Stop Guessing and Run the Diagnostics: An OpenClaw Reality Check

If you don't see this, you have a map of where to dig. Without it, you have a hunch.

The Silent Telegram Bot: A Case Study in Obvious Fixes

Telegram bots are a classic example of why this diagnostic-first approach matters. A user sees no messages in a group and assumes the system is dead. The OpenClaw docs for Telegram, however, describe several failure signatures that are far more mundane :

• Bot is online, but a group is silent: The culprit is almost never the gateway. First, check if the bot needs to be specifically mentioned or if its privacy mode is limiting what it can see in the group .
• Send failures with network errors: Now you dig into the logs for Telegram API calls. The investigation path is specific: DNS resolution, IPv6 connectivity issues, or a proxy that's mangling the route to api.telegram.org .
• A

  getMe returned 401

  error on startup: This isn't a mystery. Your bot token from BotFather is wrong or has been revoked. The fix is a direct update to botToken, tokenFile, or the TELEGRAM_BOT_TOKEN environment variable .
• Polling stalls or slow reconnects: This requires watching the live logs with

  openclaw logs --follow

  . If the stall is persistent, you cycle back to the network investigation: DNS, IPv6, proxy .

Conclusion: The Error Is the Story You Tell Yourself

The real failure isn't the system—it's the diagnosis fantasy that happens before you have the raw output. To fix the right problem, the sequence is unyielding :

1. Collect the output from all five golden commands.
2. Identify what's missing from the healthy baseline.
3. Only then conclude whether the root cause is the gateway, an expired token, a broken plugin, or a network polling dead zone.

Any other approach is just a guess dressed up as an investigation.