securability-engineering-review

Code securability evaluation applies the OWASP FIASSE/SSEM framework to assess security posture across analyzability, modifiability, testability, and resilience, generating a weighted pillar score and a 45-item checklist for remediation guidance.

The OWASP SSEM framework is a systematic method to evaluate long-term code securability, measuring attributes like confidentiality, accountability, authenticity, availability, and integrity to ensure code remains securable over time through an 8-step procedure.

Securability checks integrate into MR workflows by applying the SSEM 8-step procedure during code reviews to produce a structured securability report, pillar breakdown, and evaluation checklist that drive repeatable security governance decisions.

The FIASSE framework assesses code readiness for refactors by scoring analyzability, modifiability, and testability pillars, providing a weighted rubric that helps teams evaluate long-term security posture and readiness for fixes.

The SSEM 8-step procedure evaluates nine securability attributes: analyzability, modifiability, testability, confidentiality, accountability, authenticity, availability, integrity, and resilience, producing a weighted pillar score and remediation guidance.

The OWASP SSEM framework requires no external dependencies to run, functioning as a standalone evaluation tool that generates an SSEM score summary, pillar breakdown, and 45-item evaluation checklist directly from code analysis.