Why does a computer-use agent need Windows specifically?

Because the software it has to operate is Windows software. Computer-use models drive a real GUI — moving a mouse, clicking, typing — so the desktop has to be the one your target app runs on. If the app you want automated is Windows-only, the agent needs a Windows desktop. If it's a web app, a Linux box with a browser is cheaper.

Can an agent provision the VPS itself?

Yes. EQVPS exposes a REST API and an MCP server, so an agent can register, pay from a prepaid balance, order a Windows plan and read back the RDP access details — the whole loop without a human clicking. A person only has to fund the balance once with crypto.

How does the agent actually control the desktop?

Over RDP, like any remote desktop. The agent runs its computer-use loop (screenshot → decide → click/type) against the RDP session, or you run a controller on the VM itself. The dashboard gives the host, port and Administrator password; on a NAT plan RDP is on a personal port, on a dedicated IP it's 3389.

Which plan for an agent desktop?

Windows-Small ($11/mo, 4 vCPU, 4 GB RAM) is enough for one agent driving a GUI app. Give it Windows-Medium ($19/mo, 6 GB) if the target app is heavy or you're running a browser plus other tools alongside it. NAT is fine — the agent connects in over RDP, nothing needs to reach the box on a fixed public IP.

Isn't giving an AI a whole Windows machine risky?

It's a real risk, so contain it. Use a dedicated server for the agent, not one with anything sensitive on it; give it least-privilege credentials; and remember the AUP applies to what the agent does as much as to what you do. A disposable, reinstall-anytime Windows box is actually a good sandbox for exactly this reason.

Windows VPS for AI computer-use agents

Give an AI agent its own Windows desktop to click, type and run GUI apps — provisioned over API/MCP, paid in crypto, no KYC. From $11/mo, BYOL.

Computer-use agents don't call APIs — they use software the way a person does: look at the screen, move the mouse, click, type. That only works if there's a screen to look at and a mouse to move. When the app you want automated is Windows-only, the agent needs its own Windows desktop — and a Windows VPS over RDP is a clean, disposable one it can have all to itself.

When this is the right tool

A computer-use agent needs Windows when its target is Windows: a desktop application with no API and no Linux build, a legacy line-of-business tool, a Windows-only client someone needs driven automatically. If the thing you're automating is a website, a Linux VPS with a browser is cheaper and simpler — use that. This page is for the GUI-app case.

The nice property of a VPS here is that it's disposable. An agent poking at a real desktop is going to make a mess eventually; a box you can reinstall to a clean image in minutes is the right place for that to happen — not your own machine.

Let the agent provision it

This is where it gets genuinely agent-native. EQVPS exposes a REST API and an MCP server, so an agent can stand up its own Windows desktop without a human in the loop:

A person funds a prepaid balance once, in crypto (that's the only human step).
The agent calls register, then order_vps with a Windows plan slug and the Windows Server 2022 image.
It reads back the access details — host, port, Administrator, password — from get_vps_status.
It connects over RDP and starts its computer-use loop.

The catalog, ordering and status tools are documented for agents in the docs and exposed over MCP. An agent that can buy a Linux box can buy a Windows one the same way — the only differences are the windows-* plan slug and that access is RDP, not SSH.

Which plan

Windows-Small — $11/mo (4 vCPU, 4 GB RAM, 50 GB NVMe). One agent driving one GUI app. The default.
Windows-Medium — $19/mo (6 vCPU, 6 GB RAM, 60 GB NVMe). Heavier target apps, or a browser plus tooling running alongside the agent.

NAT is the right networking: the agent (or your controller) connects in over RDP on a personal port; nothing needs to be reachable on a fixed public address. Both plans have a 150 Mbit/s port and are BYOL — activate Windows with your own key.

Driving the desktop

However your agent framework does computer-use, the target is the RDP session. Two common shapes:

External loop — the agent runs elsewhere and connects over RDP, taking screenshots and sending clicks/keystrokes to the session.
On-box controller — a small controller runs on the VM itself and the model calls it. Either way, connect over RDP first to set the machine up and confirm your target app runs.

Contain it

Handing an AI a full Windows machine is a real risk. Reduce it:

Dedicate the box. One server per agent, with nothing sensitive on it. Not the machine holding your keys or data.
Least privilege. Narrow credentials for whatever the agent signs into. Assume it will do something you didn't expect.
The AUP applies to the agent too. Whatever it does from the server is your responsibility — the same rules on spam, abuse and attacks hold whether a human or a model pressed the button.
Reinstall is your reset. A messed-up desktop is a two-minute reinstall back to a clean Evaluation image (then reactivate your key).

Building agents more broadly? See VPS for AI agents. Want the private-payment angle? Windows VPS with Bitcoin or Monero.

Deploy an agent's Windows desktop →