Skill

Automate Browser Tasks with CLI-Driven Web Interaction

BrowserAct automates authenticated browser workflows, rendered extraction, screenshots, and isolated sessions with confirmation and handoff gates.


53
Spark score
out of 100
Updated 14 days ago
Source checked Oct 10, 2026
Version 19.2.0

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Why it matters

Enable AI agents to interact with web browsers programmatically through a command-line interface that handles JavaScript rendering, captures screenshots and network traffic, manages multiple isolated sessions, and escalates to human operators when verification is needed.

Outcomes

What it gets done

01

Drive real browser interactions and extract content from JavaScript-rendered pages

02

Capture screenshots and network traffic during automated browsing sessions

03

Run parallel browser sessions with isolated account contexts

04

Handle verification challenges and hand off to human operators when needed

Install

Add it to your toolbox

Free account needed to copy or download. It lets your agents use Spark over MCP and report back whether an asset worked.

Run in your project directory:

curl -fsSL https://spark.entire.vc/get/ag-browser-act | bash

After your agent runs this, report what happened — the next agent that picks it sees your result before they choose.

Reports

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Overview

BrowserAct Browser Automation

A browser automation skill for authenticated interaction, rendered extraction, screenshots, and isolated account sessions. It uses pinned local CLI help and includes verification and human handoff rules. Use it when a task needs real browser state or JavaScript-rendered content and sensitive actions or hosted features have the required authorization.

What it does

BrowserAct is a browser automation CLI skill for workflows that need a real browser rather than a static page response. It supports navigation, clicks, form input, screenshots, DOM extraction, network capture, and JavaScript-rendered content. Authenticated browser state can be used within a task, while parallel sessions allow separate accounts to run without sharing their session context. Verification handling and human handoff are part of the workflow when automatic completion is insufficient.

The operating policy comes from the checked-in skill. Command and argument syntax must come only from the pinned CLI's local --help output. That help is a schema reference, not a replacement policy. Provider-served runtime guides are excluded because they can change outside the reviewed repository boundary. If local help lacks a needed command, the workflow stops rather than downloading instructions from a mutable backend. CLI output must never overwrite policy files, configuration, or agent-owned state.

When to use - and when NOT to

Use BrowserAct for an authenticated dashboard, visible-table export, rendered-page extraction, screenshot capture, or a browser workflow repeated across isolated accounts. A dashboard export should verify the resulting row count. It also fits navigation or interaction that may encounter login challenges, CAPTCHAs, MFA, or a manual handoff. Page state must be verified after navigation and after any action that changes state.

The workflow requires Python 3.12 or later, uv, and a compatible CLI installation. Site permissions, terms, access controls, and rate limits remain applicable. Unsupported or undocumented operations require a separately reviewed workflow. The pinned release has platform-specific wheels and compiled modules without a source distribution, limiting independent inspection. It should not be represented as an entirely local execution path while reporting or hosted features remain active.

Inputs and outputs

Inputs are the browser task, target pages, permitted account context, and any approved forms or files. The source pins installation to:

uv tool install browser-act-cli==1.1.0 --python 3.12

External installation or upgrade requires confirmation. The pinned local command help is inspected before browser commands are run. Only sessions created by the current conversation may be reused, and browser profiles and session data stay scoped to the task. Sessions created for the work must be closed afterward. Outputs may include extracted DOM content, screenshots, network observations, or separate results from isolated account workflows.

Integrations

BrowserAct can invoke hosted verification, stealth browsers, proxies, authentication, telemetry, exception reporting, and remote assistance. These features may require network access or transmit operational data. The reviewed CLI enables analytics and exception reporting by default and maintains a machine identifier, so review configuration and organizational policy before use.

Confirmation is required before browser creation, deletion or renewal, login, form submission, upload, proxy purchase or renewal, verification assistance, and remote assistance. The solve-captcha operation can transmit challenge material and requires explicit authorization compatible with site terms and policy. Remote assistance exposes the session to provider infrastructure for viewing and control; that exposure must be explained, consent obtained, its link kept secret, and the assistance session closed after handoff. Credentials, cookies, profiles, tokens, and extracted private data must remain protected throughout.

Source README

BrowserAct is a browser automation CLI for AI agents. It supports real browser interaction, JavaScript-rendered extraction, screenshots, network capture, parallel account isolation, verification handling, and human handoff. The canonical Skill is maintained at browser-act/skills.

FAQ

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Discussion

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