Browseragent (Browser Use) is a remote browser and browser automation platform for AI agents. Its core goal is to enable AI agents to operate browsers like humans and complete various web tasks while reducing API usage costs.
In terms of use cases, it serves two types of needs: one is to let Browser Use Agents directly replace humans in completing browser tasks; the other is to provide managed browsers (Browser Infrastructure) for AI startups and automation teams, so their own agents can access protected sites. Officially, Browser Use is positioned as "a simple remote browser for AI agents," and it is mentioned that Hermes has made Browser Use its default browser tool.
Main capabilities include: support for access via SDK, REST, or CDP, and use by pasting a connection URL; provision of managed browsers to handle protected sites; and emphasis on competitiveness in task accuracy and cost. According to official data, in 106 internal benchmark tests (Internal Bench Hard), the success rate is 82%, the cost per solved task is about 17 cents, and the browser hourly rate is $0.02; compared with other solutions, it can reduce task token consumption by 48%–66%; in a benchmark test of 71 protected sites, the coverage rate is 81%, while Browserbase is 42%. The project is open-source software under the MIT license, has received 118k stars on GitHub, and can run in the cloud or on your own machine.
In terms of usage, the official instructions say you can "paste the connection URL and start," and it provides three access paths: SDK, REST, or CDP. Pricing is pay-as-you-go: credits start at $5, with no subscription and no expiration; Browser Use Agents add a 20% markup on model cost, plus browser duration and traffic fees.
Applicable scenarios include: web operations driven by AI agents, tasks in which automation teams need to access protected sites, and developers and startups that want to run browser automation at lower cost.
In terms of limitations, apart from the benchmark data above, the official materials do not provide specific functional boundaries, platform support scope, concurrency limits, or details of the terms of use; this information is not currently available.
