This technical fundamentals course explains how to protect operational technology and industrial control systems without compromising safety, availability, or production. Learners examine core ICS components, industrial protocols, Purdue Model architecture, common attack paths, asset risk, network segmentation, secure remote access, system hardening, monitoring, incident response, and recovery. Practical examples connect cybersecurity controls to SCADA, mining, utility, oil and gas, and critical-infrastructure environments. By completion, participants can recognize major OT risks, support defensible network designs, apply foundational controls, and contribute effectively to coordinated operational incident handling.
30 questions assess understanding of OT architecture, threats, risk, protective controls, monitoring, incident response, and recovery.
Pass mark: 80%
Time: 60 minutes
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I was enrolled on the complimentary LTE Fundamentals Training Course, good course completed the LTE Fundamtals test passed. The information on LTE was clear ans very layout.
The contents of courses are comprehensive and detailed, equipping individuals with the skills necessary for their profession.
I’ve found SATOMS very easy to use thus far - having a flexible timeframe for completion has allowed me to work on my VSAT Course when time permits, which works great for me as I work 9 to 5. Looking forward to completing my course and becoming qualified in my chosen field(s). Thanks SATOMS!
Personal Experience: As someone who has completed the Fundamentals of LTE Technology training, I found the course to be incredibly informative and engaging. The content was straightforward and easy to understand, making it accessible for beginners while still providing valuable insights for more experienced learners. Overall, the training provided a comprehensive overview of LTE's purpose, historical context, and its pivotal role in modern telecommunications. It equipped me with the knowledge and skills needed to appreciate the significance of LTE and its impact on the industry. Personal Experience: As someone who has completed the Fundamentals of LTE Technology training, I found the course to be incredibly informative and engaging. The content was straightforward and easy to understand, making it accessible for beginners while still providing valuable insights for more experienced learners. Overall, the training provided a comprehensive overview of LTE's purpose, historical context, and its pivotal role in modern telecommunications. It equipped me with the knowledge and skills needed to appreciate the significance of LTE and its impact on the industry. Additionally, the training has prepared me for career advancements by enhancing my understanding of the technology and its applications, making me more competitive in the job market.
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It covers ICS components, industrial protocols, Purdue Model architecture, attack paths, asset risk, network segmentation, secure remote access, system hardening, monitoring, incident response, and recovery.
It is intended for SCADA technicians, control-system engineers, network engineers, mining, utility, and oil and gas personnel, system integrators, and critical-infrastructure operators.
Learners need basic networking knowledge, general familiarity with industrial operations, and access to a modern web browser. No advanced cybersecurity experience is required.
30 questions assess OT architecture, threats, risk, protective controls, monitoring, incident response, and recovery. The pass mark is 80% with a 60 minute time limit.
