How does state persistence work?

VMs save their exact state, hibernate when idle, and resume where the agent left off.

Is OpenComputer free?

Yes, it offers a free basic plan with standard compute limitations.

How much does OpenComputer cost?

Compute is billed at ~$0.004/minute for a standard VM, plus minor disk storage costs.

Do agents get root access?

Yes, each agent runs in its own KVM VM with root privileges.

What should buyers watch for?

Ensure you manage agent termination logic so you are not billed for idle loop runtimes.

OpenComputer

Name: OpenComputer
Brand: OpenComputer

Persistent cloud VM infrastructure designed for long-running AI agents.

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What is OpenComputer?

TL;DR

OpenComputer provides persistent cloud Linux environments for AI agents that need state across long-running tasks. Its VM-based approach lets agents retain files, installed packages, databases, and running workflows between sessions.

Persistent KVM-based Linux VMs that hibernate and wake dynamically
Root access environment with full package manager control
Interactive steerability to monitor and guide agents in real time

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About

OpenComputer is a persistent cloud VM infrastructure platform designed specifically for long-running, autonomous AI agents. Unlike stateless code runtimes or ephemeral sandboxes that reset after execution, OpenComputer provides dedicated KVM-based Linux VMs that maintain state across runs. When an agent is idle, the VM hibernates, waking in seconds to allow agents to resume tasks exactly where they stopped. The product is useful for developers and AI companies building complex agents that need to execute multi-hour tasks, manage local databases, compile software, or perform web actions. By utilizing OpenComputer, teams can deploy agents into a full Linux operating system with root access, package control, and snapshot support. It solves the challenge of state loss during complex, multi-step agent runs. The main difference is OpenComputer's focus on persistent KVM architecture. By providing a persistent VM rather than a stateless container, agents can install system libraries, manage long-term cache, and expose temporary ports for preview URLs. It supports real-time steerability, letting human developers inspect and guide agents mid-run. It is billed on a freemium model based on active minutes. For FutureStack, OpenComputer belongs in AI Agents because its core purpose is hosting, run-state management, and execution of autonomous AI agents. It is best for AI developers who need a persistent, root-access Linux terminal for their software agents. It is not for non-technical managers looking for no-code dashboard automation.

Use Cases

Persistent Agent VMs

Run AI agents inside stateful Linux virtual machines that preserve files, packages, and session state between executions.

Long-Running Agent Jobs

Support multi-hour development and automation tasks that benefit from a persistent operating system rather than ephemeral containers.

Agent Web Servers

Run software services inside agent VMs and expose temporary preview environments for testing applications and workflows.

Interactive Agent Control

Inspect and guide running agents in their environment when autonomous execution needs human steering or debugging.

Key Features

Persistent KVM-based Linux VMs that hibernate and wake dynamically
Root access environment with full package manager control
Interactive steerability to monitor and guide agents in real time
Durable session snapshotting and checkpointing tools

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