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From Signals to Actions: Building SIEM+SOAR Playbooks with Safe, Measured SOC AI

live online
price $1,400
Adeel
Intermediate / Advanced
2 Days
Sun 22 Nov - Mon 23 Nov
price $1,400


Online, Available in English and Arabic

Topics:

  • SIEM foundations + detection quality 
  • Telemetry mapping (ATT&CK-driven) + parsing/normalisation patterns
  • Lab 1: Ingest dataset, validate fields, build parsers
  • Detection engineering: Sigma logic, correlations, risk scoring
  • Lab 2: Write/tune detections; measure signal-to-noise
  • Lab 3: Correlate alerts → cases; triage workflow
  • SOAR + SOC AI + safety hardening 
  • SOAR design: playbooks, approvals, least-privilege actions
  • Lab 4: Phishing-to-containment playbook (ticket + block + notify)
  • SOC AI: local LLM assistant for triage, queries, report drafting
  • Lab 5: Build RAG runbook assistant; measure hallucination & leakage
     


Overview

Modern SOCs rely on SIEM and SOAR, but telemetry is noisy and AI copilots can introduce new failure modes. This hands‑on course teaches analysts and engineers to build a vendor‑neutral SecOps pipeline: ingest and normalise logs, write and test detections, enrich alerts, and automate response playbooks. 

On day two, students add a locally‑run LLM assistant for triage and querying, then learn how to measure and harden it against prompt‑injection and unsafe tool actions using practical guardrails. Every module includes labs and a capstone incident where teams reduce time‑to‑triage while maintaining safety and least privilege.

 

By the end of this course, the participant will be able to: 

  • Ingest and normalize multi‑source telemetry into a SIEM and validate parsing quality
  • Author, test and tune detection rules/correlations with measurable signal‑to‑noise targets 
  • Build SOAR playbooks with least‑privilege actions and approval checkpoints 
  • Integrate an offline/local LLM assistant for triage and query generation
  • Run a repeatable safety test suite for prompt‑injection/unsafe actions and apply guardrails to reduce failure rates