Examples

What people actually run

Six setups, the machine each one uses, and what it looks like once it is live. Every one of them is the same product — an agent on its own machine behind an HTTPS address.

01

An always-on coding agent

You want an agent that can pick up a task, work through a repository and keep going while you are in meetings — not one that dies when your laptop sleeps.

Machine
A coding agent on a 2 CPU / 4 GB machine, in the region closest to you.
Once live
You open the machine address, paste the access token, and the agent's workspace is there. SSH in when you want to inspect the checkout directly.
Outcome
Work continues without your laptop. Sessions survive closing the browser tab.
02

A research and browsing agent

You need an agent that opens pages, follows links and collects findings — the kind of work that hammers a laptop's memory and battery.

Machine
A browser-capable agent on a 2 CPU / 4 GB machine; step up a size for heavy parallel browsing.
Once live
The agent runs behind its own HTTPS address with a gateway sign-in. You watch it work from any device.
Outcome
Long research runs finish on their own and the results are waiting when you come back.
03

Overnight scheduled automation

A job needs to run every night: pull data, summarise it, file the result. It has to happen whether or not anyone is awake.

Machine
A small dedicated machine you never turn off, in whichever region the data lives.
Once live
You SSH in once to add the schedule, then leave it. Health checks confirm the machine is still answering each hour.
Outcome
The job runs on its own and the console tells you if the machine ever stops responding.
04

A private assistant with your own API keys

You want an assistant using your own model keys, without those keys sitting inside somebody else's multi-tenant service.

Machine
Any agent on a machine that is yours alone — no shared runtime, no shared disk.
Once live
Your keys live on your machine's disk. The only public entry point is the HTTPS address, protected by the access token.
Outcome
One tenant per machine, so nothing about your assistant shares space with anyone else.
05

A shared endpoint for a small team

Three or four people want to use the same agent instead of each running their own copy locally and disagreeing about state.

Machine
A mid-size machine — more CPU and memory, since several people hit it at once.
Once live
Share the machine address and the access token with the team. Rotate the token by relaunching the machine.
Outcome
One agent, one address, one bill — instead of four half-configured local setups.
06

Long-running jobs that outlive a laptop

A migration, a bulk transform or a multi-hour agent run that must not be interrupted by a reboot, a commute or a dead battery.

Machine
Size chosen for the job; destroy the machine when the job is done and relaunch later within the same paid month.
Once live
Start it, close the lid, check the provisioning log and health history from your phone.
Outcome
The job finishes because nothing it depends on is on your desk.

Your setup looks like one of these?

Pick the agent, the size and the region on the home page. The price is flat and shown before you pay, and the machine is usually ready in about 90 seconds.