sc-lang-typescript

Scanning JavaScript security vulnerabilities involves detecting anti-patterns like prototype pollution, eval injection, and DOM-based XSS across frontend and backend stacks, then producing a prioritized remediation plan with actionable findings.

Critical JavaScript security anti-patterns include prototype pollution, eval/Function injection, DOM-based XSS, unsafe child_process usage, and insecure VM patterns, detectable across React, Next.js, Angular, Vue, Express, Fastify, Koa, and Nest.

Yes, static analysis detects DOM-based XSS in Next.js and Vue by applying language-aware checks to frontend JavaScript code, identifying unsafe patterns, and providing actionable remediation guidance for developers.

Yes, you can check Node.js backend stacks like Express, Fastify, Koa, and Nest for insecure child_process and VM usage by applying language-specific static analysis to identify vulnerabilities and return remediation steps.

The best way to find prototype pollution vulnerabilities in JavaScript is using language-aware static analysis that identifies unsafe object mutation patterns and integrates with the TypeScript/JavaScript security checklist for remediation.

Static analysis may miss npm ecosystem risks in TypeScript projects when vulnerabilities stem from transitive dependency behaviors rather than direct source code anti-patterns within the scanned codebase itself.