security-best-practices

Secure-by-default coding practices are applied by loading language and framework specific guidance from the skill's references, enabling consistent security reviews and vulnerability detection across Python, JavaScript, TypeScript, and Go codebases.

Detecting XSS and CSRF vulnerabilities involves scanning your project against reference-driven security best practices, which produces actionable recommendations and checklists to enforce input validation and CSRF protections.

Generating a security checklist for a Go project requires consulting the skill's references for Go-specific secure-by-default patterns, which yields actionable guidance to improve safe data handling and vulnerability detection.

Yes, the security guidance supports TypeScript frameworks by loading framework-specific best practices from its references, enabling secure-by-default code generation and vulnerability detection across JavaScript and TypeScript environments.

Enforcing input validation and safe data handling during code generation is achieved by consulting the skill's references to apply secure-by-default configurations, producing actionable guidance and consistent security reporting.