OpenComputer vs Vorflux

Vorflux (vorflux.com) is a cloud agent platform with its own opinionated harness: each session runs on a dedicated Ubuntu machine and goes through setup, planning, parallel build, review by a model from a different lab and browser testing with video, then returns a tested pull request. OpenComputer is a coding agent you mention in Slack that runs Claude Code and Codex on a cloud Linux machine per Slack workspace and hands back a pull request. The biggest difference is the agent: Vorflux runs its own multi-stage pipeline across many models, while OpenComputer runs Claude Code and Codex as they are.

Both can run on the Claude or ChatGPT subscription you already pay for, and both take work from Slack. They bill differently. Vorflux has no subscription and charges for machine time and tokens as you go. OpenComputer is a monthly plan per Slack workspace, priced in the minutes the agent actually works.

At a glance

What is Vorflux?

Vorflux describes itself as cloud agents that ship production code, with an opinionated harness that runs the full software development lifecycle on dedicated machines. Every session gets its own isolated cloud machine running Ubuntu 22.04, with a full clone of your repositories, a desktop, a Chromium browser and an Android emulator. A setup agent clones your repositories, installs dependencies, smoke-tests each one and saves the result as your team's machine image, which every new session boots from.

A session moves through exploration, multi-model plan review, parallel build subagents, code review by a model from a different lab, and QA agents that drive a real browser and record video into a test report. An optional merge queue rebases, retests and lands pull requests in order. You can start work from the web, a macOS desktop app, mobile, Slack, Discord, Google Chat, Linear, Jira, GitHub, GitLab or Bitbucket comments, schedules, webhooks from tools like Sentry and PagerDuty, a REST API or an MCP server.

What is OpenComputer?

OpenComputer runs Claude Code and Codex in its own cloud, and you hand them work by mentioning @Computer in a Slack thread or calling the API from your code. Each Slack workspace gets its own cloud Linux machine, sized to its plan. Every thread works in its own copy of the repos on its own branch, so parallel requests don't collide. Workspaces resume warm, with the repository, dependencies and build caches already in place.

@Computer reads the code, runs the commands and tests, then opens a pull request that says what changed, why, and how it was checked, with a link back to the thread. UI changes come with a screenshot and a preview link. It is built for small changes that follow existing patterns and stay in scope. The same cloud runs serverless agents you write in TypeScript.

Key differences

A multi-stage pipeline, or Claude Code and Codex as they are

Vorflux's harness splits work across a main agent and subagent slots for exploring, planning, building, debugging, reviewing, simplifying and testing, and you can set the model for each slot. Review always comes from a different lab than the one that wrote the code, and browser testing produces video evidence. Claude Code, Codex and Cursor can connect to Vorflux as clients, but Vorflux does not run them as its harness.

OpenComputer has no harness of its own. It runs Claude Code and Codex, so a team that already relies on those agents gets the same behavior, with the work visible in a shared thread. If you want planning, cross-lab review, browser QA and a merge queue handled for you, Vorflux does more of the lifecycle.

Where the team works

Vorflux reaches teams through many surfaces, plus "Autobots", standing-role agents with their own Slack channel and budget. OpenComputer centers on the Slack thread: everyone in it sees every file @Computer opens and every command it runs, anyone can steer it, and conventions one person explains apply to later requests. The thread is also the record of who asked for each change and why. Vorflux supports GitLab and Bitbucket as well as GitHub, and Discord and Google Chat as well as Slack.

Models and subscriptions

Both let you bring a subscription. Vorflux lets you run on a ChatGPT or Codex subscription for GPT models, a Claude Pro or Max plan for Claude models, your own API keys across many providers, or Vorflux-hosted tokens at standard provider cost. Its model list also includes Gemini and Kimi. OpenComputer takes your Claude or ChatGPT subscription or API key, or sells tokens at API prices with no markup, and runs only Claude Code and Codex.

How billing works

Vorflux bills per hour while a machine runs, from Small (2 vCPU, 8 GiB) to Hyper (32 vCPU, 128 GiB), plus tokens if you use its hosted models. There are no minimums or contracts, and you can set spend caps per session. OpenComputer bills work minutes only while @Computer is working on a message. Time between messages and time waiting on your review cost nothing.

Pricing compared

As of October 2026, Vorflux has no subscription. Machines cost $0.2117 an hour for Small, $0.4234 for Medium, $0.8468 for Large (the default), $1.6934 for Ultra and $3.3868 for Hyper. New individual accounts get $70 in credits and teams get $200 once a Git provider is connected. OpenComputer lists Pro at $20 a month with 2,000 work minutes and Max at $200 with 25,000, for the whole Slack workspace, plus $0.01 per extra minute.

With both running on your own Claude or ChatGPT subscription, 2,000 minutes (about 33 hours) of machine time on Vorflux's default Large size comes to about $28, and on Small about $7. OpenComputer Pro covers 2,000 work minutes for $20. The units differ: Vorflux counts every hour the machine runs, including idle time before it stops, while a work minute counts only time the agent spends working. Light, occasional use can cost less on Vorflux, especially on a small machine.

When to choose Vorflux

• You want the agent to plan, build, get cross-lab review and test in a browser with video before a pull request.
• You use GitLab or Bitbucket, or chat in Discord or Google Chat.
• You want pay-as-you-go pricing with no subscription, and to pick machine sizes up to 32 vCPU.
• You want each session on its own isolated machine.
• You want a merge queue that rebases, retests and lands pull requests for you.

When to choose OpenComputer

• Your team already uses Claude Code or Codex and wants those exact agents running in the cloud.
• You want requests, review and history in one shared Slack thread anyone can steer.
• You want a flat monthly plan for the workspace that counts only active agent time.
• You also want to build your own agents, such as a background coding agent, on the same cloud and minutes.

FAQ

Is OpenComputer a Vorflux alternative?

Yes, for teams that want a cloud coding agent that takes requests in Slack and returns pull requests. Both run on cloud Linux machines and both accept your Claude or ChatGPT subscription. Vorflux gives each session its own machine, while OpenComputer gives each Slack workspace one machine with each thread in its own copy of the repos. Vorflux runs its own multi-stage harness, while OpenComputer runs Claude Code and Codex.

How much does Vorflux cost?

Vorflux has no subscription. As of October 2026, you pay for machine time, from $0.2117 an hour for Small to $3.3868 for Hyper, plus tokens if you use Vorflux-hosted models. New accounts get $70 in credits, or $200 for teams.

Can I use my Claude or ChatGPT subscription with both?

Yes. Vorflux supports a ChatGPT or Codex subscription for GPT models and a Claude Pro or Max plan for Claude models. OpenComputer signs in to Claude Code and Codex with your subscription, and when it hits its limit you choose between OpenComputer tokens at API prices and waiting for the reset.

Does Vorflux run Claude Code or Codex?

No. Vorflux uses its own harness with configurable models per subagent. Claude Code, Codex and Cursor can connect to it as clients through its MCP server. OpenComputer runs Claude Code and Codex themselves on its cloud machines.

How does OpenComputer compare with other cloud agent platforms?

Niteshift is another cloud platform that runs Claude Code and Codex in an environment per task. See OpenComputer vs Niteshift, or the comparison hub for the full list.

Sources

• Vorflux homepage
• Vorflux pricing
• Vorflux docs