securability-engineering

Secure-by-default code generation wraps outputs with FIASSE and SSEM attributes to enforce security, reliability, and maintainability. It applies explicit constraints, logging, and trust boundary handling to software assets like new modules.

SSEM attributes are security and maintainability qualities including Analyzability, Modifiability, Testability, Confidentiality, Accountability, Authenticity, Availability, Integrity, and Resilience enforced in code to satisfy trustworthiness requirements.

Refactoring security-sensitive components applies the Transparency principle and Trust Boundary handling to ensure observable, auditable outputs. This enforces SSEM attributes like Confidentiality and Authenticity in auth, data access, and API endpoints.

Scaffolding features with security constraints applies FIASSE principles to ensure generated code handles trust boundaries explicitly. This embeds logging and accountability requirements directly into the generated software assets.

Trust boundary handling is needed when generating or refactoring security-sensitive components like authentication and API endpoints. It ensures outputs remain observable and auditable across security perimeters by applying the Transparency principle.

Ensuring maintainability and testability during code generation requires embedding SSEM attributes like Modifiability and Testability into outputs. This enforces explicit constraints and boundary handling to satisfy software reliability requirements.