Noel A Zenga

Title: The Innovations of Noel A. Zenga

Introduction

Noel A. Zenga is an accomplished inventor based in Derry, NH (US). He has made significant contributions to the field of system security evaluation. His innovative approach has led to the development of a unique patent that addresses critical aspects of security in electronic systems.

Latest Patents

Noel A. Zenga holds a patent for a "System Security Evaluation Model." This method involves evaluating system security by working through one state at a time. It includes identifying primitives of interest and systematically applying relevant attacks for the system. The process starts at the chip level, working through states, and then expanding the system boundary while repeating the evaluation. The model follows a sequence from chip to circuit card, subsystem, system, and platform for a product solution under analysis. It also determines if a system definition has sufficient detail or is too abstract. For chips with a native secure boot protocol, the model assesses if all players are represented. Attacks are represented as vectors made up of measurements such as dollars, days, probability of success, probability of destruction, technology node, and number of samples. Countermeasures are represented as vectors made up of scaling factors for each attack attribute.

Career Highlights

Noel A. Zenga is currently employed at BAE Systems Information and Electronic Systems Integration Inc. His work focuses on enhancing the security evaluation processes within electronic systems. His expertise in this area has positioned him as a valuable asset to his organization.

Collaborations

Noel has collaborated with notable colleagues, including Sheldon L. Grass and Alfreda M. DeLong. These partnerships have contributed to the advancement of security evaluation methodologies in the industry.

Conclusion

Noel A. Zenga's contributions to system security evaluation through his innovative patent demonstrate his commitment to enhancing electronic system safety. His work continues to influence the field and provides a foundation for future advancements in security evaluation methodologies.