Company Filing History:
Years Active: 2013
Title: **Shannon Marie MacAlpine: Innovator in Network Security**
Introduction
Shannon Marie MacAlpine is a distinguished inventor based in Round Rock, TX, known for her innovative contributions to network security. With a focus on enhancing the safety of data processing systems, her work has led to the development of a proprietary technology aimed at mitigating intrusions.
Latest Patents
Shannon holds a significant patent titled "Identifying Intrusions into a Network Data Processing System." This innovative method encompasses an apparatus and computer instructions designed to handle intrusions effectively. The patented system involves sending a tracer packet back to an identified intruder upon receiving a notification of the intrusion from a particular node within the network. This process not only helps in identifying the source of the intrusion but also facilitates the tracing of the route taken by the tracer packet through the data processing system.
Career Highlights
As an inventive force at IBM (International Business Machines Corporation), Shannon has dedicated her career to advancing technologies that protect data integrity across network systems. Her commitment to innovation has positioned her as a valuable asset within the organization, driving initiatives that strengthen cybersecurity measures.
Collaborations
Shannon collaborates with talented professionals in her field, including coworkers Dolapo Martin Falola and Vinit Jain. Together, they contribute to projects that push the boundaries of technology and enhance the robustness of network security protocols.
Conclusion
Shannon Marie MacAlpine is a remarkable inventor whose work in network security showcases her dedication to innovation and technology. Her patent on identifying intrusions represents a significant advancement in safeguarding data processing systems, reinforcing her status as a key player in the tech industry. As she continues her work at IBM, her contributions will undoubtedly play a crucial role in shaping the future of network security.