Comprehensive security testing framework for cloud environments: Strategies for Evolving Threat Landscapes

Shivayogi, Sheela Kakanur (2025) Comprehensive security testing framework for cloud environments: Strategies for Evolving Threat Landscapes. World Journal of Advanced Research and Reviews, 26 (2). pp. 4068-4073. ISSN 2581-9615

This scholarly article explores the evolving landscape of security testing in cloud environments, addressing the unique challenges and requirements for both private and public cloud deployments. The discussion begins by examining the fundamental paradigm shift in security testing necessitated by cloud adoption, highlighting the inadequacy of traditional security frameworks in addressing dynamic cloud ecosystems. The article then delineates the core components of cloud security assessment, including vulnerability scanning methodologies, configuration analysis techniques, and data protection verification methods tailored specifically for distributed computing environments. Considerable attention is given to adaptability in cloud security testing, recognizing the imperative for security validation processes that can evolve alongside rapidly changing cloud technologies and emerging threats. The strategic implementation section outlines frameworks for developing comprehensive testing plans, optimizing resource allocation, fostering cross-functional collaboration, and establishing effective metrics. Throughout, the article emphasizes the transition from reactive, point-in-time security assessments to proactive, continuous security validation processes that align with organizational risk management objectives while accommodating the fluid nature of modern cloud architectures.