OSC Technical Solutions adds James Cervini, EngD, to strengthen critical infrastructure and operational technology cybersecurity capabilities. ANCHORAGE, AK, UNITED STATES, May 19, 2026 /EINPresswire.com/ — OSC Technical Solutions (OSC-TS), a mission-focused technology and cyber engineering firm within OSC Global and the CIRI family of companies, has expanded its industrial control systems and critical infrastructure cybersecurity expertise with the addition of James Cervini, EngD, as Director & Principal Architect, Operational Technology Cybersecurity. Headquartered in Washington’s Tri-Cities region, OSC-TS delivers IT modernization, cybersecurity operations and ICS/OT cybersecurity for high-consequence, highly regulated environments. Dr. Cervini brings deep expertise in industrial control system architecture, cyber-physical resilience, and operational technology security, with experience spanning several critical infrastructure sectors including energy, water, defense, chemical, transportation, and manufacturing. His background combines advanced applied research with hands-on work supporting the protection of complex operational environments where security, reliability, and continuity are essential. He most recently served as a Senior OT/ICS Cybersecurity Researcher at Idaho National Laboratory; a role reflected in his public professional profile and other public conference listings and has been active in the broader ICS security research community. He holds an Engineering Doctorate from Johns Hopkins University, where his research focused on innovative, testbed-validated approaches to improving ICS resilience through virtualization, software-defined networking, and cryptographic attestation for programmable logic controllers. His work has also addressed critical infrastructure attack modeling, cyber-physical system protection and practical mitigation approaches for resource-constrained operators in the energy and water sectors. Most recently, Dr. Cervini served as a Senior Cybersecurity Researcher at Idaho National Laboratory, where he supported energy-sector cybersecurity efforts tied to real-world programs involving federal sponsors, DOE offices and industry stakeholders. His expertise includes ICS/OT network architecture, observability design, threat emulation, incident response, anomaly detection in constrained environments, and familiarity with energy and nuclear cybersecurity frameworks, including DOE O 205.1C,