Authenticated TLS + CVE Scan
The authenticated QROS platform lets you scan designated hosts with the full power of testssl.sh — the industry-standard TLS scanner — combined with our port/banner scanner and NVD CVE attribution. Every scan produces a detailed report with risk scores, priority bands, and remediation advice. The certificate is fetched first (Python stdlib ssl), so the report always has value even if testssl is slow — ideal for massive fleet inventories in a cybersecurity and quantum-readiness programme.
What the authenticated scan includes
- testssl.sh TLS scan — full TLS protocol check (SSLv2, SSLv3, TLS 1.0–1.3), cipher suites, key exchange, certificate chain validation, HSTS, OCSP stapling
- Port + banner scan — all 51 common ports, banner grabbing, software identification
- CVE attribution — every detected software version matched against the NVD
- Risk report — composite risk score (0-100) with priority bands (critical, high, medium, low)
- Remediation advice — concrete steps to fix each finding (disable RC4/3DES, reissue SHA-1, rotate weak RSA, migrate to ML-DSA)
- Curated CVE table — recent OpenSSL CVEs (2022-2026) relevant to the detected versions
Priority bands for remediation
Every finding is assigned a priority band:
- Critical — RSA-1024, 3DES, SHA-1, expired certs, known exploitable CVEs
- High — RSA-2048 (quantum-vulnerable), short keys, deprecated protocols
- Medium — RSA-3072 (quantum-vulnerable but not urgent), TLS 1.0/1.1
- Low — best practices (TLS 1.3, ECDSA P-384, HSTS enabled)
What a QROS scan report looks like
The authenticated scan produces a detailed report with risk scores, findings by priority band, and remediation advice:
Disable TLS 1.0, enforce TLS 1.2+.
Quantum-vulnerable. Plan PQC migration to ML-DSA.
5 CVEs (incl. CVE-2024-6387). Upgrade to 9.8p1.
Enable HSTS header: max-age=31536000.
FAQ
What does the authenticated scan include?
The authenticated scan includes a full testssl.sh TLS scan (protocols, ciphers, certificate chain), port + banner scan on 51 ports, NVD CVE attribution, composite risk score (0-100), priority bands, and remediation advice.
How is risk scored?
Risk is scored on a 0-100 scale based on algorithm strength (RSA-1024 = broken, RSA-2048 = quantum-vulnerable), key length (shorter = higher risk), protocol (TLS 1.0/1.1 = deprecated), and CVE severity (CVSS from the NVD).
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