Guidelines and methods for conducting Security Risk Assessment, Validation and Continued Airworthiness to handle security threats linked to intentional unauthorized electronic interaction to aircraft safety.
Wednesday, November 18th, 2020
05.00 PM (+1GTM)
50 minutes + Q&A
What will you learn in this webinar?
Security Scope Definition (SSD)
Definition of the assets of the system, the security perimeter and the security environment.
Security Risk Assessment
Based on the security scope and the Failure Conditions from a Functional Hazard Assessment (FHA):
- Thread Conditions identification and evaluation
- Thread Scenario identification
- Security Measures characterization
- Level of Thread evaluation
Airworthiness Security is verified based on the following tests:
- Security Requirements Tests
- Security Robustness Tests
- Vulnerability Tests
During the continued airworthiness of the aircraft, consider security industry standards, perform a Change Impact Analysis and vary the effort depending on rework size.
Who is this webinar aimed at?
Airframe manufacturers, system integrators, equipment suppliers and certification authorities who need a quick, global vision on this topic
Design system engineers, reliability engineers or system engineers who would like to get an industry vision of the cybersecurity assessment process both from a purely technical point of view or aimed at certification approval
Professionals and Students
Any professional or advanced student involved with the security assessment of civil aircraft and associated systems and equipment
About the Speaker
Our expert in safety, security and RAMS studies David Duran will hold the webinar. David is an Air Navigation engineer by the Polytechnic University of Catalonia and holds a Master’s Degree in Aerospace Engineering specialised in Propulsion.
David has extensive experience in Reliability, Safety, Security and Maintainability projects. He joined DMD Solution’s team in mid 2016. He has been giving training and consulting services for ED-202A, ED-203, ED-204, ARP4761, ARP4754A, DO-178C (Airborne SW) and DO-254 (Complex HW) certification processes in the framework of CS-23, CS-27, CS-25, CS-LUAS and CS-LURS.
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