web-access

Perform web searches, fetch content, and automate Chrome via CDP.

4|Updated Jan 30, 2026
One-click install
npx skills add https://github.com/Xueheng-Li/ai-tools-installation --skill web-access-xueheng-li
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: web-access
Source: https://github.com/Xueheng-Li/ai-tools-installation/tree/main/recommended_skills/web-access
Command: npx skills add https://github.com/Xueheng-Li/ai-tools-installation --skill web-access-xueheng-li

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires ws, and includes scripts (resource) and references (resource) components.

What problem does it solve?

Users and AI agents often lack a unified, reliable way to perform web searches, fetch page content, and interact with dynamic sites that require login or complex navigation. This skill fills that gap by providing end‑to‑end web capabilities within Claude Code.

Core Features & Use Cases

  • Intelligent Tool Selection: Automatically chooses between WebSearch, WebFetch, curl, Jina, or CDP based on the task.
  • CDP Browser Automation: Direct control of a Chrome instance (with remote debugging) for login‑protected sites, interactive clicks, file uploads, scrolling, and media extraction.
  • Site Experience Accumulation: Stores domain‑specific patterns and pitfalls to accelerate future interactions.
  • Parallel Research: Splits multi‑target investigations across concurrent sub‑agents, each using isolated browser tabs.
  • Use Cases: Summarizing recent AI news, extracting product details from e‑commerce pages, posting content on social platforms, or gathering data from multiple competitor websites in parallel.

Quick Start

Use the web-access skill to fetch and summarize the latest AI research updates from https://openai.com.

Frequently Asked Questions about web-access

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate web browsing and interact with login-protected sites using Claude Code?

Web automation for login-protected sites uses a CDP proxy to control a Chrome instance with remote debugging enabled, allowing AI agents to perform clicks, scrolling, and file uploads directly within Claude Code.

What is the best way to fetch dynamic web page content and search multiple URLs in parallel?

Parallel research across multiple URLs is achieved by splitting investigations across concurrent sub-agents using isolated browser tabs, intelligently selecting between WebSearch, WebFetch, curl, Jina, or CDP based on task requirements.

Do I need Node.js and Chrome remote debugging to use CDP browser automation?

Yes, CDP browser automation requires Node.js 22+ and a running Chrome instance with remote-debugging enabled, along with the CDP proxy service, to execute direct browser interactions and dynamic page navigation.

Can Claude Code remember site-specific patterns to speed up future web interactions?

Yes, site experience accumulation stores domain-specific patterns and pitfalls encountered during web browsing, accelerating future interactions by reusing learned navigation and automation strategies.

Why does the web-access skill choose between WebFetch, curl, and CDP for different tasks?

Intelligent tool selection automatically chooses between WebSearch, WebFetch, curl, Jina, or CDP based on the specific web operation, optimizing for static content retrieval, dynamic page interaction, or login-protected automation.

What are the limitations of using a CDP proxy for web scraping and automation?

CDP proxy limitations include strict dependencies on Node.js 22+ and a Chrome instance with remote debugging enabled, meaning it cannot operate in headless environments lacking direct browser control or active CDP connections.