Point MOSS at a repository or an endpoint. It finds every RSA, ECDSA, and Diffie-Hellman handshake a quantum computer can forge, then converts each one to its FIPS-validated post-quantum replacement.
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Illustrative sample. Your scan reports your own primitives. Symmetric primitives like AES-256 stay; only quantum-vulnerable asymmetric crypto is converted.
Scan a repository in the browser, wire it into CI, or work from the migration playbooks. Every path reports the same findings against your real crypto.
Open the scanner, paste a GitHub repository URL, and it walks the codebase for quantum-vulnerable primitives and returns the findings table above.
Run the scan in GitHub Actions or GitLab CI in cloud mode against the hosted API. Set a severity gate and export SARIF or GitLab Code Quality reports.
Each playbook pairs a vulnerable pattern with its post-quantum replacement and before / after code, so the fix is a copy-and-verify rather than a research project.
Point us at a repository or an endpoint. We run the scan and walk you through the migration plan on your real crypto.