Engineering

Asset inventory, network mapping, and data flow matrices, compliant with NIST CSF 2.0, ensure the identification, documentation, and securing of industrial interconnections. Standardized naming and labeling conventions guarantee consistent and structured asset management.

The mapping is based on high-level and detailed architecture diagrams to provide enhanced visibility of infrastructures.

Cyber architecture integrates network segmentation based on the Purdue Model and backbone design (VLAN, DMZ, DNS) to secure industrial communications.

Cybersecurity requirements definition, drafting and analysis of tenders, as well as evaluation of vendor responses (make or buy), ensure informed and strategic decision-making. Vendor coordination facilitates the integration of cybersecurity requirements.

Project management ensures the implementation and monitoring of the cybersecurity roadmap, vendor coordination, and IT/OT mediation.

The cybersecurity strategy covers password management, remote access, application updates, and privileged accounts. Backup and recovery processes ensure system resilience.

Audits based on IEC 62443, ISO/IEC 27001, and NIST, compliant with NIST CSF 2.0, assess the cybersecurity posture of infrastructures.

Maturity assessments rely on cybersecurity posture analysis and the development of FAT/SAT testing and acceptance protocols.

Regulatory compliance is based on the OT regulatory landscape and alignment with recognized security frameworks.

Risk analysis integrates HAZOP reviews and the EBIOS Risk Manager methodology to ensure a robust and structured security approach.