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Desktop agents that use computers like a human — at cloud scale.

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Tracked since2026
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TL;DR - Bytebot

  • Automates any software by simulating human interactions (trackpad, keyboard, screen) inside a full virtual computer environment.
  • Includes built-in tools like a browser, terminal, password manager, and code editor, with support for custom application installations.
  • Open source and portable—run locally with Docker Compose or deploy on cloud platforms like AWS, GCP, or Azure.
Pricing: Free forever
Best for: Individuals & startups

What is Bytebot?

Editorial review
Bytebot is an open-source desktop agent platform that automates software interactions by simulating human-like input methods—trackpad, keyboard, and screen—rather than relying on brittle APIs or scripts. It runs inside a fully virtualized computer environment that includes a browser, file system, password manager, terminal, code editor, and more, making it universally compatible with any application. Users can customize and install additional software within the environment, enabling automation of virtually any desktop workflow. The platform provides fine-grained control over every action, executing clicks, scrolls, and keystrokes with pinpoint accuracy. A graceful guided recovery mechanism allows Bytebot to operate autonomously until a task is completed or it encounters a situation requiring human intervention. At any point, a user can take control of the desktop, resolve the issue, and seamlessly resume the agent. Every action is logged with before-and-after screenshots, offering full transparency and easy inspection. Bytebot is designed for developers and operations teams who need reliable, scalable automation for tasks like handling secure logins with two-factor authentication (using Bitwarden), scaffolding and running development environments, or any repetitive software workflow. It is open source and portable, running locally via Docker Compose, on Railway, or deployed on AWS, GCP, or Azure.

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Key Features

Complete virtual computer environment with browser, file system, password manager, terminal, and code editorFine-grained control via simulated trackpad, keyboard, and screen interactions for clicks, scrolls, and keystrokesGraceful guided recovery allowing user takeover and seamless agent resumptionAction history with before-and-after screenshots for full inspection and debuggingOpen source and portable deployment (Docker Compose, Railway, AWS, GCP, Azure)Customizable application installation within the virtual environmentAutomated handling of secure logins with two-factor authentication via BitwardenDevelopment workflow automation (scaffolding projects, installing dependencies, running dev servers)

Pricing

Free

Bytebot is completely free to use with no hidden costs.

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Bytebot FAQ

How does Bytebot handle two-factor authentication during automated logins?

Bytebot integrates with Bitwarden to securely fill in usernames and passwords, and it can also handle the two-factor authentication step by entering the code automatically, completing the login process seamlessly.

Can I take control of a running task and then resume the agent's automation?

Yes, Bytebot supports graceful guided recovery. If the agent encounters a situation requiring human intervention, a user can step in, take control of the desktop, resolve the issue, and then resume the agent to continue the task from where it left off.

What virtual environment does Bytebot provide for running automation tasks?

Bytebot comes with a complete virtual computer that includes a browser, file system, password manager, terminal, and code editor. Users can also customize and install any additional applications they need within this environment.

How are actions logged for inspection and debugging?

Every action performed by Bytebot is logged with screenshots taken both before and after the action, allowing users to easily inspect and debug the automation process.

Where can Bytebot be deployed besides local Docker Compose?

Bytebot is portable and can be deployed on Railway, or on major cloud platforms including AWS, GCP, and Azure, in addition to running locally with Docker Compose.

Does Bytebot support installing custom applications in its virtual environment?

Yes, Bytebot's virtual computer environment is fully customizable, allowing users to install any applications they need to support their specific automation workflows.

What input methods does Bytebot use to interact with software?

Bytebot uses a simulated trackpad, keyboard, and screen to execute clicks, scrolls, and keystrokes with pinpoint accuracy, mimicking human interaction with any software.

How does Bytebot ensure compatibility with any software application?

Because Bytebot interacts with software through human-like input methods (trackpad, keyboard, screen) rather than APIs or scripts, it is universally compatible with any application that a human can use.

Source: bytebot.ai

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