Resilient Cloud Retail Through Continuous Security EngineeringWallace

Abstract

The accelerating digital transformation of global retail has elevated cloud computing from an operational convenience to a strategic backbone for modern commerce, yet it has also exposed retail enterprises to unprecedented cybersecurity, compliance, and resilience challenges. In response to these evolving threats, the DevSecOps paradigm has emerged as a foundational approach that integrates security into every phase of the software development lifecycle. However, despite its growing adoption, the theoretical coherence, methodological rigor, and industry specific implementation of DevSecOps within retail cloud ecosystems remain underdeveloped in academic discourse. This research addresses this gap by constructing a comprehensive analytical framework that unifies compliance governance, automated security engineering, and operational resilience within retail cloud DevSecOps environments. Drawing extensively upon Gangula (2025) and the broader scholarly and practitioner literature on DevSecOps, shift left security, and secure software design, this study develops a holistic interpretation of how retail organizations can operationalize security as a continuous, embedded, and adaptive capability.

The research contributes theoretically by positioning retail DevSecOps as a cybernetic control system in which security, compliance, and operational stability co evolve through continuous feedback. Practically, it provides a structured framework that retail cloud operators can apply to align business agility with regulatory and security imperatives. By extending Gangula (2025) through interdisciplinary synthesis and critical elaboration, this study advances both scholarly understanding and applied practice of secure DevSecOps in the retail cloud domain.