In response to the escalating cyber threats targeting critical industrial systems, CompTIA is set to launch a dedicated cybersecurity certification specifically designed for operational technology (OT) professionals. Recognizing the intensifying challenges faced by industries such as manufacturing and utilities, this certification aims to bridge the divide between IT and OT security expertise. By empowering a diverse range of practitioners—from industrial engineers to cybersecurity engineers—the program seeks to enhance collaborative defenses in environments where digital and physical operations merge.
CompTIA Announces SecOT+: A Specialized Cybersecurity Certification for Operational Technology Experts
The newly announced SecOT+ certification by CompTIA targets core cybersecurity competencies essential for safeguarding the operational technology sectors. The certification development is slated to commence later in 2025, adhering to CompTIA’s ISO-accredited standards and emphasizing hands-on, scenario-based training. This performance-driven approach mirrors other prominent certifications in the cybersecurity industry, such as those offered by Cisco, Palo Alto Networks, Fortinet, and ISC², optimizing practical readiness.
- Target Audience: Floor technicians, industrial engineers, cybersecurity engineers, network architects
- Focus Areas: Integrated IT/OT cybersecurity skillsets, risk mitigation, incident response in industrial environments
- Training Methodology: Hands-on labs, real-world scenarios, emphasis on operational applicability
| Proceso de dar un título | Issuer | Enfoque clave | Target Candidates |
|---|---|---|---|
| SecOT+ | CompTIA | OT & IT cybersecurity integration | OT professionals, industrial engineers, cybersecurity personnel |
| Security+ | CompTIA | Network security fundamentals | Entry-level security professionals |
| CySA+ | CompTIA | Cybersecurity analysis and response | Intermediate cybersecurity analysts |
| Certified Information Systems Security Professional (CISSP) | ISC² | Advanced security management | Senior security managers and architects |
Addressing the Increasing Cybersecurity Risks in Operational Technology
The security landscape for critical infrastructures like power grids, water utilities, and oil refineries is continuously evolving, with ransomware and denial-of-service attacks becoming more prevalent and sophisticated. Government bodies such as the Cybersecurity & Infrastructure Security Agency (CISA) have highlighted the urgency of bolstering defenses in these sectors.
- Escalation of ransomware and malware targeting OT environments
- Growing sophistication of attacks utilizing AI-driven techniques
- Operational impact risks: physical safety, service disruption, economic losses
- Industry demand for security professionals equipped with hybrid IT/OT skills
| Critical Infrastructure Sector | Common Cyber Threats | Impact of Security Breaches |
|---|---|---|
| Energy & Utilities | Ransomware, Supply Chain Attacks | Power outages, safety hazards |
| Fabricación | Malware, Denial of Service | Production halts, financial losses |
| Petróleo y gas | Espionage, Data Breaches | Operational downtime, regulatory fines |
Comprehensive Coverage of SecOT+ Domains Ensuring Industrial Cyber Resilience
SecOT+ will encompass key cybersecurity domains tailored to the unique challenges faced by OT environments. Its curriculum integrates assessment, compliance, and technical hardening to fortify legacy and modern systems alike. This approach aligns with the best practices from industry leaders, including Microsoft’s security frameworks, Check Point Software’s threat prevention methodologies, and the SANS Institute’s operational defense tactics.
- Evaluación de riesgos: Prioritizing threats via risk-based strategies
- Cumplimiento normativo: Navigating standards specific to OT sectors (NERC CIP, NIST frameworks)
- System Hardening: Securing devices through configuration and patch management
- Third-Party Risk Management: Mitigating supply chain vulnerabilities
- Legacy System Integration: Addressing security gaps in aging infrastructure
| Domain | Descripción | Industry Best Practice Reference |
|---|---|---|
| Evaluación de riesgos | Applying quantitative and qualitative methods to prioritize security investments | SANS Institute methodologies |
| Cumplimiento normativo | Ensuring adherence to sector-specific regulations and standards | NIST, CISA guidelines |
| System Hardening | Implementing secure baselines and continuous patching of OT systems | Microsoft security best practices |
| Third-Party Risk Management | Evaluating and mitigating risks from vendors and partners | Check Point Software supply chain protections |
| Legacy System Integration | Developing security measures for outdated and vulnerable assets | Fortinet legacy defense strategies |
The Growing Demand for OT Cybersecurity Experts
According to CompTIA’s analysis of Lightcast data, over 180,000 cybersecurity roles focusing on operational technology were posted by U.S. employers in 2024. This surge reflects a pressing need for professionals who combine IT knowledge with OT operational understanding, a skillset that certifications like SecOT+ aim to validate and enhance.
- Increasing number of OT-targeted cyberattacks
- Cross-functional collaboration between IT and OT teams
- Rise in compliance requirements demanding certified expertise
- Career advancement opportunities in a market with rising salaries for certified professionals
| Job Role | Number of Postings (2024, US) | Focal Skills |
|---|---|---|
| OT Cybersecurity Engineer | 62,000+ | System hardening, threat detection |
| Industrial Control Systems Analyst | 54,000+ | Incident response, compliance |
| Network Architect (OT) | 38,000+ | Network segmentation, secure design |