audit-typescript-any-escape

Audit TypeScript code for type-safety escapes at API and JSON parsing boundaries.

1|Updated May 2, 2026
One-click install
npx skills add https://github.com/Shankulkarni/vibe-audit --skill audit-typescript-any-escape
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: audit-typescript-any-escape
Source: https://github.com/Shankulkarni/vibe-audit/tree/main/skills/audit-typescript-any-escape
Command: npx skills add https://github.com/Shankulkarni/vibe-audit --skill audit-typescript-any-escape

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Audit TypeScript codebases for any escapes that erode type safety at API and data boundaries, helping teams prevent subtle runtime bugs caused by untyped data inflows.

Core Features & Use Cases

  • Detects any at fetch/HTTP response boundaries, API route handlers, and JSON.parse usage that bypass type checks.
  • Recommends concrete fixes like strict typings, runtime validation with schemas, and safer data parsing patterns.
  • Use Case: when integrating external services, run this audit to surface type-safety holes before they become production issues.

Quick Start

Run the audit against your TypeScript project to surface any type-safety escapes at API and data boundaries.

Frequently Asked Questions about audit-typescript-any-escape

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I find TypeScript type-safety gaps in API route handlers?

To find TypeScript type-safety gaps in API route handlers, run an audit that scans for code patterns bypassing type checks at HTTP response boundaries. It reports these vulnerabilities and recommends concrete fixes like strict typings and runtime validation schemas.

Why does untyped JSON.parse cause runtime bugs in TypeScript?

Untyped JSON.parse causes runtime bugs because it bypasses TypeScript type checks, allowing untyped external data to flow into your application. Auditing JSON.parse usage surfaces these type-safety escapes and recommends safer data parsing patterns to prevent production issues.

What is the best way to secure fetch response boundaries in TypeScript?

The best way to secure fetch response boundaries is auditing for any escapes and applying strict typings with runtime validation. This approach detects untyped data inflows at HTTP boundaries and ensures concrete fixes are applied before external data causes subtle runtime bugs.

Can I audit my codebase for any escapes when integrating external services?

Yes, you can audit your codebase for any escapes when integrating external services to surface type-safety holes at data boundaries. This audit targets runtime data validation scenarios and reports concrete fixes to prevent untyped data from causing production issues.

How to fix TypeScript code that bypasses type safety at data boundaries?

To fix TypeScript code that bypasses type safety at data boundaries, apply runtime validation with schemas, proper typing, and safer JSON parsing patterns. An audit identifies these gaps and provides concrete fixes to restore type safety at API boundaries.