CodeSonar vs GitHub Secret Scanning

CodeSonar is AdaCore’s static application security testing solution for finding security and quality defects in source code and compiled binaries. It supports C/C++, Java, C#, Kotlin, Python, Go, Rust, JavaScript and TypeScript. Abstract interpretation and symbolic execution examine feasible execution paths across procedures and modules. Binary analysis covers mixed-language environments and cases where source is unavailable. Security coverage includes OWASP Top 10, SANS/CWE 25, SEI CERT C/C++ and DISA STIG; coding standards include MISRA-C, MISRA-C++, AUTOSAR C++, JSF++ and CERT. Integrations include Visual Studio, GitLab, Jira, Jenkins and VS Code, alongside project-management, CI/CD and IDE workflows. Pull-request scans, custom security rules and report exports to PDF, HTML or XML are supported. AdaCore offers on-premises, air-gapped and private-cloud deployment. The tool runs on supported 64-bit Windows and Linux distributions with glibc 2.39 or higher. Pricing is on request, with a trial available.

GitHub Secret Scanning detects exposed credentials so they can be secured before exploitation. It scans every branch in Git history, plus issue and pull request content, discussions, wikis, and secret gists. Detected leaks produce repository alerts with details about the credential, while push protection can block secrets before they enter code. Organizations can define regular expressions for their own secret formats. Generic patterns cover items such as private keys, connection strings, and API keys, and AI detection can identify unstructured secrets such as passwords. Validity checks may contact issuing services to see whether credentials remain active. GitHub can work with providers to validate findings and notify them for actions such as revocation. Scanning is automatic and free for public repositories. Private and internal organization repositories require Secret Protection on GitHub Team or Enterprise Cloud; Enterprise Server supports user-owned repositories with that protection. It is available through API, web, and self-hosted deployment, with hybrid deployment.