Getting Started with OpenClaw: A No‑Headache Setup Guide

By ClickClaw Team

Tutorial · 5 min read

TL;DR: OpenClaw agents automate repetitive workflows on a schedule — monitoring, alerting, reporting. Manual setup requires Docker, VPS configuration, and ongoing maintenance.

Getting Started with OpenClaw: A No‑Headache Setup Guide

Direct answer: You can have an OpenClaw “Intern Bot” up and running without wrestling with Docker errors, missing libraries, or cron‑job mysteries. Follow the step‑by‑step checklist below for a clean manual install, and see a side‑by‑side comparison that shows why the one‑click ClickClaw option often saves time and money.

TL;DR

  • OpenClaw agents automate repetitive workflows on a schedule — monitoring, alerting, reporting.
  • Manual setup requires Docker, VPS configuration, and ongoing maintenance.
  • ClickClaw lets you deploy quickly without managing infrastructure.

    • 1. The friction you’ve already hit

    Most developers who try OpenClaw first run into one of these roadblocks:

  • Dependency maze – the repo lists python>=3.10, uvicorn, redis, and a specific version of openai. Mixing system packages often leads to “module not found” errors.
  • Docker surprises – the official image expects port 8000 to be free; on a shared VPS it’s already bound by another service, causing the container to exit immediately.
  • Cron‑job opacity – after you schedule the Intern Bot, you have no easy way to know whether the scheduled run succeeded or silently failed.

    • These issues add up to several hours of debugging before you see any useful output.

    2. Why the Intern Bot is a good first agent

    The Intern Bot is a lightweight OpenClaw archetype that:

  • Checks a list of internal wiki pages every hour.
  • Summarizes new sections and posts the summary to a Telegram channel.
  • Stores the last‑checked timestamp in a tiny SQLite file.

    • Because it only needs HTTP access, a small VPS (2 vCPU / 4 GB RAM) is enough, and the logic stays within a single Python script. That makes it ideal for a “first‑run” experiment.

    3. Manual setup – step‑by‑step

    Below is a concrete checklist that gets the Intern Bot running on any Linux host. Adjust the paths if you prefer a different directory layout.

    3.1 Install Docker (if not present)

  • Check Docker

    • docker version

  • Install (Ubuntu example)

    • sudo apt‑update && sudo apt‑install -y docker.io

  • Enable so it starts on boot

    • sudo systemctl enable docker && sudo systemctl start docker

    3.2 Create a project folder

  • Make directory

    • mkdir -p ~/intern-bot && cd ~/intern-bot

  • Copy the starter repo (replace with your own URL)

    • git clone https://github.com/openclaw/intern-bot.git .

    3.3 Prepare environment variables

    Create a file named .env in the project root:

  • OPENAIAPIKEY – your Claude/ChatGPT key.
  • TELEGRAMBOTTOKEN – token of the bot that will receive summaries.
  • TARGET_URLS – comma‑separated list of wiki pages to monitor.

    • Example content (replace placeholders):

    OPENAIAPIKEY=sk‑your‑key‑here

    TELEGRAMBOTTOKEN=123456:ABC‑defGhIJKlmnoPQRstuVWXyz

    TARGET_URLS=https://example.com/wiki/roadmap,https://example.com/wiki/faq

    3.4 Build the OpenClaw image (optional)

    If you want to use the official image, skip the build step. To customize the Python dependencies, run:

  • Build

    • docker build -t intern-bot:latest .

    3.5 Run the container

  • Start the agent in detached mode, mapping port 8000 for health checks:

    • docker run -d \

    --name intern-bot \

    --restart unless-stopped \

    -p 8000:8000 \

    --env-file .env \

    intern-bot:latest

  • Verify the container is healthy:

    • curl http://localhost:8000/health

    You should see {"status":"ok"}. If the response is an error, check the logs (docker logs intern-bot).

