Exploring Cybersecurity Attack Vectors in Rocket Propulsion

Join SpaceCoastSec at 7:00PM EST for a virtual watch party with our friends at Rocket City Hackers, DCG256 who are hosting Paul Coggin presenting on "Exploring Cybersecurity Attack Vectors in Rocket Propulsion"

Abstract: The increasing reliance on digital systems in modern rocketry, from design and manufacturing to launch operations and in-flight control, introduces significant cybersecurity vulnerabilities. Presentation, “Ignition Under Fire,” by Paul Coggin, explores the diverse attack vectors targeting rocket propulsion systems, examining potential consequences ranging from mission delays and data breaches to catastrophic failures. We will analyze the complex interplay of software, hardware, and network components within propulsion systems, identifying key weaknesses susceptible to exploitation. The presentation will delve into specific attack scenarios, software manipulation, sensor spoofing, and network intrusion, highlighting the potential impact on critical rocket equation parameters like delta V, thrust, fuel flow, and combustion stability. Furthermore, we will discuss the unique challenges in securing these complex systems. We will explore how a Zero Trust architecture can be implemented to enhance security by enforcing strict access control, micro-segmentation, and continuous authentication and authorization throughout the propulsion system.

Speaker Bio: Paul Coggin is an internationally recognized cybersecurity expert at nou Systems, Inc., specializing in solving complex problems at the convergence of space systems, digital energy, telecommunications, cyber-physical systems, and cybersecurity. He has extensive experience securing space systems, ICS/SCADA environments, service provider networks, and other critical infrastructure. Paul is a frequent international speaker and instructor and holds multiple advanced degrees spanning mathematics, computer science, space systems, systems management, and information assurance.