Game Server Hosting 101: What It Is and How It Differs From Web Hosting

You know how web hosting works: a server hands out pages when browsers ask for them. So when you decide to run a Minecraft world for your friends or a Rust server for your community, it's tempting to assume the same rules apply. Grab some hosting, upload some files, done.

They don't. Game server hosting is its own discipline: a game server is a live simulation that never stops running, and every connected player depends on it responding dozens of times per second. Most of what you learned picking web hosting will steer you wrong here.

This guide covers the jargon you'll hit on pricing pages, your three realistic hosting options, and the specs that matter.

Why game server hosting is different from web hosting

A website is mostly stateless: when someone loads your homepage, the server answers the request and forgets about them. A game server is stateful. It holds the entire world in memory, every player's position, every placed block, even the zombie caught mid-swing. And it updates all of that continuously, whether one player is online or forty.

That makes a game server a real-time system. A page that loads 200 milliseconds late is mildly annoying. A server that registers your input 200 milliseconds late is unplayable: you rubber-band across the map and lose fights you already won. Web hosting is judged on throughput and uptime; game hosting is judged on latency, the round-trip time between player and server, usually called ping.

Websites scale horizontally because any server can answer any request. A game world can't be split across machines that way. Everyone in the same world talks to the same process, so when performance dips, the fix is a faster server rather than more of them. If the shared-versus-dedicated spectrum is new to you, our guide to shared, VPS, dedicated, and cloud hosting covers how it works for websites; game hosting lives firmly at the dedicated-resources end.

The vocabulary you'll actually encounter

Game hosting has its own jargon, and pricing pages assume you already speak it. Five terms cover most of what you'll see.

Slots are the maximum number of players who can connect at once. Many hosts price by slot count, which is really a proxy for how much CPU and RAM your server gets. Ten slots for a friend group is a very different product from a hundred slots for a public community.

Tick rate is how many times per second the server updates the world. Minecraft targets 20 ticks per second; many shooters run higher. When the server can't keep up, ticks stretch out and everything goes sluggish: mobs stutter, blocks lag, and hits you're sure you landed don't register.

Mods and plugins extend or change the game with new items, economy systems, or anti-grief tools. They're a huge part of why people self-host, and they're also the main thing that eats extra CPU and RAM. A heavily modded server needs a lot more hardware than a vanilla one.

Wipes are scheduled resets of the world. Survival games like Rust build wipe cycles into their culture: servers reset on a schedule so newcomers aren't hopelessly behind. If you run one of these games, you'll be wiping regularly, so your hosting needs to make that easy.

DDoS protection filters out malicious floods of traffic designed to knock your server offline. Game servers are frequent targets (sore losers with cheap booter tools are real), so protection matters more here than for a typical small website. Cloudflare's Learning Center has a plain-English explainer on what a DDoS attack is if you want the mechanics.

Your three options

There are three realistic ways to get server hosting for a game, and each one is the right answer for somebody.

Host at home

Run the server on a spare PC in your closet. It costs nothing and you can start tonight. It's also a great way to learn, since the official Minecraft server software runs on almost anything for a couple of friends.

The problems start when anyone connects from outside your house. Residential internet is built for downloading, and your upload bandwidth, the direction a server actually uses, is usually a small fraction of the speed on the bill. Most home connections also lack a static IP, so your server's address can change whenever your ISP feels like it. And every player you invite gets your home IP address, which means one angry stranger on a public server can aim a DDoS at the same connection your household uses for everything else.

Verdict: perfect for LAN parties and learning, wrong for anything public or persistent.

Rent a VPS and self-manage

Rent a virtual private server from any cloud provider, install Linux, and set everything up yourself. You get a datacenter connection, a static IP, and full control, all for a modest monthly price.

The honest cost is your time. You're now the person who installs updates, configures firewalls, writes backup scripts, tunes Java flags, and gets paged (by your friends, at 11 p.m.) when the server dies. It's the classic managed versus unmanaged trade-off: unmanaged is cheaper on the invoice and more expensive in evenings. If you enjoy that kind of work, it's a rewarding route.

Verdict: best flexibility per dollar, if you're happy being the sysadmin.

