One datacentre versus thousands of nodes
A traditional host concentrates risk: one facility, one network, one operator. A decentralized network has no such centre. Its nodes are run by different people in different countries, so one of them failing is a local event rather than an outage.
Your server runs on one node, and its own files (server.cfg, custom maps, SourceMod with its plugins and admins, the ban lists) are synced to a standby node. The 15 GB of game files stay on fast local storage and are downloaded again if the server moves.
Dedicated cores, not a shared slice
TF2's simulation runs on one thread at 66 ticks a second. Each plan reserves its vCores and memory for your server, so a neighbour cannot take them in the middle of a payload push.
You choose where it runs
The region is picked at deploy time from 50+ countries. Place the server near the people playing on it and every fight feels better.
What stays completely normal
- A management panel: start, stop, restart, settings, a server console, maps, SourceMod, files, a terminal and backups.
- The server in TF2's browser, found by name like any other (with your Steam token).
- A conventional payment flow: card or USDC through Stripe, or FLUX through ZelCore or SSP.
- Your files, downloadable at any time. Nothing is locked in.
Frequently asked questions
What is decentralized game server hosting?
Hosting on a network of independently operated nodes rather than in one company's datacentre. Your server runs on one node with dedicated resources, and the network as a whole has no single point of failure.
What happens to my server if a node fails?
Your files are synced to a standby node, which takes over with your server.cfg, maps, plugins, admins and bans; it downloads the game files again first.