Definitive support for developing necessary security measures
Since the beginning, one of Sector’s primary functions has been helping industry professionals (manufacturers, developers, process industries) to define, evaluate, and certify Safety Integrity Level (SIL), Performance Level (PL), and Automotive Safety Integrity Level (ASIL) of their systems, products and processes according to operational security norms of their respective fields. At the product level, this support can be given at the mechanic, mechatronic, electronic, or software level—whether your needs are within nuclear, energy, rail, automotive, aeronautic, defense or other fields.
● IEC 61508: Programmed electronic products (various industries)
● CENELEC 50126/128/129: Rail products (programmed electronics)
● ISO 13849: Systems/process (human safety)
● ISO 26262: Automotive equipment
● IEC 62061: Process/Systems control/protocols (various industries)
● IEC 61511: Process industry
● IEC 61513: Nuclear
● Aerospace specification: DO 178, DO 254
References

Comparative Functional Safety Analysis
For their Automated Safety (AS), which functions as a maximum security measure for the CNR’s hydroelectric design, Sector:
● Assessed the functional safety of Automated Safety (in the case of excessive flooding)
● Proposed a decision aid which allowed for functional safety challenges and, in case of failure, allowed for the quantification (improving dependability levels) of design evolution (added redundancy, common mode analysis)

“Naval Division” Safety Assessment for Attack Submarine S-80
During the development of the S-80 submarine by Navantia, Air Liquide developed a cryogenic oxygen storage system and an enriched air distribution system for which SECTOR:
● Completed a preliminary risk analysis of the enriched air distribution system
● Modelled hazardous events in the enriched air distribution system through Fault Tree Analysis
● Hazard and Operability Study (HAZOP) on filling and emptying the oxygen generation system skid