原文传递
Trusted and Resilient Mission Operation.
| 题名： | Trusted and Resilient Mission Operation. |
| 作者： | Davidson, J. |
| 关键词： | Autonomous vehicles, Computer security, Survivability, Vulnerability, Cyberattacks, Cps(cyber physical systems), Cyber security, Automated software repair, Darjeeling |
| 摘要： | Cyber physical systems (CPS) form a ubiquitous, networked computing substrate, which is increasingly essential to our nation's civilian and military infrastructure. These systems must be highly resilient to adversaries, perform mission critical functions despite known/unknown vulnerabilities, and protect and repair themselves during or after operational failures and cyber-attacks. We believe that an automated CPS repair approach that can prevent failures of related, mission-critical systems is a necessary component to support the resiliency and survivability of our nation's infrastructure. We integrated and evaluated techniques to cooperatively eliminate certain security vulnerabilities in CPS, to repair certain general classes of such systems, and to increase the confidence of human operators in the trustworthiness of those repairs and the subsequent system behavior. We worked with a Government-provided Red Team to demonstrate and validate our approach on embedded platforms, including an autonomous rover vehicle. |
| 报告类型： | 科技报告 |
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