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In this report
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1Recommended next improvements
- 1. Introduce Known Vulnerability ScanCoverage impact +7.2 % · risk reduction critical · closes 15 scopes
- 2. Introduce Vulnerable Dependency GateCoverage impact +6.4 % · risk reduction critical · closes 9 scopes
- 3. Extend Infrastructure Drift Detection to the rest of your stackCoverage impact +5.7 % · risk reduction critical · closes 12 scopes
- 3. Introduce Runtime Threat DetectionCoverage impact +5.7 % · risk reduction critical · closes 12 scopes
- 5. Extend Known Vulnerability Scan to every environmentCoverage impact +4.8 % · risk reduction high · closes 10 scopes
At most 5 improvements are ranked here, by what each would move. This is the top of the list, not the whole work list — everything still open is in the CSV export.
2How these numbers were produced
Nothing on this report was measured by a scanner. Every figure is derived from the answers given in the assessment, by the same engines that produce the interactive views — a number here and the same number on the coverage map cannot disagree, because there is only one of each.
Coverage is 198 of 419 weighted scopes, over 250 required scopes. A scope is one combination of environment, technology, lifecycle phase and control point that a requirement demands, and it counts as covered when something in place matches it. 131 scopes are not matched by anything.
Effectiveness is scored only over components this release can assess. 35% of the weight could not be — evidence collection and ownership are not modelled yet — and was excluded rather than guessed, which is why effectiveness is not simply coverage seen from another angle.
Maturity is averaged over everything the profile requires, with uncovered scope counting as level 0.
100% of that weight was assessed with at least one criterion left out, because this release has no model for it. A level therefore means “level N as far as this release can see”.
Framework percentages are over the requirements this control catalog addresses, never over the whole framework. A requirement the catalog does not map, and a requirement asking for a control your profile never required, are both excluded from the percentage rather than counted against you.
The gap table prints at most 15 of the critical and high gaps. The complete list, at every severity and with the scope each sits in, is in the CSV export.
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3Against the frameworks
- NIST SSDF 1.1 — 57%2 satisfied, 6 partial, 2 not satisfied. A further 7 ask for controls your profile did not require — the framework is stricter than your baseline there — and 2 are not addressed by this control catalog at all. Both are excluded from the percentage rather than counted against you.
- OWASP SAMM 2.0 — 51%2 satisfied, 6 partial, 2 not satisfied. A further 3 ask for controls your profile did not require — the framework is stricter than your baseline there — and 2 are not addressed by this control catalog at all. Both are excluded from the percentage rather than counted against you.
4What was assessed
Web application, API, Critical criticality, internet-facing, holds personal data, holds financial data. Built from 11 technologies across 3 environments.
No scanner was connected and no repository was read. Everything below is derived from the answers given in the assessment.
5The three numbers
Coverage
47%
Effectiveness
61%
Maturity
1.0 / 5 (Available)
198 covered221 not covered
- Coverage
- 198 of 419 weighted scopes are covered by something. 250 scopes were required in total.
- Effectiveness
- How much those controls actually do. 35% of this score could not be assessed, because evidence collection and ownership are not part of this release; those components were excluded rather than guessed.
- Maturity
- Averaged over everything the profile requires, with uncovered scope counting as level 0. Coverage and maturity move independently: a control can run everywhere and still be an immature process.
6Where the gaps are
170 gaps in total, 95 of them critical or high.
| Severity | Control | Where | What is wrong |
|---|---|---|---|
| critical | Authenticated Dynamic Scan | Production · CI Pipeline | nothing covers it |
| critical | Periodic Penetration Test | Production · Manual Review | expected runs automatically, actual run by hand |
| critical | Periodic Penetration Test | Production · Manual Review | expected runs automatically, actual run by hand |
| critical | Vulnerable Dependency Gate | Production · Java · CI Pipeline | expected blocking, actual a warning |
| critical | Vulnerable Dependency Gate | Production · Java · Release Gate | nothing covers it |
| critical | Vulnerable Dependency Gate | Production · Spring Boot · CI Pipeline | expected blocking, actual a warning |
| critical | Vulnerable Dependency Gate | Production · Spring Boot · Release Gate | nothing covers it |
| critical | Vulnerable Dependency Gate | Production · React · CI Pipeline | expected blocking, actual a warning |
| critical | Vulnerable Dependency Gate | Production · React · Release Gate | nothing covers it |
| critical | Admission Policy Enforcement | Production · Kubernetes · Admission | nothing covers it |
| critical | IaC Misconfiguration Detection | Production · Helm · Pull Request | it runs elsewhere, but not for this technology |
| critical | IaC Misconfiguration Detection | Production · Helm · CI Pipeline | it runs elsewhere, but not for this technology |
| critical | Infrastructure Drift Detection | Production · Terraform · Continuous Scan | it runs elsewhere, but not for this technology |
| critical | Infrastructure Drift Detection | Production · Terraform · Runtime | it runs elsewhere, but not for this technology |
| critical | Infrastructure Drift Detection | Production · Azure · Continuous Scan | it runs elsewhere, but not for this technology |
The remaining 80 critical or high gaps are in the CSV export.