Fifteen-plus hours of structured training, built from a book that's been put through real classrooms. Four parts, fourteen chapters, designed so a network engineer and a control engineer can both walk away dangerous.
Parts
Chapters
Video
Prior students (Udemy)
You can start anywhere, but the parts build on each other. Each chapter is broken into short, focused video lessons.
Industry 1.0 → 4.0, mission-critical operations and your role in them.
Manual vs. automated process, sensors & actuators, logic control, tags & setpoints, data historian, safety instrumented systems.
Functional levels, controllers, marshalling cabinet, PID, HMI, engineering workstations.
SCADA server, PLC, RTU/PAC, IED, industrial PC, IEC 61131 languages (IL, ST, SFC, FBD, LLD), alarms.
IT vs. OT, air-gap myth, IT/OT convergence.
Purdue model, DMZ, reading architecture diagrams, OOB networks, data diodes, SPAN, TAPs, virtualization, NAT, performance, form factor, IP ratings, topologies & protocols.
IoT World Forum reference model, challenges, cyber risk, MQTT, 5G cybersecurity.
Headers and payload, network & OT protocols, capture and analysis, OT network threats, services protocols.
Substation components, automation system, IEC 61850 data modeling, network architecture, MMS / GOOSE / SMV / PTP protocols.
Upstream, midstream, downstream, pipeline monitoring, Modbus.
BMS/BAS use cases, BACnet, BACnet/IP, BBMD.
IEC 62443, people-process-technology, RACI, security levels, foundational requirements, defense in depth, zones & conduits, capability maturity model.
Why risk-based, OT vulnerabilities, roles & responsibilities, threat vs. risk, how to actually run an assessment, risk calculation.
Wrong assumptions, asset visibility, posture assessment, OT NIDS, NGFW/IPS, endpoint protection, IAM, OT NAC, secure remote access, zero trust.
Pricing announced at launch. Join the waitlist for early-access rates.
