Centralize and automate application security risk management with AI-driven correlation.
Code Dx, now a core component of the Synopsys Software Integrity portfolio, is a premier Application Security Orchestration and Correlation (ASOC) platform designed for modern DevSecOps environments. By 2026, its architecture has evolved to leverage deep learning for automated triage, effectively addressing the 'vulnerability overload' problem. The platform ingests data from over 100 different security scanning tools (SAST, DAST, SCA, and IAST), de-duplicates findings, and correlates them into a unified view of risk. Its technical edge lies in its 'Triage Assistant'—a machine-learning engine that predicts the validity of vulnerabilities based on historical developer behavior and remediation patterns. This reduces manual triage efforts by up to 90%. Positioned as the 'brain' of the security pipeline, Code Dx enables organizations to set granular security gates and compliance policies (e.g., PCI-DSS, HIPAA) that automatically trigger or block build promotions based on real-time risk scores. It is primarily utilized by large enterprises with complex software supply chains that require a single source of truth for their security posture across thousands of repositories.
Uses supervised machine learning models to classify vulnerabilities as True Positives or False Positives based on historical data.
Verified feedback from the global deployment network.
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Normalizes disparate data formats (SARIF, XML, CSV) into a common vulnerability schema.
Allows security teams to define acceptance criteria in code that governs the CI/CD pipeline.
Maps vulnerabilities to specific code owners and library dependencies.
Automatically tags vulnerabilities with relevant compliance citations (NIST, OWASP Top 10, DISA STIG).
Aggregates fix recommendations from multiple tools into a single, prioritized action plan.
Syncs state between Code Dx and Jira/Azure DevOps, updating security status when a ticket is closed.
Security teams are overwhelmed by having to log into 10 different dashboards to see vulnerabilities.
Registry Updated:2/7/2026
Insecure code is reaching production because manual reviews are skipped.
90% of security findings are often noise, wasting developer time.