Troy Pulaski

Papers

Total Citations

H-Index

About

Troy Pulaski is a researcher at the forefront of hardware-accelerated security systems for autonomous robotics, with a focus on field-programmable gate arrays (FPGAs). His most-cited work, "FPGA-based Intruder Detection Systems for Aerial Robots" (2024, 2 citations), pioneers a shift from traditional microcontroller-based approaches to FPGA architectures, offering superior processing speeds, enhanced flexibility, and lower power consumption for real-time threat detection in unmanned aerial vehicles. This contribution addresses critical vulnerabilities in aerial robotics, where rapid, energy-efficient computation is essential for safe autonomous operation. Pulaski’s research bridges the gap between embedded systems and cybersecurity, demonstrating how reconfigurable hardware can outperform conventional solutions in latency-sensitive environments. While still early in his career, his work signals a promising trajectory in hardware security and robotics integration, with potential applications in defense, surveillance, and industrial automation. Pulaski’s focus on FPGA-based intruder detection not only advances the field of aerial robotics but also lays groundwork for scalable, high-performance security solutions in next-generation autonomous systems.