Super Browser Automation for Openclaw

A comprehensive framework that merges eight top-rated browser automation tools into a single, unified interface for AI-driven web tasks.

heldinhow
v1.0.0
Feb 15, 2026
0
592
6

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install super-browser

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install super-browser using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Super Browser Automation?

Super Browser Automation represents the next evolution of web interaction for AI agents. By synthesizing the capabilities of high-performing tools like browser-use, stagehand, and agent-browser, it provides a robust foundation for building Openclaw Skills that require deep web integration. This skill eliminates the complexity of managing different automation libraries by providing a standardized set of commands and automatic environment detection.

The framework is designed to work seamlessly whether you are running tasks on a local machine with Chromium or scaling operations in the cloud. It prioritizes reliability through explicit observation steps and state management, ensuring that Openclaw Skills can navigate the modern web with the same precision as a human user.

Super Browser Automation Use Cases

  • Scaling web scraping operations across multiple cloud browser instances
  • Automating complex multi-step login flows and authenticated session persistence
  • Performing automated UI/UX testing for web applications in local development environments
  • Generating high-fidelity PDF reports and visual snapshots of dynamic web pages
  • Building research agents that can intelligently interact with DOM elements using semantic references

How Super Browser Automation Works

  1. The skill evaluates your environment configuration to automatically select between local Chromium or remote cloud providers like Browserbase.
  2. A session is initialized, allowing for the creation of new browser instances or connecting to existing tabs to maintain workflow continuity.
  3. The agent generates a page snapshot which creates unique @refs for every interactive element, simplifying the selection logic.
  4. Navigation and interaction commands such as click, type, and scroll are executed based on the agent's goal.
  5. Continuous observation loops ensure the agent waits for DOM changes and handles errors dynamically before proceeding to the next step.

Super Browser Automation Setup

To start using this with your Openclaw Skills, ensure you have a local installation of Chrome or Chromium. For cloud-based execution, set your provider API keys in your environment variables.

# Create a persistent profile for authenticated sessions
browser profile create --name=work-session

# Initialize a cloud-based automation task
browser session create --provider=browserbase

Super Browser Automation Data Schema & Taxonomy

The skill organizes browser data into a structured hierarchy to ensure consistency across different Openclaw Skills:

Component Format Description
Sessions Object Tracks active browser instances, provider types, and connection URLs.
Profiles Directory Stores persistent user data, including cookies and local storage for specific identities.
Snapshots JSON Maps DOM elements to unique reference IDs for reliable interaction targeting.
Exports File Stores generated assets like screenshots (PNG) and page exports (PDF).

Super Browser Automation Advanced Features

  • Intelligent auto-detection of cloud versus local environments based on available credentials
  • Support for profile persistence to keep Openclaw Skills logged into web services across different runs
  • Advanced DOM analysis using @refs to prevent brittle selector failures during automation
  • Multi-provider support for high-scale browser tasks using Browserbase and local drivers
  • Granular interaction controls including drag-and-drop, mouse hover, and custom event triggers

SKILL.md


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