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 Deadline: March 1, 2024
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What is Cyber-Resilience, How Does it Work, and Why Does it Matter for Autonomous Systems?

  • Room: 28 D/E
  • Session Number:XPO24-WK0237
Tuesday, April 23, 2024: 11:00 AM - 12:30 PM

Speaker(s)

Session Speaker
Dan Deguire
Vice President, Technology and Product Strategy
QinetiQ Inc
Session Speaker
Gerald Fry
Research Scientist
Charles River Analytics, Inc.
Session Speaker
Peter Wells
Senior Scientist and Director of Ground Systems
Charles River Analytics, Inc.

Description

Autonomous systems (e.g., uncrewed undersea vehicles, satellites) must perform reliably in a variety of challenging environments. As the software that controls these systems becomes more complex, there is a greater likelihood that the software components contain errors that lead to system failures or vulnerabilities that can be exploited by malicious actors. While pre-deployment testing and static analyses of platform hardware, firmware, and software are useful to ensure that the system operates according to specifications for known environmental and fault conditions, they are not sufficient for managing faults that arise due to unexpected environmental anomalies or zero-day cyber-attacks that exploit unknown vulnerabilities. Dynamic fault analysis techniques can provide a greater degree of cyber-resilience for autonomous systems than employing static analyses alone. In this presentation, we will discuss challenges involved in dynamic fault management for real-time, autonomous systems and describe techniques to address them. We will discuss several studies we have conducted in this area, as well as practical challenges we encountered in our experience applying dynamic fault management approaches in several domains.

Tracks:

Job Role:
Analyst,Consultant,Engineering/Technical,Remote Pilot/Operator,Research & Development,Student

Pass Type Required:
VIP Pass,Full Conference Pass,Media/Press Pass

Tags:
AI/Machine Learning,Government,Ground,Industry,Networks,Safety,Security,Robotics,Software,Algorithms,Autonomy,Automated Vehicles,Cybersecurity,Edge Computing,Expanded UAS Operations,Modeling & Simulation,Test and Evaluation

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