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QScout Benchmark Matrix
This benchmark compares QScout against common scanner classes for PQC signal depth, CBOM utility, and completion-to-findings flow quality.
The matrix is buyer-facing rather than laboratory certification. It explains where QScout is meant to create decision evidence: public-surface discovery, cryptographic bill of materials readiness, HNDL scoring, and governed follow-on handoff when a finding needs deeper validation.
Benchmark interpretation
A positive QScout mark means the capability is native to the QScout evidence path. A partial mark means the adjacent class can produce related data, but usually without QScout-specific quantum-risk scoring, CBOM packaging, or executive migration framing.
QScout's HNDL scoring expresses Mosca's inequality — X + Y > Z— where X is the time a secret must remain secure, Y is the migration window, and Z is the time until a cryptanalytically relevant quantum computer. Legacy and generic scanners do not encode this framing.
| Capability | QScout | Generic TLS Scanner | Legacy Vuln Scanner |
|---|---|---|---|
| PQC-specific scoring | Yes (HNDL + CBOM) | No | Partial |
| CBOM-ready output | Yes | No | No |
| Owner-auth completion handoff | Deterministic | N/A | Varies |
| Mission-control live UX | Yes | No | No |
Methodology and scoring definitions are published on the QScout Methodology page.