This article explains why modern applications, built largely from open‑source components, require OSPOs to adopt automated SCA and SBOM pipelines that shift compliance left, ensuring supply‑chain security and licensing compliance across development and release stages.
In today’s fast‑paced software landscape, a comprehensive, automated code quality and security system built around SAST, SCA, IaC scanning, secrets detection, and automated code review is essential for preventing defects, data breaches, and costly downtime across the entire development lifecycle.
As DevOps accelerates software delivery, integrating robust security testing—through static, dynamic, interactive application security testing and software composition analysis—becomes essential, and this article explains the importance, methods, tools, and best practices, including Huawei Cloud’s approach, to ensure comprehensive protection across the development lifecycle.
The article explains the importance of security testing within DevSecOps, outlines key testing methods such as SAST, DAST, IAST, and SCA, discusses penetration testing, and describes Huawei Cloud's comprehensive security testing framework and practices for ensuring software safety in modern development pipelines.
This article outlines how our team overhauled the CI/CD pipeline, migrated from Jenkins to GitLab CI, introduced Kubernetes‑based execution, automated branch management via Jira integration, restructured artifact storage with JFrog, and built an in‑house SCA solution, all to boost development efficiency, reduce manual errors, and secure software delivery.
Software Composition Analysis (SCA) identifies and tracks open‑source components across languages, matches them to vulnerability databases, and integrates risk detection into CI pipelines, helping organizations mitigate widespread flaws like Log4j2 while addressing challenges of diverse package formats, binary analysis, and accurate vulnerability correlation.
The article details Ctrip's DevSecOps challenges and solutions, covering security team structuring, threat modeling, SCA and SAST integration, IAST/DAST architecture, vulnerability management, and the resulting improvements in automated security testing within a high‑frequency CI/CD environment.
