vtex-io-security-boundaries

Validate trust boundaries and prevent data leakage in VTEX IO routes.

Updated Mar 27, 2026
One-click install
npx skills add https://github.com/exilonX/ap2 --skill vtex-io-security-boundaries-exilonx
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: vtex-io-security-boundaries
Source: https://github.com/exilonX/ap2/tree/main/.agents/skills/vtex-io-security-boundaries
Command: npx skills add https://github.com/exilonX/ap2 --skill vtex-io-security-boundaries-exilonx

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you prevent security vulnerabilities caused by unsafe trust boundaries in VTEX IO apps by ensuring that public exposure, input validation, and data handling are reviewed and tightened.

Core Features & Use Cases

  • Trust-boundary exposure review: Identify what is internet- or partner-exposed when public: true and treat every public route as untrusted.
  • Boundary input validation: Validate incoming body/params/headers before domain logic or downstream client calls, including webhook authenticity checks.
  • Leakage prevention across context: Prevent tokens, sensitive headers, raw downstream payloads, and cross-account/workspace/user data from crossing boundaries unintentionally.
  • Service-to-service boundary discipline: Apply explicit validation and scoped assumptions even for internal service calls.
  • Response shaping and logging safety: Ensure minimal, intentionally shaped outputs and avoid leaking secrets through logs or console.log.

Quick Start

Review the VTEX IO route or integration to confirm that public exposure is explicit, validate all untrusted inputs at the boundary, and ensure responses and logs do not leak secrets or cross context.

Frequently Asked Questions about vtex-io-security-boundaries

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

FAQPage Schema
How do I validate webhook payloads in VTEX IO apps?

To prevent data leakage in VTEX IO, apply minimal response shaping and avoid logging raw downstream payloads, sensitive headers, or tokens. Explicit trust boundaries ensure cross-account, workspace, or user context does not cross routes unintentionally.

How do I secure public routes when public is true in VTEX IO?

Treat every public route as untrusted when public is true in VTEX IO. You must validate incoming body, params, and headers at the boundary before executing domain logic to harden route exposure against internet or partner access.

What is service-to-service boundary discipline in VTEX IO?

Service-to-service boundary discipline in VTEX IO means applying explicit input validation and scoped assumptions even for internal service calls. This prevents unauthorized context or sensitive data from crossing boundaries between internal integrations.

How do I prevent data leakage across VTEX IO trust boundaries?

To prevent data leakage in VTEX IO, apply minimal response shaping and avoid logging raw downstream payloads, sensitive headers, or tokens. Explicit trust boundaries ensure cross-account, workspace, or user context does not cross routes unintentionally.

Do I need to validate inputs for internal service-to-service calls in VTEX IO?

Yes, internal service-to-service calls in VTEX IO require explicit boundary validation. Treating internal integrations with scoped assumptions prevents tokens, sensitive headers, and cross-account data from leaking between services unintentionally.