security-best-practices

You can enforce security best practices across Python and JavaScript codebases by applying language-specific guidelines for secure defaults, input validation, CSRF protections, password hashing, and security headers during code generation and auditing workflows.

The best way to audit a codebase for CSRF protections and password hashing gaps is to review it against structured security references, identify missing guardrails, and implement fixes with minimal risk to existing functionality.

Yes, this approach supports server and client boundaries for Go projects, providing framework-specific guidance for secure data flows, secret handling, and safe defaults across both contexts.

Yes, you can use these security guidelines for secure-by-default code generation, applying structured review workflows and policy-driven improvements to ensure safe data flows and validated inputs from the start.

The covered rules include enforcing secure cookies, applying security headers, implementing input validation, handling secrets securely, and ensuring safe data flows across Python, JavaScript/TypeScript, and Go projects.