Integrating Devsecops And Continuous Modernization: A Research-Based Framework For Secure Cloud-Native Transformation

Abstract

Enterprise digital transformation initiatives consistently prioritize speed and scalability while inadvertently creating security vulnerabilities that propagate through automated delivery pipelines. Traditional DevOps practices accelerate software releases but frequently defer security validation until late deployment stages, generating costly remediation cycles and compliance risks, particularly acute in regulated sectors. This article addresses this fundamental disconnect by presenting a comprehensive framework that embeds DevSecOps principles directly within cloud-native modernization architectures. Through practical implementation across mission-critical healthcare applications migrating to containerized infrastructure, the article demonstrates how automated security scanning, policy enforcement, and continuous compliance monitoring can be orchestrated within declarative CI/CD workflows using GitOps methodologies and Kubernetes orchestration. The article integrates four architectural layers encompassing source control governance, continuous integration with embedded security testing, automated deployment with rollback capabilities, and runtime compliance monitoring. Field validation spanning multiple production systems over an extended observation period revealed substantial improvements in deployment velocity, vulnerability prevention, and operational reliability. Comparative analysis against conventional CI/CD implementations highlighted the framework's effectiveness in eliminating critical security defects while accelerating release cadence. Cultural factors emerged as critical success determinants, with cross-functional collaboration between security and development teams proving essential for sustained improvement. The article establishes that security-driven modernization transforms enterprise delivery from reactive compliance toward proactive assurance, offering regulated industries a reproducible blueprint for achieving secure agility in cloud-native environments.