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Astronautics’ Model-based, Cyber-Safety Certification for Critical Systems

Each day, 2.3 million passengers fly in the United States, totaling an astonishing 840 million passengers annually. Ensuring their safe transportation depends on the extensive data exchange between interconnected systems throughout the aviation ecosystem. Central to this ecosystem, the aircraft generates and exchanges data with numerous critical systems. Cybersecurity for these critical aircraft systems is essential for safe operations and is mandated by the Federal Aviation Administration (FAA). Astronautics has developed a Risk Management Framework (RMF) that employs Model-Based Systems Engineering (MBSE) processes to ensure that our avionics products are cyber-safety resilient and to produce the necessary artifacts for FAA cybersecurity certification.

TIME:
July 24, 2024
11 AM ET

Venue:
Virtual

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Speakers

Kathleen Finke is the manager of connected applications for Astronautics Corporation of America. Holding this role since August 2023, she is responsible for leading a team of cybersecurity, systems, and software engineers focused on the cybersecurity of avionics systems, including new projects, regulatory certification, advanced toolsets, and the development of new cybersecurity products.

Christopher Kerr is a principal data security engineer for Astronautics Corporation of America. He has held this role since July 2023 and is responsible for leading phases of the FAA Aircraft System Information Security/Protection program and, most recently, the FAA Aviation Data Strategy Exploration and Development program.

Joe Reisinger is a senior systems engineer for connected applications at Astronautics Corporation of America. Holding this role since July 2022, he has been a significant contributor to the cybersecurity department, first working on the FAA Aircraft System Information Security/Protection program and, most recently, developing and releasing the Avionics Security Assurance department processes and procedures.