Browser Use vs Browser Use WebUI: 2026 comparison

Browser Use and Browser Use WebUI in brief

Browser Use and Browser Use WebUI both let an agent carry out tasks on the web. The main distinction is how you work with them. Browser Use offers a Python library, SDK and API, alongside hosted browser services. Browser Use WebUI provides a web interface for configuring and running browser tasks. Both projects are open source and support self-hosting. Their development records differ substantially, however, making recent activity an important consideration when comparing the supplied information as of October 24, 2026.

Browser Use : A Python library for building web browser agents, accompanied by hosted browsers and a cloud agent API.

Browser Use WebUI : Browser Use WebUI provides a web interface to configure and run an AI agent that automates tasks in a browser.

They are often weighed against each other by people who hesitate. This page lines up their features point by point (11 criteria), with no partnership with either publisher.

Comparison table

Criterion by criterion

For each criterion: why it matters, each one's value and who has the edge. A criterion without data on both sides is not decided.

Popularity (GitHub stars)

Stars measure developer interest; a widely followed project has more tutorials, integrations and answers. Browser Use : 119K. Browser Use WebUI : 16.6K. Edge: Browser Use.

Activity over a year

Commits over 52 weeks show whether the project moves fast, fixes bugs and keeps up with new models. Browser Use : 3,247 commits. Browser Use WebUI : 2 commits. Edge: Browser Use.

Releases (6 months)

Regular releases signal a project that ships; very frequent releases can also mean frequent updates on your side. Browser Use : 17. Browser Use WebUI : 0. Edge: Browser Use.

Last commit

A repository with no commit for months may fall behind new APIs and security fixes. Browser Use : October 22, 2026. Browser Use WebUI : May 15, 2026. Edge: Browser Use.

License

A clear open-source license (MIT, Apache…) allows commercial use and modification; without one, usage rights are unclear. Browser Use : MIT. Browser Use WebUI : MIT. A tie on this point.

Self-hosting

Running the agent on your machine or server keeps your files and keys with you. Browser Use : yes. Browser Use WebUI : yes. A tie on this point.

Supported models

An agent that accepts several model families lets you pick the best value, or a local model. Browser Use : 5. Browser Use WebUI : 5. A tie on this point.

Interfaces

Terminal, code editor, web app or chat: more interfaces mean more ways to fit it into your work. Browser Use : 2. Browser Use WebUI : 1. Edge: Browser Use.

Risk level

Our risk level considers the access granted (terminal, files, network) and default human approval. Browser Use : low. Browser Use WebUI : moderate. Edge: Browser Use.

Community (forks)

Forks count developers who copied the project to adapt it: a sign of a living ecosystem. Browser Use : 13.2K. Browser Use WebUI : 2.8K. Edge: Browser Use.

Track record

An older project has had time to fix early flaws; a recent one often brings the latest ideas. Browser Use : October 2024. Browser Use WebUI : January 2025. Edge: Browser Use.

In charts

Our analysis

Browser Use fits a development workflow in which browser automation becomes part of your own software. Its Python library, SDK and API provide the interfaces listed for that purpose. Browser Use WebUI instead places configuration and execution behind a web interface, which may better match how you want to operate an agent. Both projects list Claude, GPT, Gemini and local models. Browser Use also lists multi-model support, while WebUI explicitly includes DeepSeek. These differences help identify relevant options, but the supplied descriptions do not establish whether every supported model has the same features or behaves similarly across both projects.

Browser Use has 119,041 GitHub stars and 13,222 forks, compared with 16,622 stars and 2,766 forks for WebUI. Its recent development record includes 3,247 commits over twelve months and 17 releases over six months. WebUI records two commits and no releases over those periods. The latest commits are dated October 22 and May 15, 2026, respectively. This indicates much stronger recent activity for Browser Use, without proving performance or reliability. The scores of 92 and 56 describe popularity, activity and framework characteristics, rather than quality. Neither supplied profile provides pricing information for the project or its associated services.

Both projects use Python, carry an MIT license and support self-hosting. That gives you an option to run the software within your own environment, but it does not establish where a selected model processes information. Local model support may therefore matter when examining your data flows. Neither profile specifies retention policies or human approval mechanisms. Browser Use has a low risk classification, while WebUI has a medium classification with a web-related reason. These labels provide context rather than guarantees. You still need to examine the permissions and model arrangement involved in the particular workflow you intend to run.

For everyday integration, Browser Use aligns with connecting browser tasks to existing code or services through its SDK and API. WebUI aligns with starting and configuring tasks through a browser interface. The available information does not describe installation effort, so the presence of a web interface should not be treated as evidence of effortless deployment. WebUI lists browser and network access. Browser Use has no access entries in the supplied profile, which does not establish that permissions are unnecessary. WebUI’s limited recent activity also makes checking its compatibility with your current environment an important step before adopting it.

Depending on your situation

The right choice depends on use. For a few common situations, here are the criteria that matter and who wins (Browser Use value / Browser Use WebUI value).

Trying it out quickly

Here, Browser Use has the edge: it wins 2 of the 3 criteria that matter in this situation, namely interfaces (2 / 1), supported models (5 / 5), and popularity (github stars) (119K / 16.6K).

Production use

Here, Browser Use has the edge: it wins 3 of the 4 criteria that matter in this situation, namely activity over a year (3,247 commits / 2 commits), last commit (October 22, 2026 / May 15, 2026), license (MIT / MIT), and releases (6 months) (17 / 0).

Security and control

Here, Browser Use has the edge: it wins 1 of the 2 criteria that matter in this situation, namely risk level (low / moderate) and self-hosting (yes / yes).

Which one to choose?

Choose Browser Use if…

• you value popularity (github stars) (119K)
• you value activity over a year (3,247 commits)
• you value releases (6 months) (17)
• you value last commit (October 22, 2026)
• you value interfaces (2)

Choose Browser Use if you are building software and need browser agents accessible through Python, an SDK or an API. Its substantial recent development activity is also relevant if you expect to follow ongoing project changes. Self-hosting and local model support give you deployment options to assess, while the hosted browser offering may fit a different operating arrangement.

Choose Browser Use WebUI if…

Browser Use WebUI does not lead on any measurable criterion; it is still relevant if you already use it or prefer it after a trial.

Browser Use WebUI is a logical option if your priority is configuring and running browser tasks through a web interface. It may suit a workflow where that interface matters more than SDK integration. MIT licensing, self-hosting and explicitly listed DeepSeek support are additional considerations. Check that the project’s current compatibility and slower recent development pace fit your intended use.

Strengths and limits of each

Browser Use

• + Widely followed: 119K stars
• + Very active development
• + Frequent releases (30 in a year)
• − Requires programming skills

Browser Use WebUI

• + Can run on your side: data under control
• + Free choice of model
• + Permissive licence (MIT)

The best test is still yours: take three real tasks from your day and give them to both for a week. Our “Which AI agent?” quiz can also guide you.

What about the others?

If neither suits you, look at Stagehand, Skyvern, BrowserOS, OpenCLI, CloakBrowser, and Invisible Dots.

Related comparisons:

• Browser Use vs CloakBrowser
• Browser Use vs Invisible Dots

Conclusion

Start with how you want to control browser automation. Browser Use offers developer-facing interfaces and a substantially more active recent development record. WebUI offers web-based configuration and execution, with much less recent activity in the supplied figures. Both are open source and self-hostable. Your integration requirements, model choices and permission needs provide a firmer basis for deciding than either popularity counts or the supplied scores alone.