    3.6 Schedule the hourly run

    OpenClaw ships with a built‑in scheduler, but you still need a system‑level trigger to start the container on boot:

  • Create a systemd service (file /etc/systemd/system/intern-bot.service):

    • [Unit]

    Description=Intern Bot OpenClaw Agent

    After=network.target

    [Service]

    Restart=always

    ExecStart=/usr/bin/docker start -a intern-bot

    ExecStop=/usr/bin/docker stop -t 2 intern-bot

    [Install]

    WantedBy=multi-user.target

  • Enable the service:

    • sudo systemctl daemon-reload

    sudo systemctl enable intern-bot.service

    sudo systemctl start intern-bot.service

    Now the container starts automatically after a reboot, and the OpenClaw internal scheduler will fire the hourly check.

    4. Troubleshooting the most common failure

    Symptom: The container exits immediately after docker run.

    Likely cause: The required environment variable is missing or malformed.

    Fix:

  • Check the logs for a clear error message:

    • docker logs intern-bot

  • Validate that every line in .env follows KEY=VALUE with no surrounding quotes.
  • Restart after correcting the file:

    • docker restart intern-bot

    If the log shows “Port 8000 already in use”, stop the conflicting service or change the host port (-p 8080:8000).

    5. One‑click alternative – ClickClaw

    If the manual checklist feels heavy, ClickClaw offers a managed path that eliminates Docker, systemd, and health‑check wiring. The service provisions a dedicated VPS, installs the OpenClaw runtime, and wires the Intern Bot to your Telegram account—all from a single chat.

    + Feature + Manual Setup - ClickClaw One‑Click
    **Time to first run** - 3–4 hours (install, configure, debug) + 5 minutes via Telegram
    **Ongoing maintenance** - Manual security patches, log rotation, container restarts + Handled by ClickClaw
    **Cost (Year 1)** - $2,898 (labor + VPS) + $180 (starter plan $15 /mo)

    5.1 What the Telegram onboarding looks like

    user: Hi, I want an Intern Bot that checks our wiki every hour.

    agent: Great! Please share the URLs you want to monitor, separated by commas.

    user: https://example.com/wiki/roadmap,https://example.com/wiki/faq

    agent: Got it. I’ll set up the bot and send you the Telegram token once it’s ready.

    After you confirm the URLs, ClickClaw provisions the environment, injects your API keys (you paste them once), and sends you a ready‑to‑use bot token. No Docker commands, no .env fiddling.

    Set Up in Telegram

    6. Keeping the Intern Bot healthy after launch

    Whether you run the manual container or use ClickClaw, regular health checks keep the agent reliable.

  • Health endpoint – OpenClaw exposes /health. Add a simple cron entry that pings it every 10 minutes and writes the result to a log file.

    • /10 * curl -s http://localhost:8000/health >> /var/log/intern-health.log

  • Log rotation – On a manual host, install logrotate and point it at /var/lib/docker/containers//.log. ClickClaw handles rotation automatically.
  • Safe updates – When you need to change the list of URLs or upgrade the OpenClaw version:
  • **Manual

    • More Reading

  • [Run OpenClaw Server Hassle-Free: A Practical, Step‑by‑Step Guide](https://clickclaw.ai/blog/run-openclaw-server-hassle-free-a-practical-stepbystep-guide) Trying to run OpenClaw but unsure which setup path to pick? Learn the practical trade-offs so you can launch quickly with less setup friction.

    • FAQ

    What is the easiest way to deploy OpenClaw?

    Use ClickClaw to launch OpenClaw agents without managing infrastructure manually.

    Do I need to self-host OpenClaw for production use?

    No. Self-hosting is optional; one-click setup through ClickClaw is faster for most teams.

    Who should read Getting Started with OpenClaw: A No‑Headache Setup Guide?

    Developers or ops engineers who want to experiment with OpenClaw but are wary of a complex installation process.

    How can I start quickly?

    Pick one workflow, validate inputs and outputs, and deploy through ClickClaw Telegram onboarding.