Company Filing History:
Years Active: 2022
Title: The Innovative Mind of Kerrie Heller: Pioneering Firewall Technology
Introduction: Kerrie Heller, an accomplished inventor based in Stanley, NC, has made notable contributions to the field of network security. With a keen focus on enhancing the functionality of distributed firewalls, she has been granted a patent that reflects her innovative prowess.
Latest Patents: Kerrie Heller holds one patent titled "Serialization of Firewall Rules with User, Device, and Application Correlation." This invention addresses the complexities of managing distributed firewalls, which reside at various points across a network. Her patented method allows for the discovery and conversion of firewall rules into a standardized format, enabling their indexing in a centralized rule database. This innovative approach not only allows for the verification of the rules but also facilitates a certification process based on the direction of traffic governed by each rule, highlighting different certification levels according to traffic direction.
Career Highlights: Currently, Kerrie is employed at Wells Fargo Bank, N.A., where she plays a significant role in advancing the bank's cybersecurity measures through her expertise in network security. Her contributions to the field have established her as a leading figure in the development of secure network architectures.
Collaborations: In her professional journey, Kerrie collaborates with talented colleagues such as Justin Dunn and Artemio V. Meras, III. Their collective efforts foster an environment of innovation and creativity, pushing boundaries in cybersecurity measures.
Conclusion: Kerrie Heller's patent work reflects a commitment to enhancing network security through innovative solutions. Her contribution to the serialization of firewall rules showcases her ingenuity and dedication to improving cybersecurity practices. As technology continues to evolve, the impact of her invention will be felt across various industries, ensuring safer and more reliable network environments.