security-best-practices

Security vulnerabilities are identified by loading language- and framework-specific security references to analyze Python, JavaScript/TypeScript, or Go code. This process applies secure-by-default best practices to discover gaps and output structured remediation guidance for codebases.

Secure-by-default coding is an approach that proactively enforces security best practices during development. For security audits, it generates targeted remediation plans and prioritized fixes by comparing code against language-specific references to eliminate vulnerabilities before deployment.

Running a security code review for a Go project involves loading Go-specific security references and analyzing the code for gaps. This generates actionable, secure-by-default coding recommendations and a prioritized list of fixes based on discovered vulnerabilities.

Yes, this approach works for both greenfield projects and existing codebase audits. It generates actionable, secure-by-default coding recommendations and vulnerability review outputs, producing targeted remediation plans based on discovered security gaps.

Framework-specific vulnerability auditing focuses on security gaps by applying language- and framework-specific practices from dedicated references. Unlike general code review, it outputs structured, prioritized remediation guidance tailored to the exact security context of Python, JavaScript/TypeScript, or Go.

Language-specific security references are needed when identifying security gaps in code across Python, JavaScript/TypeScript, and Go projects. They provide the exact best-practice context required to generate targeted remediation guidance and prioritized fixes for security reviews.