Company Filing History:
Years Active: 2010
Title: **Freelon F. Hunter: Innovator in Airborne E-Enabled Architecture**
Introduction
Freelon F. Hunter is a notable inventor from Kent, Washington, known for his significant contributions to network architecture in vehicles. With a focus on enhancing connectivity and security, Hunter has successfully secured a patent that lays the groundwork for innovative systems in the aviation industry.
Latest Patents
Hunter holds one patent titled "Methods and apparatus providing an airborne e-enabled architecture as a system of systems." This patent describes an advanced network architecture designed for implementation within vehicles. It includes an Ethernet gateway module (EGM) and a network interface module (NIM), facilitating seamless data connection while ensuring the security of vehicle operations. The EGM incorporates both a switch and router to connect with various open data network devices, while the NIM creates an isolated data network for secure device operation and navigation.
Career Highlights
Freelon F. Hunter is associated with The Boeing Company, a leader in aerospace and defense manufacturing. His work primarily focuses on enhancing the functionalities and safety of airborne systems through innovative communication technologies. Hunter's expertise in network architecture has contributed to the development of systems that significantly improve operational efficiency.
Collaborations
Throughout his career, Hunter has collaborated with notable colleagues such as Christopher B. Kettering and Daniel B. Moore. These collaborations have been instrumental in fostering innovative ideas and advancing research within the field of vehicle network systems.
Conclusion
Freelon F. Hunter's contributions to airborne e-enabled architecture highlight the importance of innovation in aviation technology. His patent demonstrates a commitment to enhancing the security and efficiency of vehicle networks, marking him as a prominent figure in the realm of modern inventions. As technology continues to evolve, Hunter's work remains a critical component in shaping the future of aerial operations.