OT360™ Industrial Security Audit
Structured assessment of cybersecurity, operational resilience, connectivity, recoverability, supportability and lifecycle risk across the plant.
OT360™ combines a structured operational technology audit methodology with hands-on auditor training to help manufacturers understand what they have, what could stop production, and how well they can recover.
OT360™ creates a repeatable industrial assurance model: a customer-facing audit service and a disciplined training pathway for the auditors who deliver it.
Structured assessment of cybersecurity, operational resilience, connectivity, recoverability, supportability and lifecycle risk across the plant.
College-level, hands-on curriculum teaching OT principles, plant walkthroughs, evidence collection, scoring, finding development and executive reporting.
Continuous control validation, evidence refresh, remediation tracking and measurable maturity improvement between formal assessments.
The methodology is passive-first and evidence-driven. It evaluates whether controls actually reduce operational risk—not whether a policy or checkbox merely exists.
A maturity score of 4 or 5 should be supported by objective evidence and validation, not interview statements alone.
Findings are translated into production, safety, quality, recovery and business impact—not just technical severity.
PLC programs, HMI projects, SCADA configurations, industrial PC images, licenses, firmware and spares are evaluated as part of resilience.
The Academy combines classroom instruction, cyber-range exercises, interviews, evidence challenges, finding-writing drills and a complete simulated manufacturing-site audit.
Industrial terminology, PLC/HMI/SCADA concepts, Purdue architecture, zones/conduits, scope, Rules of Engagement, evidence methods, and safe OT audit behavior.
Plant criticality, asset intelligence, authoritative inventory, passive discovery, communication baselining, segmentation, firewalls, conduits and industrial DMZ concepts.
Vendor access, MFA, privileged access, engineering workstation security, Fleet/osquery evidence, patch constraints, compensating controls and OT-specific vulnerability prioritization.
Wazuh evidence, telemetry, alert context, PLC/HMI backups, restoration readiness, ransomware scenarios and safe containment decision-making.
Physical/supply-chain resilience, lifecycle risk, scoring calibration, report writing, 30/90/365-day roadmap, and the full Atlas Precision Manufacturing simulated OT360™ audit.
The program emphasizes safety, evidence quality, scoring consistency and practical audit performance. Certification is an OT360™ program credential, not a certification issued by NIST, CISA or ISA.
OT360™ uses recognized guidance as a foundation while maintaining its own assessment, scoring, evidence and training methodology.
No. OT360™ is an industrial security and resilience assessment methodology. Technical validation is passive-first and governed by explicit Rules of Engagement.
No. The Academy teaches enough automation, networking, asset, recovery and process context for competent auditing while respecting where controls-engineering expertise is required.
Because cyber resilience depends on the ability to restore PLC programs, HMI projects, industrial PCs, configurations, licenses and supporting infrastructure.
Yes. The method can be applied at one plant, multiple sites, or as an enterprise program with consolidated reporting.
Higher maturity requires stronger evidence. A 4 should generally be verified through objective evidence; a 5 should demonstrate consistent measurement, governance and continuous improvement.
No. OT360™ certification is an independent program credential. Those organizations do not sponsor or endorse OT360™.
Use OT360.org as the commercial home for industrial security audits, auditor education, certification, academic partnerships and enterprise assessment programs.