Traditional OT security tells you what's wrong. AOT fixes it — at machine speed, within strict safety boundaries, with human oversight at every level. The AI proposes. The deterministic gate decides. The plant floor is protected.
Four Architectural Guardrails
The Advisory Boundary
The Cognitive Engine is strictly advisory. 0% direct execution authority over physical systems.
The Enforcement Gate
A deterministic safety gate validates every AI proposal against pre-approved industrial macros.
The Rejection Loop
Blocked actions return deterministic error codes. The AI recalculates — no loops, no freezes.
Infrastructure Prerequisite
AOT operates at the network fabric layer (SDN, firewalls, DPUs) — never directly on legacy PLCs.
Dual-Engine Architecture
The Five-Phase Maturity Model
AOT starts with organizational readiness — roles, competencies, budget, and change management — before any technology ships. Phase 0 runs in parallel with technical architecture design. Organizations then progress through four phases of increasing automation as capability and trust mature.
Organizational Readiness
12-point assessment: roles, competencies, budget, MOC integration, IT/OT liaison, regulatory review. No technology deploys until readiness is confirmed.
See the Full Curve →Augmented Analytics
AI translates multi-tool alerts into natural language. Humans execute everything manually.
Read the Seminal Article →Directed Playbooks
AI generates pre-validated scripts. Human approves with a single click.
See the Full Curve →Conditional Autonomy
AI executes automatically. Human has a 5-second veto kill-switch.
See the Full Curve →Closed-Loop Resilience
Full machine-speed defense. Humans handle post-incident recovery only.
See the Full Curve →Research & Validation
AOT is grounded in ISA/IEC 62443, NIST 800-82, and real-world threat case studies including TRITON/TRISIS and Industroyer.
Browse the Research Vault →