Agentic SOC Engineering
Build a SOC that triages and responds on its own
I design and build autonomous, AI-driven security operations for lean teams and MSSPs — the same architecture running ARIA, my own production agentic SOC.
Book a callWhat Is An Agentic SOC
AI agents that triage, investigate, and respond — on their own
A traditional SOC relies on human analysts to watch alerts, decide what matters, and act — which means coverage gaps whenever nobody's watching, and burnout when everything's on fire at once. An agentic SOC replaces that manual loop with AI agents that triage incoming alerts, investigate context automatically, and take response actions without waiting on a human to be online.
The result: fewer alerts reaching a human at all, faster response to the ones that do, and real 24/7 coverage for teams that can't staff a round-the-clock analyst rotation.
The ARIA Stack
What I actually build
This is the same architecture running ARIA, my own production agentic SOC — not a hypothetical diagram.
SIEM Ingestion
A SIEM foundation (Wazuh) aggregates and normalizes logs across your environment.
MITRE-Mapped Detections
Detections are mapped against MITRE ATT&CK so every alert ties back to a known adversary technique.
L2/L3 Triage Agents
AI agents investigate context, correlate signals, and score severity — before a human ever sees the alert.
Multi-Source Threat Intel
External threat intel feeds enrich alerts with context human analysts would otherwise chase down manually.
Automated Response
Confirmed threats trigger active containment — isolate, block, or contain — without waiting on an on-call analyst.
Multi-Tenant Isolation
Environments are segmented per tenant so one client's data and detections never touch another's.
Who This Is For
Built for teams without a 24/7 SOC
Lean Security Teams
Small teams that can't staff a round-the-clock analyst rotation but still need real 24/7 coverage.
MSSPs
Service providers looking to automate L1/L2 triage across client environments without adding headcount per client.
Alert-Drowning Orgs
Companies with more alerts than analysts, where real threats get lost in the noise.
How An Engagement Works
Assessment to managed handoff
Assessment
A review of your current detection & response setup, alert volume, and coverage gaps.
Design
An architecture proposal scoped to your environment — what gets automated, and what doesn't.
Build
The agentic SOC gets built and tuned against your real detections and threat model.
Managed Handoff
You take it from there, or I stay on in a managed capacity — your call.
Every environment is different, so engagements are scoped individually rather than sold off a fixed price sheet. The fastest way to get a real number is a scoping call.
Book a scoping callTalk through your environment
A scoping call to see where an agentic SOC would actually help — no guarantee language here, just a real conversation.