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Ens. Alexander Gore, USN

MS in Computer Science ‘23

Ensign Alexander (Xander) Gore is studying Cyber Operations for an MS in Computer Science and the Cyber Fundamentals Certificate from the Naval Postgraduate School. He was born and raised in Portland, OR and graduated from San Diego State University with a BS in Computer Science, upon graduation he was commissioned into the United States Navy and designated a Student Naval Aviator.

My research has been a collaborative effort from the start between myself and my advisory team in the CS Department, the 5G Lab in the ECE Department, and the Unmanned Systems Lab in the MAE Department. This collaboration has given me an extensive range of resources to tackle real world problems, which don’t always fit into the box of a single department.

What has been most impactful about your NPS education thus far?

The opportunity to learn about the cutting edge of a field that changes as fast as cyber operations from the people that are driving that change has been an invaluable experience to have so early in my career.

Can you explain the specific challenges of detecting and tracing unauthorized drones, especially those that are 5G-enabled? How can machine learning algorithms be used to address those challenges?

Detection and traceability is already a very difficult problem due to the small size, maneuverability, and autonomous abilities of modern drones. 5G is providing new capabilities that will give an adversary encrypted control of drones from anywhere in the world. Machine learning can help us leverage computers’ ability to sift through the massive amounts of traffic on 5G networks and identify unauthorized drones.

How do you envision your research on enabling traceability of 5G drones being used in practice?

My research is establishing the framework on which a full detection system can be built to keep unauthorized and potentially dangerous drones out of sensitive and public spaces.

What are some of the other potential uses for this concept beyond 5G drone detection? What follow on research would you like to see done after you graduate?

The methods for network traffic flow analysis that I’m researching have uses in network security broadly for detecting any kind of abnormal or malicious use of networks. I would love to see future students explore this research more deeply and potentially build an operational detection system.

Why is collaboration across different educational departments and labs important for defense-related research? How did the interdisciplinary nature of NPS programs enhance your education and research?

My research has been a collaborative effort from the start between myself and my advisory team in the CS Department, the 5G Lab in the ECE Department, and the Unmanned Systems Lab in the MAE Department. This collaboration has given me an extensive range of resources to tackle real world problems, which don’t always fit into the box of a single department.

How do you hope to use your NPS education and research in your follow-on assignments?

My education here at NPS has given me a deeper understanding of how cyberspace is an essential domain in our warfighting effort, and I hope to bring that into my operational duties in the future.

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