Author: Sam Hecht
TLDR Overview
- Advanced security is a strategic approach that secures the software supply chain by combining software composition analysis (SCA) and advanced SAST within the developer workflow.
- This comprehensive coverage detects malicious packages, known vulnerabilities, and leaked secrets while monitoring license compliance to mitigate legal risks across third-party code.
- The platform provides transparency through SBOM generation, providing a detailed inventory of every component to meet regulatory requirements like the NIST SSDF framework.
- By integrating code security directly into the IDE and CI/CD pipelines, teams can verify AI-generated code and third-party dependencies without sacrificing development velocity.
Why advanced security is essential for modern code
Software development is evolving, code is no longer written only by developers anymore. It includes working in synergy with AI assistants that generate code, suggest fixes, and introduce dependencies at an unprecedented scale. We have moved from the era of continuous integration to agent centric development cycle.
But speed without verification creates a gap. AI agents help teams innovate faster , but they can also introduce insecure code, risky open-source packages, and leaked secrets. Because agents don’t understand your security context, they often produce verbose or flawed implementations that slip through traditional review processes. In this agentic world, security teams cannot rely on manual checks alone—they need a definitive way to verify what is being built at every step. In this article we will explain why teams need to verify the security of their entire codebase, especially the third-party dependencies directly within the workflow.
What is advanced security?
Advanced Security is Sonar’s strategic approach to securing the software supply chain without creating a verification bottleneck. It combines software composition analysis (SCA) and advanced SAST to go beyond basic scanning to provide actionable code intelligence across third-party code. This comprehensive coverage includes:
- Detection of malicious packages and known vulnerabilities in open-source components.
- SBOM generation for complete transparency.
- License compliance monitoring to mitigate legal risk.
- Deep semantic analysis of vulnerabilities in application code.
SonarQube Advanced security is not a disconnected layer bolted on at the end of the lifecycle. It is built into the same developer-first workflow that teams already use for code quality and security.
Why is advanced security important?
Modern risk is no longer confined to one source; it comes from everywhere code is created, changed, or imported. Developers are shipping a mix of original logic, AI-generated code, and open-source dependencies moving through high-velocity pipelines. Agents accelerate these steps but can also multiply risk automatically pulling in a vulnerable dependency or repeating a flawed implementation across multiple files in seconds.
Standard security tools are insufficient for this environment. Many only look at known CVEs or focus exclusively on application code, often through a "black box" lens that misses how data flows through your unique logic.
SonarQube Advanced Security addresses this by providing a unified way to verify the entire software supply chain. By embedding deep checks into everyday development, Sonar helps teams improve code security as they write, maintaining velocity while building software they can trust.
Securing the expanding software supply chain
Modern applications are assembled using a complex supply chain of automation pipelines, infrastructure definitions, and agent-driven actions. This complexity makes the software supply chain one of the most critical places to verify risk.
Managing third-party dependency risk
Open source is essential, but it carries hidden risks. Dependencies may contain known vulnerabilities, restrictive licenses, or even intentionally malicious code. These flaws often hide in deeply nested transitive dependencies that are impossible to track manually.
Verifying AI-generated code
AI is supercharging productivity, but it doesn't change the fundamental need for verification. AI-generated code can contain the same vulnerabilities as human-written code, often introducing them faster. Models may generate insecure patterns or pull in outdated, risky dependencies.
Moving beyond basic scanning with advanced SAST
Basic scanning does not provide the level of insight modern teams require. To manage risk effectively, organizations need deeper analysis that reflects how real-world attacks occur.
Advanced SAST finds vulnerabilities with greater depth and context. Rather than relying on simple pattern matching, Sonar analyzes how code behaves across files, functions, and frameworks. Using sophisticated taint analysis, it tracks untrusted user input to uncover complex injection flaws, cross-site scripting (XSS), and server-side request forgery (SSRF).
Transparency through SBOMs and complianceYou cannot manage risk without knowing exactly what is in your software. Software Bill of Materials (SBOM) generation provides a detailed inventory of every component, which is critical for customer trust and meeting regulatory requirements like the NIST secure software development framework (SSDF).
Preventing credential exposure with secret detection
Exposed secrets—such as API keys, tokens, and passwords—remain one of the fastest paths to a data breach. In an agentic workflow, these credentials can be committed to repositories before a human reviewer ever sees them.
Empowering developers with shift-left security
Security only works at scale when it empowers developers rather than acting as a gatekeeper. Sonar’s developer-first approach brings security directly into the tools teams already use:
- SonarQube for IDE: Real-time feedback as code is written.
- Pull request decoration: Actionable insights during the review process.
- CI/CD integration: Enforcing quality gates before deployment.
This enables a "shift-left" culture where security is part of everyday engineering practice.
How Sonar helps you secure your entire codebase
Sonar helps organizations secure modern software delivery by combining code quality and code security in one developer-first platform. SonarQube provides the industry standard for integrated code quality and code security. With Advanced Security, Sonar extends that platform with advanced SAST and SCA to help teams secure both first-party code and third-party dependencies. Teams can identify vulnerable components, detect malicious packages, generate SBOMs, surface license compliance issues, and find deeper vulnerabilities in application code, all within the same workflow developers already use.
This is what makes Sonar different in the age of AI-generated code and agentic development. Sonar is not just another security scanner. It is an essential verification layer that helps teams validate what developers and AI systems build before it becomes business risk.
As development accelerates, the need is not to trust more. It is to verify more. Sonar helps teams do exactly that.
Advanced security next steps
AI is accelerating software development. Agentic workflows are increasing code volume, automation, and software supply chain complexity. That makes verification more important than ever.
Advanced Security helps organizations meet that challenge with a developer-first approach that combines advanced SAST and SCA in one platform. By helping teams verify vulnerabilities in code, risk in dependencies, malicious packages, SBOM requirements, and license compliance issues, Sonar gives organizations a stronger foundation for secure software delivery.
In the age of AI-generated code, the goal is not just to build faster. It is to build with confidence. Sonar helps teams verify what AI builds.
