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个人简介
Falco is a cyber civil engineer who designs, builds, and investigates critical infrastructure’s digital layer. For a decade, he has been at the forefront of smart city design, development, and deployment in industry and academia. His research uncovers the security, safety, and trust risks of AI-enabled mission systems. Falco invents and holds patents for security and resilience-enabling technology for terrestrial and space autonomous and control systems. He applies his research to the energy, space, public safety, transportation, and insurance sectors.
Falco collaborates closely with major utilities, space organizations, and control system OEMs to improve their security and resilience to attacks and other disruptions. To address security concerns for control systems, he developed technology that secures IIoT from cyberattacks. For his pioneering work, in 2018 Falco was listed in Forbes’ 30 Under 30 for Enterprise Technology. His research has also been used by NASA’s Jet Propulsion Laboratory, who sponsored his doctoral work, to help identify risks in their space mission systems.
His lab, the Autonomy Observatory, Workshop & Laboratory (OWL) within the Institute for Assured Autonomy, stress tests AI-enabled cyber-physical systems to evaluate their security and safety at the fringes of their operating parameters. By breaking these systems and enumerating their risks, his team identifies opportunities to improve their construction and logic. The laboratory functions as a miniature scale testbed environment for companies to evaluate their AI-enabled cyber-physical systems. The Autonomy OWL is highly interactive and demo-friendly. Once completed, it will feature systems ranging from model trains to drone–not to mention obstacles meant to derail, break, and confuse these devices.
Falco collaborates closely with major utilities, space organizations, and control system OEMs to improve their security and resilience to attacks and other disruptions. To address security concerns for control systems, he developed technology that secures IIoT from cyberattacks. For his pioneering work, in 2018 Falco was listed in Forbes’ 30 Under 30 for Enterprise Technology. His research has also been used by NASA’s Jet Propulsion Laboratory, who sponsored his doctoral work, to help identify risks in their space mission systems.
His lab, the Autonomy Observatory, Workshop & Laboratory (OWL) within the Institute for Assured Autonomy, stress tests AI-enabled cyber-physical systems to evaluate their security and safety at the fringes of their operating parameters. By breaking these systems and enumerating their risks, his team identifies opportunities to improve their construction and logic. The laboratory functions as a miniature scale testbed environment for companies to evaluate their AI-enabled cyber-physical systems. The Autonomy OWL is highly interactive and demo-friendly. Once completed, it will feature systems ranging from model trains to drone–not to mention obstacles meant to derail, break, and confuse these devices.
研究兴趣
论文共 61 篇作者统计合作学者相似作者
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Rajiv Thummala,Gregory Falco
CoRR (2024)
Journal of Aerospace Information Systemspp.1-8, (2024)
Jocelyn Hsu,Gregory Falco
2023 IEEE International Conference on Assured Autonomy (ICAA)pp.115-118, (2023)
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2023 IEEE AEROSPACE CONFERENCEpp.1-12, (2023)
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2023 IEEE 9TH INTERNATIONAL CONFERENCE ON SPACE MISSION CHALLENGES FOR INFORMATION TECHNOLOGY, SMC-ITpp.114-122, (2023)
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2023 IEEE AEROSPACE CONFERENCEpp.1-12, (2023)
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Andrew D. Santangelo,Gregory Falco
AIAA SCITECH 2023 Forum (2023)
2023 IEEE 9TH INTERNATIONAL CONFERENCE ON SPACE MISSION CHALLENGES FOR INFORMATION TECHNOLOGY, SMC-ITpp.68-77, (2023)
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Özlem Özmen Garibay,Brent Winslow,Salvatore Andolina,Margherita Antona, Anja Bodenschatz,Constantinos Coursaris,Gregory Falco,Stephen M. Fiore,Ivan Garibay, Keri Grieman, John C. Havens,Marina Jirotka,
2023 IEEE International Conference on Assured Autonomy (ICAA)pp.106-114, (2023)
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