Cyber / OT Security Operations
The Decision OS for critical infrastructure — reasoning over a live model of your physical world.
A Decision OS for critical infrastructure that reasons over a live model of your physical world, climbing a 10-level maturity ladder from visibility through prediction to autonomous coordination. Underneath: a continuous reality model, a layered reasoning engine, a five-agent decision council and an operations-research optimizer. Every approved decision is dispatched and captured into institutional memory, so the system documents itself.
Enterprise tier capability
Foundation & Visibility
Sense the physical world — every asset, every dependency, every consequence.
OT/ICS Asset Inventory
Full inventory by Purdue zone & criticality, with threats mapped to MITRE ATT&CK for ICS.
Dependency Graph + Consequence Engine
Trace a single compromise forward to $/day production loss and regulatory exposure.
Process-Aware SIEM
Correlates cyber activity with physical process telemetry; ingest external sensors/SIEM via a token-secured webhook.
Industrial War Room
Live operational risk assessment with a one-click executive board-brief PDF.
Continuous Reality & Reasoning
Understand, don’t guess — a live world model the engine reasons over.
Continuous Reality Model
A live, per-asset world state (risk, reliability, exposure, criticality, operational impact) — the substrate the engine reasons over.
Layered Reasoning Engine
Symbolic rules + graph traversal + probabilistic likelihood combined into an explainable verdict, with the LLM narrating rather than guessing.
Abductive Root-Cause Engine
Reasons backward from a symptom to ranked probable causes over a formal industrial ontology.
Socio-Technical Model
Models the human layer — teams, incentives, decision chains, vendor behaviour, regulatory pressure — and how it cascades into reliability, security and production.
Decision Engine
Decide for consequences — debate, optimize, design and defend.
Decision Council
Five specialist agents (security, reliability, safety, operations, finance) debate a decision, then synthesize a robust verdict with a dissent log.
Portfolio Optimizer
Operations-research action selection that returns the highest-value mitigation set within a budget and downtime window — plus what it rejected and why.
Solution Designer
Generative engineering that invents novel multi-lever solutions (process, staffing, maintenance, network, vendor) for a multi-objective goal, with projected impact and trade-offs.
Autonomous Plant Defender
A blue-team agent that builds the attack timeline, drafts the incident report, and recommends containment.
Coordination, Learning & Memory
Act, then compound — every decision makes the engine smarter.
Industrial OS Maturity Ladder
A 10-level decision engine: L4 Advisor → L5 Orchestrator → L6 Cognitive Twin → L10 Industrial AGI Planner, with one-click escalation from advice to coordinated action.
Self-Improving Infrastructure (L7)
Every dispatched decision becomes training data; the engine learns operator preferences, auto-suppresses false alarms, and sharpens its advice over time.
Institutional Memory
A collective-intelligence layer where every incident, decision and reasoning output is captured and synthesized — so no expertise is lost and the corpus compounds.
National Graph (L8) + Strategic Foresight (L9)
Cross-sector dependency modeling and board-level supplier/regional/conflict-scenario risk.