SkillFeed for Openclaw

A scenario-driven recommendation engine that identifies the best Openclaw Skills to resolve workflow failures and implementation gaps.

jackleeio
v0.2.1
Mar 9, 2026
0
1.3k
0

Install & Download

1. ClawHub CLI

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

npx clawhub@latest install skill-feed

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 skill-feed 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 SkillFeed?

SkillFeed is a powerful discovery and recovery engine designed to enhance the reliability of AI agents by intelligently matching tasks to the most relevant Openclaw Skills. It functions as a diagnostic layer that monitors execution logs for errors, timeouts, or missing outputs, then dynamically generates sanitized search queries to find the perfect tool on ClawHub.

By bridges the gap between a high-level user goal and a technical implementation, SkillFeed ensures that agents remain productive even when encountering unknown challenges. It leverages a multi-stage ranking system to provide not just a single tool, but a comprehensive recovery plan tailored to the specific environment of the user.

SkillFeed Use Cases

  • Automatically detecting and fixing command or API failures during an agent's task execution.
  • Providing targeted Openclaw Skills recommendations when a user describes a goal without knowing which tool to use.
  • Overcoming rate limits or authentication errors by suggesting alternative Openclaw Skills and fallback paths.
  • Enhancing developer productivity by offering provider-specific execution steps for Claude Code, ChatGPT, and Gemini.

How SkillFeed Works

  1. Monitors the execution environment for failure signals like non-zero exit codes, HTTP 4xx/5xx errors, or exceeded retry thresholds.
  2. Captures and sanitizes the failure context to remove sensitive data like API keys or PII before searching for Openclaw Skills.
  3. Classifies the issue into specific categories such as auth, rate limit, network, or invalid parameters.
  4. Generates layered search queries ranging from broad capability searches to specific failure-token queries.
  5. Queries ClawHub to identify high-quality Openclaw Skills based on stars, update frequency, and goal relevance.
  6. Ranks the candidates and produces a structured recovery plan including primary recommendations and immediate next actions.

SkillFeed Setup

To deploy the SkillFeed logic within your automation environment, follow these configuration steps:

# Navigate to your local skills directory
cd path/to/your/agent/skills

# Initialize the SkillFeed configuration
# Ensure the discovery workflow references are available
cat references/discovery-workflow.md

Ensure your agent has the necessary permissions to access https://clawhub.ai/skills for live searching of Openclaw Skills. You should also configure your provider-specific templates in references/provider-adaptation.md to ensure the output matches your preferred AI interface.

SkillFeed Data Schema & Taxonomy

SkillFeed organizes diagnostic data and discovery results using a structured taxonomy to ensure accurate matching of Openclaw Skills:

Data Type Description Key Examples
Goal Tokens Keywords identifying the intended action post, schedule, fetch, report
Platform Tokens The target service or ecosystem x, github, telegram, aws
Failure Tokens Technical error markers used for filtering 401, 429, timeout, permission denied
Sanitized Context Cleaned logs used for query construction task_name, error_type, platform
Recovery Plan The final output sent to the agent primary_skill, alternatives, actions

SkillFeed Advanced Features

  • Context-aware data sanitization that strips secrets and PII before searching for Openclaw Skills to maintain security.
  • Provider adaptation logic that formats recovery steps specifically for Claude Code terminal commands or ChatGPT checklist styles.
  • Layered query construction that moves from broad capabilities to failure-specific tokens for high-precision results.
  • Anti-noise guardrails that prevent the system from repeating the same Openclaw Skills recommendations within a single conversation thread.
  • Automated fallback paths that provide a plan B if the primary recommended skill fails to resolve the issue.

SKILL.md


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