Playbook retrieval
Your reference playbooks, chunked and vectorized. A new incident runs semantic search against them. Low-confidence matches get flagged — the agent never pretends it found a strong one.
Deployed Engineer × the security podcast
Anthropic's Mythos just surfaced a 27-year-old bug in OpenBSD that no human had caught. Attacks are being automated faster than any analyst team can respond. Your attackers are already automated — your defense probably isn't.
Get the complete n8n workflow and repository for a production-shaped incident response harness: webhook in, a structured runbook out, with humans kept firmly in the loop.
Drop your details and we'll unlock the repo. Watch the walkthrough below to see exactly what you're getting.
The full incident response repository — workflow, ingestion pipeline, test incidents, playbooks and docs — is ready for you.
Open the GitHub repo Download the workflow JSONBookmarked too — we sent a copy to your inbox.
The walkthrough
Viraj walks through the full incident response harness live — how a raw alert becomes a sourced, human-ready runbook, and where you keep the AI on a tight leash.
What's inside
One webhook triggers three retrievals in parallel, then a synthesis agent turns them into a structured runbook. The principle is reuse, not reinvention — the model organizes what your team already knows.
Your reference playbooks, chunked and vectorized. A new incident runs semantic search against them. Low-confidence matches get flagged — the agent never pretends it found a strong one.
Resolved cases with real remediation notes. Similarity search surfaces what happened last time, what contained it, and what took longer than expected.
Current advisories pulled from the web by alert type and TTPs. In production you swap in your own threat intelligence platform. The lowest priority lane, easy to turn off.
All three lanes merge into one agent that produces immediate actions, containment steps, extracted indicators of compromise, assumptions stated explicitly, and confidence levels where certainty is low. Every recommendation is labeled with its source, so analysts always know what is organizational precedent and what the model filled in.
The model is plug-and-play. When a stronger one ships, you change one config value and the rest of the workflow stays untouched. Any OpenAI-compatible endpoint works — including Ollama or vLLM for fully local inference when incident data can't leave your environment.
A human analyst can't review every incident anymore. Give them a harness that does the rote work and keeps the judgment calls human. Grab the workflow and the repo, free.
Send me the workflow