wycheproof

To validate cryptographic implementations against known attack vectors, you use Wycheproof test suites to check algorithms like AES-GCM, ECDSA, ECDH, and RSA. This involves adding test vectors as submodules and executing a Python/pytest or JavaScript/Mocha testing harness in CI.

You integrate Wycheproof test vectors into CI by adding them as submodules or fetching them directly. You then configure a reusable Python/pytest or JavaScript/Mocha testing harness to automatically execute and validate your cryptographic code during pipeline runs.

Yes, Wycheproof testing supports both Python and JavaScript environments. You can implement a reusable Python/pytest or JavaScript/Mocha testing harness to parse test groups and execute validation workflows against your cryptographic implementations.

Yes, you can use Wycheproof to detect invalid curve vulnerabilities in ECDH. The test suites focus on discovering edge-case vulnerabilities, specifically including invalid curve checks, signature malleability, and DER encoding issues for cryptographic validation.

Using test vectors for cryptographic validation requires fetching or adding them as submodules, and it specifically checks against known attack vectors like signature malleability and DER encoding issues. It does not replace formal verification but validates against established edge-case vulnerabilities.