Detect risk before escalation.
Track SLO deviation, latency, failing automations and queue pressure. Correlate recurring defects into preventable account risks.
An automation reliability command center: detect unhealthy jobs, classify business risk, build a defensible response plan, and communicate clearly with the customer. All orchestrated as an importable n8n workflow.
Built by Clinton Kosh for technical hiring evaluation. The browser replay uses fictional incidents. Live production customers, credentials, and provider connections are not exposed.
Select a fictional account. The browser replays the same documented scoring policy used in the downloadable n8n workflow. It prepares a customer update and recommended recovery actions, without contacting anyone or changing infrastructure.
Prepared only. Human approval required before sending a real customer update.
Weighted by failure rate, p95 latency, queue depth, last successful run, and repeat incidents.
Incident bridge
No production changes. No customer data. No credentials. Recommendations are subject to owner approval.
Nine connected workflow nodes. A manual replay creates synthetic telemetry; subsequent nodes validate, score, route, prepare communication, propose recovery, and emit a machine-readable proof receipt.
Track SLO deviation, latency, failing automations and queue pressure. Correlate recurring defects into preventable account risks.
Identify the technical owner, escalation priority, customer update cadence and safe troubleshooting sequence.
Keep explicit severity rules, non-destructive playbooks, approval checks and an audit receipt that can be revisited after the incident.
An editable n8n JSON with connected Manual Trigger and Code nodes. Run it locally to examine scored incidents and the executive rollup. No credentials required.
n8n workflow JSON ↗The public UI is a client-side policy replay, not a live view into a private n8n instance. Fixture counts and scores are illustrative. It does not send messages or perform autonomous production remediation.
synthetic: true productionWrites: 0 approvalRequired: true
Technical notes: deterministic risk policy; minimal dependencies; no public unauthenticated webhooks; no private hostnames; real n8n runtime validation should be demonstrated by an execution receipt, not inferred from source alone.