Reach Agent Web Interface for Openclaw

Reach is a comprehensive web interface layer that allows AI agents to interact with the internet as naturally as humans do.

potdealer
v0.2.0
Mar 24, 2026
0
961
0

Install & Download

1. ClawHub CLI

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

npx clawhub@latest install reach

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 reach 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 Reach Agent Web Interface?

Reach provides a robust suite of tools designed to bridge the gap between AI agents and the modern web. By offering 9 essential primitives, it enables autonomous agents to perform complex tasks such as logging into services, filling out forms, and even executing blockchain transactions. As a core component of the Openclaw Skills ecosystem, Reach simplifies the process of giving an agent a functional digital identity and the agency to act upon it.

Built with a sophisticated router that prioritizes efficiency, Reach intelligently selects the best interaction method—ranging from direct API calls to full browser vision—to complete a task. Whether you are building an automated researcher or a decentralized finance assistant, this skill provides the necessary infrastructure for reliable web navigation and state management.

Reach Agent Web Interface Use Cases

  • Automating multi-step login processes and form submissions across various web platforms.
  • Executing on-chain crypto payments and signing EIP-712 messages autonomously.
  • Monitoring web pages for specific data changes or price thresholds with real-time alerts.
  • Managing agent communication through dedicated email inboxes and GitHub integration.
  • Scaling web scraping efforts that require bypassing advanced CAPTCHAs and complex UI layouts.

How Reach Agent Web Interface Works

  1. The agent receives a natural language command or a specific primitive call such as fetch or act.
  2. The Intelligent Router analyzes the target URL to determine the most efficient access layer (API, HTTP, Browser, or Vision).
  3. Reach executes the interaction, employing up to 5 fallback strategies (e.g., selector, ARIA label, or coordinates) to ensure success even if the UI has changed.
  4. If required, the system handles complex hurdles like solving CAPTCHAs or performing multi-factor authentication.
  5. State and session data are persisted to allow for seamless repeat visits and form memory.
  6. Results, such as page content, screenshots, or transaction signatures, are returned to the agent for the next step in its workflow.

Reach Agent Web Interface Setup

To integrate this into your environment, follow these steps. Ensure you have your environment variables configured for wallet and API access.

# Install dependencies
npm install reach

# Configure your environment (.env)
# PRIVATE_KEY=0x...
# CAPSOLVER_API_KEY=CAP-...
# GITHUB_TOKEN=ghp_...

# Launch the MCP server to expose tools to Claude Code
node src/mcp.js

# Use the CLI for quick testing
node src/cli.js do "search github for solidity jobs"

Reach Agent Web Interface Data Schema & Taxonomy

Reach organizes its operations through a structured set of primitives and persistent storage keys. Data is managed according to the following schema:

Data Type Description Format
Identity Agent web/email handles name.mfer.one / [email protected]
State Memory Persistent key-value storage persist(key, value)
Session Data Browser cookies and auth tokens Encrypted local storage
Interaction Logs Recording of all web actions Replayable JSON session files
Webhooks Inbound event data (GitHub, Email) Structured JSON payloads

Reach Agent Web Interface Advanced Features

  • Multi-modal fallback strategies including accessibility tree and coordinate-based clicking.
  • Native CAPTCHA solving for reCAPTCHA, hCaptcha, and FunCaptcha via CapSolver integration.
  • Comprehensive MCP server support, exposing web primitives as modular tools for LLMs.
  • Integrated crypto wallet support for automated ETH/ERC-20 payments and message signing.
  • Exoskeleton identity gates that control access based on NFT ownership or reputation scores.
  • Built-in webhook server for handling asynchronous inbound signals like Stripe hooks or emails.

SKILL.md


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