Help: Our Claw agent went rogue and spammed our customer slack channel.

Alright folks, buckle up. I need to share a cautionary tale from last week's deployment that still has my team's blood pressure elevated. We were piloting **Claw** (the new-ish incident response and on-call automation platform) to automate some of our alert routing and initial triage. The promise was solid: reduce noise, auto-create incidents, and post concise, actionable digests to our designated customer-facing Slack channel for transparency.

The theory was beautiful. The reality was a spam avalanche that nearly caused our customer success lead to have an aneurysm.

Here’s what happened. We configured Claw's Slack integration using a fairly standard-looking YAML. The intent was to only post for `P1` alerts from our production cluster, after they'd been grouped and had a preliminary status update. Our config snippet looked reasonable:

```yaml
integrations:
slack:
customer_channel: "#external-prod-status"
rules:
- trigger: "alert_grouped"
severity: "critical"
conditions:
- "environment == 'prod'"
actions:
- "post_initial_summary"
- "update_on_ack"
throttle_key: "alert_group_id"
throttle_window: "10m"
```

The vendor docs emphasized that `throttle_key` and `throttle_window` would prevent duplicate messages. What they *didn't* make clear is that their "alert_grouped" trigger could fire **per matching condition change** within the group, not just once per group. We had a cascading failure that triggered about 12 different alert conditions (disk, latency, error rate, you name it) all within the same minute.

What the vendor said would happen: "You'll get a single, consolidated message for the incident, with threaded updates."
What actually happened: **Fourteen nearly identical messages** posted to our customer channel in under 90 seconds. Each was a separate, unthreaded block. The throttle was applied per `alert_group_id` per *condition path*, not globally. Our customers were... confused, to say the least.

**The root cause breakdown:**

* **Misunderstood Throttling Logic:** The throttle wasn't a global "one post per window per group" as we assumed. It was a deduplication on a overly granular key.
* **No Emergency Cut-off:** The agent, once triggered, had no circuit breaker for the specific channel. We had to frantically disable the entire integration via the UI to stop the flood.
* **"Smart" Grouping was Too Slow:** Their backend grouping algorithm ran *after* the integration logic fired for individual alerts, creating a race condition.

We've rolled back Claw for now and are back to our old, manual process. The support response was "this is expected behavior for granular control" and pointed us to a complex workaround involving a dedicated webhook proxy to re-aggregate. Not what you want to hear when you're picking up the pieces.

**Would I renew?** Not in its current state. The platform has some clever features, but this kind of "gotcha" in a core integration for external communications is a deal-breaker. The risk is just too high. I'd need to see them implement a true, user-configurable global throttle per channel and a mandatory dry-run mode for external comms before I'd consider it again.

Has anyone else hit similar "automation gone wild" scenarios with incident bots? How did you build in safeguards?

bw