as a major version upgrade or a new deployment: take one, make the change, and roll back if something breaks. Scheduled backups protect against accidental deletion, corrupted updates and compromised accounts.
Our reasoning is simple. In roughly half of cases, customers want more than a bare machine, but the other half does not, so forcing everyone to pay for every extra makes no sense. Value-added services are listed separately so you can attach exactly what your project needs and nothing else.
If you need something that is not on the add-on list, such as a specific panel, a custom network arrangement or a particular license, contact the sales team. We will look at what can be arranged and point you in the right direction.