Protect Your Development Time: The Real Cost of Running Your Own Servers

Setting up a development server feels like a one-time task. You install Linux, copy over a server build, open a port, and it works. The cost arrives later, in small pieces, usually when you were planning to work on the game.

This guide covers the hidden workload of maintaining your own servers, how to separate development, testing, and production, how to make backups you can actually recover from, and the difference between renting a server and paying for management.

The workload nobody schedules

A server that "just runs" still needs regular attention. For a small team, the recurring list looks like this:

Security updates. Operating system and package patches, plus the reboot window to apply kernel updates.
Access hygiene. Adding and removing SSH keys when collaborators come and go, and keeping administrative ports off the public internet.
Disk and log growth. Game servers, crash dumps, and build artifacts fill disks quietly until something fails loudly.
Certificates and DNS. Expiring certificates and stale records for anything web-facing, such as a build portal or a patch server.
Backups. Scheduling them, checking that they ran, and restoring them occasionally to prove they work.
Monitoring. Knowing the server is down before a tester tells you.
Incident time. The evening spent figuring out why the server stopped responding.

None of these tasks is hard on its own. Together they become a part-time job that competes with the game, and for a solo developer or a two-person studio, every hour here is an hour off design, code, or art.

Separate development, testing, and production

The single most useful structural decision is keeping environments apart.

Development is where you break things on purpose. Fast changes, debug builds, experiments.
Testing runs a known build for testers. It changes on a schedule, and everyone knows which build is live.
Production is what real players depend on. It changes deliberately, with a rollback plan.

Early on, development and testing can share hardware as long as they are separate instances with separate data. A separate virtual machine or container for each is an easy and inexpensive boundary. Proxmox, which GlassHosting runs, supports both full KVM virtual machines and lighter LXC containers that share the host kernel, and either works for this kind of separation.

The rule that matters most is simple: a development experiment should never be able to corrupt a tester's world or a player's save. Separate credentials, separate data directories or databases, and separate deployment steps make that rule real.

Make backups recoverable, not just present

A backup job that reports success tells you a file was written. It does not tell you that you can rebuild a working server from it.

CISA's guidance for small businesses recommends the 3-2-1 approach: three copies of important data, on two different types of storage, with one copy off-site. CISA also recommends testing backup procedures so you can restore both fully and partially, and keeping the ability to roll back at least seven days.

For a game project, apply that to the things you cannot recreate:

Source and assets: version control with a remote, plus an independent backup of the repository.
Persistent world and player data: scheduled backups taken while the server is stopped or quiesced, so the files are consistent.
Server configuration: config files, startup parameters, and the documented steps to rebuild the machine.
Build artifacts for live builds: the exact server build testers are running, so you can redeploy it.

Then test. Once a month, restore a backup to a scratch machine and start the server from it. Time how long it takes. That number is your real recovery time, and knowing it changes how you plan a playtest.

When doing it yourself is the right choice

Self-managing is a good fit when:

Your infrastructure is small: one or two machines, a handful of testers.
Someone on the team knows Linux and wants this responsibility.
An outage is an inconvenience rather than a broken commitment to outside testers.

In that case, invest an afternoon in automation: unattended security updates, a scheduled backup with a restore test on the calendar, and a basic uptime check. That covers a lot.

Renting a server versus paying for management

These are two different purchases, and it helps to keep them distinct.

Renting a server (a VPS, a container, or a game server from a catalog) gives you compute, storage, and network in a data center. You get better connectivity than most home connections and hardware you do not have to maintain. You are still the administrator: updates, access, backups beyond what the plan includes, monitoring, and incident response stay with you.

Paying for infrastructure management means someone else takes on defined operational work for that environment: patching, access control, monitoring and alerting, backup and restore testing, and response when something breaks. The value is the time and attention you get back, and the confidence that someone is watching.

Many indie teams need hosting well before they need management. A good provider tells you which one fits your stage.

How GlassHosting approaches it

GlassHosting runs managed infrastructure for small and midsize businesses, with game hosting as one product line. Our own stack uses Proxmox with KVM and LXC, WireGuard for private administrative access, and Prometheus and Grafana for monitoring. Our game servers run in Chicago and Toronto on GlassGamePanel, our Pterodactyl-based panel.

Hosting and management are separate. Catalog game servers and VPS plans are hosting. Managed Linux administration for a development or test environment is its own scope, defined and priced per environment. It can cover patching, access, monitoring and alerting for your environment, and regular restore testing of your backups.

This week's checklist

List every recurring server task and estimate the hours it took last month.
Confirm development and testing use separate data.
Restore one backup to a scratch machine and time it.
Decide whether you need hosting, management, or neither yet.

Next step: compare what each model covers in our guide to managed and unmanaged VPS at Managed vs Unmanaged VPS.