Pohdinta: Analytical Gaps in Industrial Multi-Cloud Security Models
Although organizational maturity frameworks systematically structure capability improvement across distributed infrastructures, evaluating zero-trust posture across heterogeneous multi-cloud environments presents persistent conceptual and architectural tensions. Existing scholarship establishes that structured maturity models provide vital quantitative metrics for executive governance, capability benchmarking, and structured security assessment across cloud deployments (crossref-10-1108-ics-05-2019-0060). However, the effective operationalization of zero-trust architecture across distributed service providers is continually impeded by persistent policy standardization challenges and heterogeneous enforcement mechanics (crossref-10-36948-ijfmr-2024-v06i06-32765). While centralized abstraction layers such as policy-as-code orchestration seek to unify identity-aware micro-segmentation across disparate native enforcement points (crossref-10-36227-techrxiv-176107610-00184131-v1), current maturity paradigms fail to reconcile the policy fragmentation inherent in multi-vendor cloud topologies. This disconnect creates a distinct analytical research gap: existing evaluation models remain largely isolated to single-cloud environments or industry-specific vertical domains without validating continuous verification thresholds across distributed platforms. Methodologically, maturity assessments in complex multi-cloud environments encounter significant limitations. As observed in preliminary model evaluations, empirically determined threshold levels lack cross-organizational generalizability without extensive multi-case validation across diverse cloud ecosystems (crossref-10-1108-ics-05-2019-0060). Furthermore, current analytical models struggle to incorporate advanced architectural factors, such as emerging quantum-safe cryptographic measures and dynamic policy optimization, within static assessment rubrics (crossref-10-36948-ijfmr-2024-v06i06-32765). Consequently, while zero-trust maturity frameworks clarify strategic organizational trajectories, their practical efficacy in industrial multi-cloud architectures remains fundamentally constrained by fragmented enforcement engi…