For critical infrastructure — we protect CIIP and CIP assets and optimize the balance between industrial process safety and multidimensional cybersecurity, including AI/ML.
Download brochure (PDF)In a comprehensive manner — we apply and integrate key risk-management frameworks to build resilient process safety & security architectures.
We design risk management systems and control architectures through their life cycle, with risk criteria, appetite and tolerance.
Discovery, classification and prioritization across the life cycle, including dependencies and Process Safety Information (PSI).
Static & dynamic control, barrier and safeguard management, inherently safer processes and secure operating procedures.
Process-safety performance indicators (API RP 754, CCPS), InfoSec measurement (ISO/IEC 27004) and maturity (ISO/IEC 21827).
PHA, Functional Safety (SIL & SIS), HAZOP, FMEA/FMECA, FTA, ETA, LOPA, Bow-Tie, RCA, MCDA, ALARP/SFAIRP, F-N curves, HAZID and SoM.
Info-sec & IT cybersecurity (ISO/IEC 27005, NIST CSF 2), OT (IEC 62443), IoT/IIoT (ISO/IEC 27400), AI safety (ISO 23894, NIST AI RMF), VAM, TARA, FAIR, STRIDE, PASTA.
Criticality, reliability (RBD, HRA), availability, maintainability, dependability, obsolescence, fitness-for-service, Markov analysis, HACCP, HARA and human factors engineering.
Probabilistic, frequentist, possibilistic, deterministic and Bayesian models; BIA, PML, cross-impact, scenario analysis, stress testing and AI-assisted risk modeling.
QA/QC, pre-startup review, Management of Change (MoC), transient operating modes, job safety analysis, GMP/GSP/GLP and risk-based inspection (RBI).
Loss control & adjustment, abnormal events / emergencies & crisis preparedness and response, plus exercises and testing.
Event/incident investigation (ISO/IEC 27041/3; CCPS) and control-effectiveness assessment.