21 - 25 April 2024
National Harbor, Maryland, US
Conference 13058 > Paper 13058-26
Paper 13058-26

Zero trust decision analysis for next generation networks

On demand | Presented live 23 April 2024

Abstract

Zero Trust security is being adopted across companies and government organizations to continually verify cybersecurity requirements. This paper investigates architecture development methodologies that can develop a Zero Trust architecture that implements the missions of an enterprise. An enterprise architecture depends on an organization’s strategic priorities and should reflect the organization’s critical decisions. These decisions can be evaluated according to criteria such as interoperability, speed of operations tempo, and cyber-resilience to failures. Zero-Trust architectures must define alternatives tailored to missions. An enterprise architecture can then be developed that describes the context, operations, and resources associated with a strategic implementation decision. A multi-criteria decision-making method such as the Analytic Hierarchy Process can help guide the development and implementation of Zero Trust strategy. Zero Trust criteria are defined according to quality attributes associated with the DoD Reference Architecture Pillars, and security solutions are evaluated against how well they meet these criteria.

Presenter

Winifred Connects LLC (United States)
Joseph (Joe) Kroculick has been actively involved in Systems Engineering process definition, automation, and improvement for over 33 years. He has played multiple roles in all phases of the Systems Engineering lifecycle. Mr. Kroculick developed methods to apply assurance-based design (ABD) to provision dependable telecommunications services in his doctorate research at the Illinois Institute of Technology. He is currently research Systems Engineering Leadership in the area of Sustainable Digital Transformation. Mr. Kroculick has academic degrees in Computer Science, Engineering Management, and Electrical Engineering.
Application tracks: AI/ML
Presenter/Author
Winifred Connects LLC (United States)