security-best-practices

To perform a security code review, trigger this Skill to analyze your Python, JavaScript/TypeScript, or Go codebase for vulnerabilities and receive actionable recommendations. It evaluates your project against language-specific secure coding best practices and generates a prioritized report of critical findings with suggested fixes.

Common secure coding best practices to prevent vulnerabilities include implementing secure defaults and proactively auditing for flaws like SQL injection or insecure headers. This Skill identifies these issues in your codebase and provides specific improvements to ensure your application is built securely from the ground up.

Yes, you can use this to find and fix SQL injection vulnerabilities in your Go backend. The Skill explicitly analyzes Go code for common security flaws, identifies potential injection points or insecure configurations, and guides you on how to implement secure defaults to resolve them.

The best way to generate secure-by-default code for a new web service is to apply security best practices during development. This Skill helps you write new code that adheres to language-specific security standards, ensuring your application is protected against common attacks from the start.

Yes, this security auditing tool works with TypeScript frameworks. It supports both JavaScript and TypeScript, performing framework-specific security reviews and suggesting improvements to eliminate vulnerabilities in your codebase.

To get a prioritized vulnerability report for your existing codebase, run a security audit using this Skill. It analyzes your code for common security flaws, prioritizes critical findings, and generates a detailed report with actionable recommendations and suggested fixes.