Dr. Barry Horowitz
University of Virginia
Dr. Barry Horowitz, is a SERC Research Council member in Trusted Systems and Principal Investigator of a 6 year long research project - Security Engineering. The research effort focused on embedding security solutions into systems, referred to as System Aware Cyber Security. The System Aware Cyber Security concept is currently being prototyped through a significant DoD research project led by Dr. Horowitz, focused on cyber security for airborne surveillance systems onboard unmanned airborne vehicles. Dr. Horowitz is the Munster Professor of Systems Engineering at the University of Virginia (UVA). Dr. Horowitz joined UVA’s faculty in 2001, after an industrial career involving the application of systems engineering to the development of complex systems. He assumed the role of Department Chair in 2009. Since joining the University he has focused his research efforts on wireless systems, and a systems engineering approach for addressing cyber security. From 2006 through July 2013 he served as the UVa research site director for the National Science Foundation sponsored Industry/University Cooperative Research Center (I/U CRC) called WICAT (Wireless Internet Center for Advanced Technology) and in 2013 led the UVA effort to create a new NSF I/U CRC called BWAC (Broadband Wireless Access and Applications Center).
Dr. Horowitz, a National Academy of Engineering member since 1996, received a PhD and MEE from New York University, and a BEE from the City College of New York. From 1969 through 1996, he was employed in a variety of positions at the MITRE Corporation, including the last five years as President and CEO and the three prior years as Executive Vice President and COO. Early in his career at MITRE, he led an FAA-sponsored research activity that developed a prototype airborne collision avoidance system which served as the basis for the currently employed international system for commercial aircraft collision avoidance, TCAS. During Desert Storm he conceived of and led the integration efforts for a system for tracking and destroying SCUD missile carriers. He received the Air Force’s highest award for a civilian as a result of this effort. Dr. Horowitz served as a member of the Naval Studies Board (NSB), recently led a Chief of Naval Operations sponsored study for the NSB on cyber security and is engaged in an NSB study to evaluate the current status of Navy activities related to cyber security. He also serves as a member of General Electric’s Academic Software Advisory Panel and is a Cyber Security Commissioner for the Commonwealth of Virginia. In addition, Dr. Horowitz has served and led studies for the NAE, the Defense Science Board and the Army Science Board. Dr. Horowitz recently served for two-years as a Virginia Cybersecurity Commissioner. Dr. Horowitz, a National Academy of Engineering member since 1996, received a PhD and MEE from New York University, and a BEE from the City College of New York.
- SERC-2012-TR-028-1-Security Engineering
- SERC-2012-TR-028-2-Security Engineering
- SERC-2013-TR-036-2-Security Engineering: System Aware Cyber Security for an Autonomous Surveillance System On Board an Unmanned Arial Vehicle
- SERC-2014-TR-036-3-Security Engineering Project: System Aware Cyber Security for an Autonomous Surveillance System On Board an Unmanned Arial Vehicle
- SERC-2013-TR-036-1-Security Engineering Pilot
- SERC-2015-TR-110-System Aware Cybersecurity A Multi-Sentinel Scheme To Protect a Weapons Research Lab
- SERC-2016-TR-156-Transition of System-Aware Technology into Practice (Task 1) and Mission-Level Cybersecurity and Solution & the Selection of Decision Support Tools (Task 2)
- SERC-2017-TR-114-Security Engineering – FY17 Systems Aware Cybersecurity
- SERC-2010-TR-005-1-Systems Security Engineering
- SERC-2010-TR-009-1-System 2020 - Strategic Initiative
- SERC-2012-TR-009-2-System 2020-Phase-II
- SERC-2017-TR-113-Human Capital Development – Resilient Cyber Physical Systems
- SERC-2017-TR-113-Human Capital Development – Resilient Cyber Physical Systems Addendum
- SERC-2019-TR-002-Model-based Engineering for Functional Risk Assessment and Design of Cyber Resilient Systems
- SERC-2018-TR-110-Cyber Security Requirements Methodology
- SERC-2020-TR-016-Human-Machine Team (HMT) Concepts for Resilient Autonomous Systems: Experimental Design Approach to Human-in-the-loop Simulation
- SERC-2020-TR-008-WRT-1013: Security Engineering - 2019
- SERC-2021-TR-015-WRT-1022: Developmental Test and Evaluation (DTE&A) and Cyberattack Resilient Systems
- SERC-2021-TR-016-WRT-1033: Transitioning Mission Aware Concepts and Methods to Evaluate Cost/Risk Decisions for Security
Lead Author
- Conference Paper - Security Via Related Disciplines
- Journal Article - The Integration of Diversely Redundant Designs, Dynamic System Models, and State Estimation Technology to the Cyber Security of Physical Systems
- Journal Article - A System-Aware Cyber Security Architecture
- Journal Article - An Architectural Systems Engineering Methodology for Addressing Cyber Security
- Journal Article - An Architectural Systems Engineering Methodology for Addressing Cyber Security
- Poster - RT 175: Human Capital Development – Resilient Cyber-Physical Systems
- Poster - Security Engineering
- Presentation - Systems and Information Engineering : Departmental Overview
- Presentation - Two-Year Research Activity ” System-Aware Security”
- Presentation - SERC Research Council (RC) Panel : The Future of Systems Engineering (SE) Research
- Presentation - Model-Based Decision Support for Systems- Aware Cybersecurity
- Presentation - SERC Research Council (RC) Panel : The Future of Systems Engineering (SE) Research
- Presentation - Architecture for Adaptive Multi-Scale Optimization “AMO”
- Presentation - System Aware Cyber Security
- Presentation - Prioritizing Cybersecurity Solutions for Cyber Physical Systems
- Presentation - Cybersecurity for Highly Automated Physical Systems
- Presentation - Security Engineering 2018
- Video - Flight Evaluations: Embedded Cyber-Security for Unmanned Aerial Vehicle
- Video - How Do We Prepare the People Who Will Need to Manage the Real-time Responses to Cyber Attacks on Physical Systems?
- Video - Flight Evaluations: Embedded Cyber-Security for Unmanned Aerial Vehicle
- Other - Research Transition Report 2017 “Transitioning research into practice – crossing boundaries through integrative collaboration”
Co-Author
- Security Engineering – Design Patterns and Operational Concepts
- Systems Security Engineering Roadmap
- System 2020
- Human Capital Development – Resilient Cyber Physical Systems
- Security Engineering – Decision Support Tool
- Human-Machine Team (HMT) Concepts for Resilient Autonomous Systems
- Risk Based Approach to Cyber Vulnerability Assessment
- Developmental Test and Evaluation (DT&E) and Cyberattack Resilient Systems
- Transitioning Mission Aware Concepts and Methods to Evaluate Cost/Risk Decisions for Security