Use a dedicated game server host

Game server hosts rent you a server with the game preinstalled, plus a web control panel, one-click mod installers, automatic backups, and DDoS protection. You pick a game and a slot count, and you're playing in minutes. (Disclosure: people on this blog's team have worked in the game hosting industry, so weigh our take on this category accordingly.)

The trade-offs are real. You pay a premium over raw VPS pricing for the convenience, you're limited to the games and versions the host supports, and quality varies wildly across the industry: some hosts oversell hardware and cram too many servers onto each machine. Read reviews for the specific game you play rather than for the host in general.

Verdict: the default choice for most people who want to play the game instead of administering it.

What specs actually matter

Game server marketing loves big numbers. Only a few of them tell you anything about how your server will feel.

Single-core CPU speed beats core count. Many popular game servers, Minecraft chief among them, run their main world simulation on one thread, so a modern CPU with strong per-core performance will generally outrun an older chip with twice the cores. When a host brags about core counts but won't name the CPU, ask.

RAM scales with players and mods. There's no tidy formula, but a small vanilla server for a handful of friends is comfortable with a few gigabytes, and big modpacks or large player counts can multiply that several times over. Too little RAM means stutters and crashes; far more than you need mostly just costs money.

NVMe storage matters because games constantly stream world data from disk. Fast storage keeps chunk loading and terrain streaming smooth, and spinning hard drives in a server listing are a red flag at this point.

Network quality is about routing more than raw bandwidth. A server physically near your players, in a datacenter with good peering, will feel better than a technically beefier box a continent away. Pick the region closest to the majority of your group before you compare any other spec.

Picking by game

Different games stress servers in different ways, so start from the game you plan to run.

Minecraft (Java Edition) is memory-hungry and single-thread-bound. Prioritize per-core CPU speed and enough RAM for your modpack, and expect a modded server to need substantially more of both than a vanilla one.

Survival games with wipe cycles (Rust, ARK, and their relatives) tend to be heavyweights that reward strong CPUs and plenty of RAM. Wipes are routine in these games, so easy world resets, scheduled tasks, and painless backups matter more than raw specs.

Small co-op games (Valheim, Palworld, Project Zomboid with a few friends) are the easy case. Modest hardware handles a handful of players fine, so pick the closest region, keep costs down, and don't overbuy. The same budgeting logic from our website hosting costs guide applies here: the sticker price is only part of what you'll pay.

Keep the change auditable

Run your server like a small production system. Write down the setting you changed, its old value, when you changed it, and what happened to performance afterward. Config files, JVM flags, and mod lists drift fast, and a dated note explains why a setting has an unusual value months later.

Do not confuse the control panel with evidence from the game. A panel can show your game server as online while players still can't connect or the tick rate has cratered. Test by joining the server yourself, ideally from outside your own network.

If you hand admin duties to a co-owner, give them the record rather than a conclusion. "The server is laggy" is hard to investigate. "Tick rate dropped after we added this mod, and it persists with ten players online" gives the next person a useful starting point.

One last check

Before you call a change done, join the server the way a player would: same client version, and from outside your LAN if you can. If you run mods, load the exact modpack your players use. A quiet confirmation now is much easier than discovering the missed detail on wipe day, with forty players connecting at once.

Bottom line

Game servers are stateful, real-time systems, so judge game server hosting by latency, per-core CPU speed, and proximity to your players rather than the bandwidth numbers that dominate web hosting ads. Host at home to learn, rent a VPS if you want to be the sysadmin, and use a dedicated game host if you'd rather just play. Whatever you choose, pick the region closest to your group first.

Frequently asked questions

Can I run a game server on regular web hosting?

No. Shared web hosting runs web software; it won't let you run a long-lived game process or open the network ports games need. You need a VPS, a dedicated machine, or purpose-built game server hosting.

How many slots do I actually need?

Count the people who might realistically play at the same time, then add a little headroom. A friend group rarely needs more than ten slots, and overbuying slots means paying for resources that sit idle.

Is hosting at home safe?

It's fine for players you personally trust, like family on your LAN. Opening your server to strangers exposes your home IP address, which invites DDoS attacks against your household connection, and most residential lines lack the upload bandwidth to serve remote players well anyway.

Do I need DDoS protection for a private server with friends?

For a whitelisted server whose address you only share privately, the risk is low. The moment your server is public or listed anywhere, protection stops being optional. Game servers are common targets, and recovering mid-attack without protection is miserable.