This study examines how the seven pillars of ZTA are implemented in a CDS environment that demands high security reliability, similar to the defense and finance sectors, and identifies the technological advancements and integration patterns that emerge during this process. With the introduction of user- and device-centric authentication methods like distributed identity and RF fingerprinting in the Identity and Device areas, there is a growing trend towards strengthening trust even in domains where distrust is prevalent. In the Network and Application domains, the focus is on using micro-segmentation and SDN to segment and control internal traffic flows, while dynamically enforcing the principle of least privilege. In the Data, Visibility, and Orchestration domains, AI analysis is being applied in real-time, leveraging log and visibility data, and orchestration is automating policy execution and response. In conclusion, it is clear that each pillar of ZTA operates in tandem with the others, rather than as isolated components within the CDS environment. This fusion structure demonstrates its ability to function as a unified security strategy that balances trust with comprehensive coverage of diverse domains.
Lee et al. (Wed,) studied this question.