AI Workflow Automation Expert

Turn repetitive work into autonomous AI workflows. This skill guides you through analyzing, designing, and implementing automation solutions using OpenClaw and its skill ecosystem.

When This Skill Triggers

• “Help me automate [task/process]”
• “Build an AI agent workflow for…”
• “How do I set up automation with OpenClaw?”
• “I want to use multiple agents to…”
• “Create an automated pipeline for…”
• “Design a workflow that…”

Core Workflow

Step 1: Analyze the Process

Before automating, understand what needs automation:

1. Map the current process
   • What are the input and output?
   • What steps are currently manual?
   • What decisions require human judgment?
   • What tools/platforms are involved?
2. Identify automation candidates
   • Repetitive tasks (daily/weekly)
   • Rule-based decisions
   • Data transformation steps
   • Multi-platform sync needs
3. Assess complexity
   • Simple: Single tool, straightforward logic
   • Medium: Multiple tools, conditional branching
   • Complex: Multi-agent coordination, state management

Step 2: Design the Workflow

Match complexity to the right approach:

Design principles:

• Start small, iterate
• Each step should have clear input/output
• Include error handling and retries
• Log everything for debugging

Step 3: Select Skills

Browse the skill ecosystem for relevant tools:

Content Automation:

• content-repurposer - Transform content across formats
• twitter-autopilot - Social media automation
• newsletter-generator - Email newsletter creation

Data Processing:

• xlsx / xlsx-cn - Spreadsheet manipulation
• pdf / nano-pdf - PDF operations
• docx / docx-cn - Word document handling

Agent Orchestration:

• autonomous-tasks - Self-driven task execution
• agent-orchestrator - Multi-agent coordination
• proactive-agent - Anticipatory actions

API Integration:

• api-gateway - 100+ API connections (OAuth managed)
• brave-search / online-search - Web search
• tencent-docs - Tencent Docs integration

Step 4: Implement

Pattern 1: Simple Cron Job

# Use OpenClaw cron skill
schedule: "0 9 * * *"  # Daily at 9am
task: "Check emails and summarize important ones"
skills: ["email-skill", "summarize"]

Pattern 2: Triggered Pipeline

# Use automation-workflows skill
trigger: "new_file_in_folder"
steps:
  - skill: "pdf"
    action: "extract_text"
  - skill: "content-repurposer"
    action: "convert_to_blog"
  - skill: "twitter-autopilot"
    action: "schedule_post"

Pattern 3: Multi-Agent System

# Use agent-orchestrator skill
agents:
  - role: "researcher"
    skills: ["brave-search", "deep-research-pro"]
  - role: "writer"
    skills: ["docx-cn", "seo-article-gen"]
  - role: "publisher"
    skills: ["twitter-autopilot", "newsletter"]
coordinator: "autonomous-tasks"

Step 5: Test & Iterate

1. Dry run - Execute manually first
2. Monitor - Check logs for errors
3. Iterate - Refine based on results
4. Scale - Add complexity gradually

Quick Templates

Daily Report Automation

Trigger: Every day at 6pm
Steps:
1. Query data sources (API/DB)
2. Generate summary with charts
3. Format as PDF/HTML report
4. Send via email
Skills: api-gateway, xlsx, pdf, email-skill

Content Pipeline

Trigger: New blog post published
Steps:
1. Extract key points
2. Generate social media posts
3. Create newsletter snippet
4. Schedule across platforms
Skills: content-repurposer, twitter-autopilot, newsletter-generator

Customer Inquiry Handler

Trigger: New support email
Steps:
1. Classify inquiry type
2. Generate draft response
3. Route to appropriate agent
4. Track resolution
Skills: email-skill, ecommerce-customer-service-pro, autonomous-tasks

Best Practices

1. Fail gracefully - Always have fallback behavior
2. Log everything - Debug without guessing
3. Version control - Track workflow changes
4. Document decisions - Future-you will thank you
5. Start simple - Add complexity after it works

Common Pitfalls

• Over-engineering from day one
• Not handling API rate limits
• Missing error states
• Forgetting to test edge cases
• No human oversight for critical decisions

References

For detailed implementation guides, see:

• references/cron-patterns.md - Scheduling patterns
• references/multi-agent-patterns.md - Agent coordination