Mason, Robert T.
College for Professional Studies
MS Information Assurance
School of Computer & Information Science
Thesis - Open Access
Number of Pages
Network security professionals improve confidentiality and integrity of information technology resources when they incorporate encryption schemes into the transmission of network packets across their respective infrastructures. Ironically, network engineers and administrators that incorporate encryption strategies across their infrastructures must simultaneously confront the limitations of end-to-end encrypted network packets inasmuch as they severely impair visible, defensible network architectures. This project demonstrates how security professionals charged with maintaining network visibility can deploy encryption across their topologies without fear of compromising their ability to capture Ã¢â‚¬â€œ then fully analyze Ã¢â‚¬â€œ network traffic. In so doing, information technology industry practitioners and researchers may confidently move forward with the task of maturing a framework for maintaining defensibility in encrypted network environments.
Date of Award
© John Prewett
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Prewett, John, "Towards A Framework For Maintaining Defensibility In Encrypted Network Environments" (2011). Regis University Student Publications. 748.