Durchführung des Engineering Prozesses nach IEC 62443 und TS 50701 für ein Projekt, in dem die nächste Generation der Stellwerke entworfen werden sollte.

Erstellung des System under Consideration, Durchführung der Schutzbedarfsfeststellung, Risikoanalyse, Definition der Anforderungen an das System sowie Erstellung des Testplans sowie der Testfälle.

• Takeover of the project, at a point, where less than 3 months were left until the shareholders expected to have the activity closed
• Development of the required high-level network changes, alignment with global sites and creating the detailed action plan and management of change documents
• Fast-track selection and procurement of missing hardware parts and handling the global delivery
• Performing rollout at all sites and integration into the Azure dashboards of the customer
• Phase 1 was delivered a week ahead of time with 100% of the sites onboarded (instead of expected 70%)
• Phase 2 (after June 2023) was concerned with optimization of the visibility into the OT networks and defining alerts for the SOC
• Also afterwards different additional measures like hardening were implemented

Railway Manufacturing Company in EMEA (Manufacturer)

• Development of CyberSecurity Management Plan according to CENELEC TS 50701
• Performing the Risk Assessment for the system
• Development of CyberSecurity Design based on the former deliverables
• Writing the CyberSecurity Case for the upcoming homologation process

Chemical Industry Client (with global scope)

• Development of an OT-Security program for execution on global level
• Awareness raising on management level of the plants
• Performing audits of the current level of CyberSecurity at selected plants
• Risk Assessments for the OT of the global chemical plants
• Leading network security activities of the OT-Security program