sharp-edges

Security footguns in API design are identified by reviewing algorithm selection risks, dangerous defaults, and primitive-vs-semantic API confusion. This process detects configuration cliffs and provides actionable mitigations to enforce secure defaults.

Dangerous defaults in secure-by-default API design are configuration cliffs and primitive API patterns that enable security mistakes. They are detected during threat modeling and security architecture assessments to reduce insecure defaults.

Codebases are reviewed for algorithm selection risks and configuration cliffs by applying threat modeling guidelines during API design reviews and library critiques. This detects risky configuration patterns and yields actionable security mitigations.

Yes, threat modeling and security assessments across codebases are supported by outlining detection patterns and recommended mitigations. It is applicable during API design reviews, library design critiques, and security architecture assessments.

Primitive vs semantic API confusion in library design critiques is an error-prone pattern where low-level primitives enable security mistakes. It is identified alongside dangerous defaults to enforce secure-by-default patterns and reduce risk.

Limitations to detecting insecure defaults during security architecture assessments involve identifying configuration cliffs and algorithm selection risks. It targets error-prone APIs and dangerous configurations to enforce secure by default.