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About

T. A. Heath-Pastore is a pioneering researcher in autonomous robotic security systems, with a career centered at the Naval Command Control and Ocean Surveillance Center (NCCOSC), where groundbreaking work was conducted on multi-robot coordination and autonomous surveillance technologies. Best known for developing the Multiple Robot Host Architecture (MRHA), Heath-Pastore's research addressed one of the fundamental challenges in robotics: enabling a single operator to oversee and coordinate multiple autonomous vehicles simultaneously through a distributed, LAN-based multiprocessing framework. A central thread throughout this body of work is the Mobile Detection Assessment and Response System (MDARS), a joint Army-Navy initiative deploying autonomous platforms for security and inventory assessment at Department of Defense facilities, including warehouses, petroleum tank farms, and arsenals. Contributions span both interior and exterior autonomous operations, with notable work on radar-based intruder detection further strengthening MDARS's real-world security capabilities. With over 75 cumulative citations across six key publications spanning 1994 to 2000, Heath-Pastore's research laid important architectural and operational groundwork for modern autonomous security robotics, demonstrating how coordinated multi-robot systems could be practically deployed in complex, high-stakes defense environments.