Enterprise-grade quantum vulnerability assessments for SSL/TLS infrastructure. Identify cryptographic assets at risk before quantum computers compromise them.
RSA, ECDSA, and ECDH algorithms are vulnerable to quantum attacks. Our data identifies which organizations are at risk.
Quantum risk scores (0-100) based on algorithm type, key size, and TLS configuration. Prioritize remediation efforts.
Japan targets 2035 for PQC migration. NIST finalized post-quantum standards in 2024. Stay ahead of mandates.
Identify prospects for PQC migration consulting and implementation services.
Quantitative data for underwriting decisions and portfolio risk analysis.
ESG and cybersecurity risk evaluation for investment decisions.
Data-driven compliance assessment and cryptographic readiness reports.
| Field | Type | Description |
|---|---|---|
quantum_vulnerable |
Boolean | Vulnerable to quantum attacks (YES/NO) |
quantum_risk_score |
Integer | Risk score 0-100 (higher = more vulnerable) |
risk_level |
Enum | CRITICAL / HIGH / MEDIUM / LOW / NONE |
cert_algorithm |
String | Public key algorithm (RSA, EC, etc.) |
cert_key_size |
Integer | Key size in bits |
has_perfect_forward_secrecy |
Boolean | PFS support status |
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