Live CompTIA SecOT+ Certification Training
CompTIA SecOT+
| Course Number: |
#CED-1856 |
| Course Length: |
5 days |
| Number of Exams: |
1 |
| Certifications: |
CompTIA SecOT+ |
Grants (discounts) are available for multiple students for the same or different courses. |
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Instructor-Led
- CompTIA Official Courseware
- CompTIA Official Labs (6 months of access)
- Official Exam Prep
- Certification exam(s) (with exam pass guarantee)
If you aren't successful with your first attempt at the exam, we have an exam pass guarantee.
You may re-sit the course in its entirety for an additional exam voucher for up to 6 months (must provide proof of a failed exam for an additional exam voucher).
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CompTIA SecOT+ validates your skills to secure and manage operational technology (OT) systems in manufacturing and critical infrastructure. This certification is designed for experienced professionals who need expertise in OT risk assessment, compliance, threat intelligence, architecture, and incident response.
Skills learned
- OT safety and systems: Demonstrate safety, control, and architecture skills unique to OT.
- Risk and compliance: Assess risk, manage compliance programs, and align cybersecurity to business objectives in OT.
- Analyze and respond to threats using OT-specific frameworks, historical attack knowledge, and indicators of compromise.
- Build, harden, and operate secure OT architectures, including physical, network, hardware, and software security.
- Perform asset management, vulnerability assessment, and security monitoring in industrial setups.
- Prepare and execute OT-specific incident response, including physical and cyber-physical events.
SecOT+ (V1) Exam Objectives:
OT Systems and Safety Foundations
- Apply safety techniques to the job environment: Implement lockout/tagout, JSA, PPE, hazard identification, and safety meetings.
- Explain unique elements in OT environments: Differentiate IT/OT convergence, device roles (PLCs, HMIs, SCADA systems), and critical infrastructure sectors.
- Describe control theory concepts: Demonstrate understanding of control logic, set points, I/Os, timers, process variables, and control languages.
- Explain OT communication mediums and protocols: Distinguish among serial, Ethernet, and wireless OT protocols (Modbus, DNP3, BACnet, Profinet, etc.).
- Contrast infrastructure considerations for OT: Compare legacy, embedded, and modern infrastructure, including virtualization, cloud, and edge technologies.
OT Risk Management
- Explain the importance of governance, risk, and compliance: Connect security and operational objectives, business continuity, and compliance drivers.
- Describe elements of cybersecurity program management: Address risk registries, maturity assessments, roadmaps, RACI, SLAs, training, and documentation.
- Outline risk assessment concepts: Cover frameworks, methods, risk variables, scoping, controls, and treatment options.
- Explain risk monitoring and disposition: Include processes for audits, reporting, escalation, and disposition strategies.
- Summarize the importance of the change management process: Review identification, testing, communication, and approval of changes.
OT Threat Intelligence
- Summarize the foundations of threat intelligence: Identify intelligence types and security frameworks (Diamond Model, MITRE ATT&CK, Cyber Kill Chain).
- Explain the relevance of historical cyber events impacting OT environments: Assess impacts of incidents such as Stuxnet, Industroyer, and other major OT attacks.
- Describe key components of OT threat landscapes: Describe threat actors, attack vectors, vulnerabilities, and techniques specific to OT.
- Analyze OT threat intelligence for cyberdefense: Leverage OT threat feeds, platforms, IoCs, TTPs, and information sharing channels.
OT Cybersecurity Architecture, Design, and Engineering
- Explain secure OT architectural principles: Apply least privilege, compartmentalization, resilience, auditability, interoperability, and defense in depth.
- Summarize physical security concepts: Evaluate access control systems, surveillance, physical barriers, and inspections.
- Determine applicable hardware security controls and settings: Select secure boot, TPM, firmware updates, port management, backups, and tamper protection.
- Apply host and application security practices: Use endpoint protection, host access controls, OS benchmarks, code signing, and patching.
- Recommend network security controls and designs: Propose firewall rules, segmentation, encryption, IDS/IPS, wireless management, and secure access.
- Establish appropriate identification, authentication, and authorization controls: Implement account management, MFA, PKI, directory services, and secure remote access.
OT Security Operations
- Summarize the purpose of asset management tasks: Maintain asset and software inventories, discovery processes, and configuration management.
- Analyze data in support of security operations: Review logs, threat-hunting artifacts, SIEM, SOAR, and security management data.
- Describe the role of vulnerability remediation: Prioritize, coordinate, test, and implement vulnerability fixes and patches in OT.
- Apply techniques to facilitate vulnerability management: Identify, validate, triage, and verify vulnerabilities using multiple data sources.
- Explain the importance of portable device security in OT environments: Address removable media, mobile, and external device security, authorization, and validation.
OT Incident Management
- Describe incident management frameworks: Reference the PICERL model and ICS4ICS for OT incident response.
- Summarize overarching incident management considerations: Integrate cybersecurity and physical response, escalation, notification, and mutual aid.
- Perform activities to prepare for incidents: Develop and update incident response plans, playbooks, and conduct exercises.
- Explain incident response and handling: Employ triage, data collection, chain of custody, and root cause analysis.
- Analyze common data sets collected during incident response: Examine system/network baselines, logs, and deviations.
- Compare and contrast containment, eradication, and recovery processes: Execute isolation, malware removal, system restoration, validation, and mandatory reporting.
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