nemotron-3-ultra-550b-a55b:free × judging

{ "ranking": ["Answer B", "Answer A"], "answer_a": { "scores": { "security_correctness": 0, "completeness": 0, "clarity": 2 }, "critical_issues": [ "Recommends storing passwords in plaintext — a critical vulnerability", "Confuses database encryption (protects data at rest) with password hashing (protects against credential theft when DB is accessed)", "Assumes encryption prevents all database access; ignores SQL injection, compromised app servers, stolen backups, insider threats", "Advocates password recovery (reversible) instead of secure password reset flows", "Prioritizes login speed over security — invalid justification" ], "partial_strengths": [ "Acknowledges database encryption exists (though misapplies it)" ] }, "answer_b": { "scores": { "security_correctness": 10, "completeness": 9, "clarity": 10 }, "critical_issues": [], "partial_strengths": [ "Correctly identifies slow, salted, memory-hard hashing (Argon2id, bcrypt, scrypt) as the standard", "Explains defense-in-depth role of database encryption", "Recommends password-reset flows over recovery", "Concise and technically precise" ] }, "ideal_answer": "No. Never store passwords in plaintext, even with database encryption. Encryption protects data at rest but not against application-level breaches (SQL injection, compromised app server, insider access). Instead, use a slow, salted, memory-hard password-hashing function like Argon2id, bcrypt, or scrypt. This ensures stolen hashes resist offline cracking. Database encryption adds defense in depth but doesn't replace hashing. Implement secure password-reset flows (time-limited tokens via email), never password recovery." }