Chief executive officer focused on research, design, development, manufacturing, sales, and support of the most advanced RAIN RFID technology on the market. Ongoing research is focused on pushing the cost-performance envelope to remove obstacles in market adoption of passive UHF RFID.

Research and development on algorithms and architectures for high performance passive and semi-passive (battery assisted) UHF RFID systems. Responsible for software defined radio and hardware radio interface architecture including link budget and hybrid analog/discrete channel filter design. Responsible for model based design flow of software defined physical and data link layers. Lead a team of cross-disciplinary engineers in modeling, design, and implementation of next generation RFID readers from concept to released products, resulting in the industry leading product portfolio of UHF RFID readers (Infinity510, Infinity610, Identity5100, etc.) Target markets included supply chain, logistics, and automatic vehicle identification, and open road (high speed) vehicle tolling. Adapted the Gen2/ISO-18000-63 (RAIN) readers to multiple legacy tolling protocols for the Sirit ID6204 industry best multiprotocol AVI reader.

Research and development for real-time classification of random signals in noise for LF RFID systems. Technical leadership, direction, and oversight of a team of engineers working on concurrent projects across multiple generations of product portfolio. Sensormatic became the industry leader in electronic article surveillance RFID systems through this line of UltraMax® products. Research included time-frequency analysis, adaptive filtering for nonstationary environments, neural networks & fuzzy logic, and robust detection theory for non-stationary and non-Gaussian correlated noise environments. System design for TIRIS LF RFID reader. Analysis of swept HF systems and design/architecture work on passive UHF RFID systems.