securability-engineering

To ensure generated code is securable by default, wrap code generation tasks with constraints that enforce OWASP FIASSE securable coding attributes and SSEM rules across auth, input handling, and trust boundary components.

The nine SSEM attributes for secure coding are Analyzability, Modifiability, Testability, Confidentiality, Accountability, Authenticity, Availability, Integrity, and Resilience, which must be aligned with the Transparency principle.

Apply securability engineering during code generation, scaffolding, or refactoring to ensure outputs meet securability criteria from the start, reducing security gaps when building a new feature or refactoring a module.

Secure coding requires specific handling for trust boundaries and data access by applying security-focused constraints during generation to produce inherently securable components across these critical areas.

To enforce OWASP FIASSE constraints when refactoring a module, wrap the refactoring task with securability-engineering to align outputs with the nine SSEM attributes and related defense coding practices.

The Transparency principle in securable code generation is a core FIASSE requirement that all generated outputs must align with alongside the nine SSEM attributes to ensure inherent securability.