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πŸ¦€ OpenClaw Workflow Builder

OpenClaw Workflow Generator from Prompt

Describe your automation task in plain English. Get a complete, ready-to-use OpenClaw workflow β€” with a SKILL.md file, step-by-step instructions, agent assignment, tool selection, cron schedule and install commands β€” generated instantly in your browser.

πŸ’¬ Plain English PromptπŸ“„ SKILL.md OutputπŸ—‚οΈ Workflow JSONπŸ”’ Step Builder⏰ Cron Schedule⬇️ Download All
πŸ’¬ Describe Your Workflow
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⚑ Quick Examples
πŸ“Š Daily price scraper + email reportπŸ” Telegram /research commandπŸ“‹ GitHub issue auto-responder🐦 Twitter/X monitor + digestπŸ“ Daily news summary to TelegramπŸ—ƒοΈ File organizer + weekly report
πŸ§ͺ Run in Docker sandbox
🧠 Memory flush on completion
πŸ›‘οΈ Add error handling step
πŸ“² Notify on completion
πŸ¦€Describe your automation aboveFill in the prompt, configure the trigger and tools, then click Generate Workflow to get a complete SKILL.md, workflow JSON and install commands.
βš™οΈ
Analyzing prompt…

πŸ¦€ What Is the OpenClaw Workflow Generator?

The OpenClaw Workflow Generator converts a plain-English description of an automation task into a complete, ready-to-install OpenClaw workflow. It generates the SKILL.md file (with correct YAML frontmatter, step-by-step instructions, tool usage and output expectations), a workflow JSON (with trigger, agent assignment, model, tools and cron schedule) and the exact shell commands to install and activate the skill β€” all in your browser, no server involved.

OpenClaw skills are the primary way to give your AI agent persistent, reusable workflows. Instead of repeating long prompt instructions every session, you define a skill once and OpenClaw automatically activates it whenever a user message matches the skill description. [web:45]

πŸš€ Example Workflows You Can Generate

πŸ“Š

Price Monitor + Report

Scrape competitor prices daily, compare to yesterday's data, write a diff summary and email it β€” cron-triggered at 7 AM.

πŸ”

Telegram Research Command

Send /research [topic] in Telegram β€” the agent searches the web, summarizes findings and replies with a markdown report.

πŸ“‹

GitHub Issue Responder

Daily cron reads open GitHub issues, drafts contextual replies based on project docs, saves them for review.

πŸ“

News Digest

Every morning, gather top news from RSS feeds and web search, summarize into a Telegram-friendly briefing.

πŸ—ƒοΈ

File Organizer

Watch a download folder, categorize new files by type, move to organized folders and write a weekly activity report.

🐦

Social Monitor

Monitor brand mentions, score sentiment, flag urgent items and push a digest to Discord every 4 hours.

πŸ“„ What Is a SKILL.md?

A SKILL.md is the definition file for an OpenClaw skill. It sits inside a folder at ~/.openclaw/skills/skill-name/SKILL.md and has two parts: [web:45]

The generated SKILL.md follows the official OpenClaw skill design patterns β€” keeping reference material in separate references/ files, using high/medium/low freedom levels per step, and following the sequential workflow format. [web:45]

πŸ”§ How to Install a Generated Skill

  1. Generate and download the workflow using this tool
  2. Create the skill folder: mkdir -p ~/.openclaw/skills/your-skill-name
  3. Copy the SKILL.md into it: cp SKILL.md ~/.openclaw/skills/your-skill-name/
  4. If using cron: add the cron entry from the generated install commands to your openclaw.json
  5. Start a new session β€” OpenClaw snapshots skills at session start: openclaw
  6. Test: send the trigger message or wait for the cron to fire

❓ Frequently Asked Questions

What is an OpenClaw skill?+
An OpenClaw skill is a folder containing a SKILL.md file. The SKILL.md has a YAML frontmatter block with name and description fields β€” OpenClaw reads these to decide when the skill activates. The body contains step-by-step workflow instructions loaded only after the skill triggers. Skills live at ~/.openclaw/skills/ or inside your workspace's skills/ folder.
What is the difference between a skill and a cron job?+
A skill is triggered contextually β€” the agent activates it when a user message or task matches the skill description. A cron job is time-triggered β€” it runs on a fixed schedule defined in openclaw.json using a cron expression. The best pattern is to combine both: the cron job sends a trigger prompt, and that prompt activates the skill to run the full workflow. This way the workflow is also usable on-demand.
How do I install the generated skill?+
Create the skill directory at ~/.openclaw/skills/your-skill-name/ and place the SKILL.md inside it. OpenClaw snapshots eligible skills when a new session starts β€” so start a fresh session after installing. For cron-triggered workflows, also add the cron entry from the generated install commands to your openclaw.json under the cron section, then run openclaw doctor --fix.
Can OpenClaw workflows use sub-agents?+
Yes. You can spawn sub-agents inside a workflow step using the Task tool. Sub-agents run in parallel or sequentially, can use a different model, workspace and permissions than the main agent, and each gets its own context window. This is ideal for parallel processing steps β€” for example, one sub-agent scrapes each competitor site simultaneously, then the main agent aggregates and reports the results.
How specific should my prompt be?+
More specific prompts generate better workflows. Include: what data source to use (websites, files, APIs), what to do with the data (summarize, compare, save, send), where to output (file path, Telegram, email), how often to run, and any conditions or filters. Vague prompts like "automate my work" will generate a generic template β€” specific prompts like "scrape amazon.com/product daily, compare price to yesterday, email me if drop > 10%" produce directly usable workflows.
What tools are available in OpenClaw workflows?+
OpenClaw provides: Web Search (Brave/Google via API), File System (read/write/list files in the workspace), Shell/Bash (run commands, scripts, Python), Browser (headless Chromium for JS-heavy pages), HTTP Request (call REST APIs), Memory (persistent markdown notes across sessions), Email (SMTP send), and Task/Sub-agent (spawn child agents). The Browser tool is excluded from contextPruning by default to avoid losing navigation state.