Secure your first-party code and open source dependencies

SonarQube Advanced Security is an enterprise-grade extension of SonarQube's integrated platform that adds powerful software composition analysis (SCA) and advanced SAST capabilities to SonarQube's core quality and security analysis engine. It extends SonarQube's verification to the software supply chain by identifying risks introduced with third-party and open source dependencies.

By using SCA, the platform provides actionable, prioritized insights into dependency vulnerabilities, malicious packages, and license compliance — all while providing full visibility via software bills of materials (SBOMs). Additionally, advanced SAST extends deep taint analysis beyond first-party code and into third-party libraries. This unique capability traces data flows across code boundaries to uncover hidden, complex vulnerabilities that arise specifically from interactions with external libraries.

By integrating SCA and advanced SAST into the existing workflow, Sonar provides a single source of truth for both code quality and security, eliminating the visibility gap caused by siloed tools. It ensures that third-party components meet the same rigorous standards as your first-party code.

SonarQube Advanced Security provides a unified verification layer that extends beyond standard static analysis to cover the entire application stack. By combining advanced SAST with Software Composition Analysis (SCA), the platform identifies complex vulnerabilities that arise from first-party code, AI-generated snippets, and third-party dependencies.

In addition to building on Sonar's comprehensive first-party code security detection for SQL injection, cross-site scripting (XSS), command injection, and log injection, SonarQube Advanced Security identifies the following security vulnerabilities:

• Cross boundary vulnerabilities: Advanced SAST can trace data flow into and out of third-party libraries. This uncovers hidden vulnerabilities where the security risk exists in the interaction between your code and external dependencies.
• Known third-party vulnerabilities: SCA identifies public vulnerabilities in direct and transitive dependencies, prioritized by severity and exploitability.
• Malicious package detection: SCA detects potential malware and compromised libraries within your dependencies to block supply chain threats in real-time.

SonarQube Advanced Security natively integrates into the CI/CD pipelines by running automated security analysis as part of the build process, ensuring that vulnerabilities are detected before code reaches production.

Within developer workflows, SonarQube Advanced Security enables shift-left practices by integrating security feedback directly into the tools developers already use.

By unifying code quality and security in a single workflow — from IDE to CI enforcement, it reduces friction, accelerates remediation, and ensures that third-party components are continuously evaluated for risk throughout the software development lifecycle.

SonarQube Advanced Security provides specialized compliance and governance features through its Software Composition Analysis (SCA) and advanced Static Application Security Testing (SAST) capabilities. These tools allow organizations to define, apply, and attest to code standards beyond first-party and AI-generated code to third-party code as well. SCA extends your governance policies beyond first-party code to the entire software supply chain. Whereas, advanced SAST enables rigorous oversight of code security through deep analysis that traces data flow across code boundaries. SonarQube Advanced Security integrates these checks directly into your centralized governance workflows.

Yes. The platform provides software composition analysis (SCA) tools that scan third-party libraries, frameworks, and dependencies for vulnerabilities. This enables organizations to identify potential entry points for attackers that may be present in open-source or third-party packages used within their projects.

By automating this analysis, teams can act quickly to update or patch risky dependencies, reducing exposure and reinforcing the security and quality of their codebase. SCA complements static code analysis, giving teams a holistic view of their project's risk profile and boosting confidence in the security posture of releases.

The solution fosters a culture of shared accountability by embedding actionable security and quality insights directly into code review workflows. Developers receive contextual feedback within pull requests, reducing friction and enabling quick iteration based on security recommendations. Reviewers can add comments and approval gates, ensuring each change meets team standards.

With automated notifications and integration with project management tools like Jira and Slack, all stakeholders can stay informed and coordinate efforts to address vulnerabilities and improve code maintainability. This streamlined collaboration accelerates development cycles, reduces risk, and helps organizations continuously raise the bar for software quality.