Dashboards, widgets, internal tools, AI-built mini-apps — each is small and barely loads a server. Giving each its own virtual machine means running a powerful box almost idle. A Galaxy gathers dozens of such apps onto one server and packs them tightly. A heavy or important app can still go on its own dedicated server.
Apps inside one server share its cost — that's where the savings come from.
Five apps on one server cost the same as one server, not five.
Apps in a Galaxy don't count against your server limit — create them freely.
The platform shows how much you saved by packing apps together.
You deploy an app as usual — the platform does everything else.
The platform finds a server with free room and places the app there — you don't choose.
When servers fill up, the platform spins up a new one automatically — apps always have room.
If a server sits unused, it goes to sleep — and you don't pay while it sleeps. A request wakes it instantly.
Deploy is as simple as on a regular server — nothing to configure by hand.
Galaxies are for a fleet of small apps. A heavy or important app is better kept on its own server.
Many small apps
One heavy or important app

If a small app grows heavy, you can graduate it to a dedicated Black Hole server — with full resources and isolation. You can always leave a Galaxy — you are never locked in.

Every app in a Galaxy sits behind the same closed Black Hole tunnel as a regular server, with app- and network-level isolation.
Galaxies in brief
Individual apps in a Galaxy aren't billed — you only pay for the server they live on. Five apps on one server cost about the same as a single server.
A regular Black Hole server is one VM for one app. A Galaxy is a single server that hosts many small apps, isolated from each other.
Each app is isolated — from other apps and over the network — behind the same closed Black Hole tunnel. If you need full single-VM isolation, choose a dedicated server.
You can graduate it to a dedicated Black Hole server with full resources — a Galaxy never locks an app inside.