go-secrets-managing

Manage Go application secrets with envelope encryption and AES-GCM.

23|2|Updated Jun 9, 2025
One-click install
npx skills add https://github.com/kaptinlin/gozod --skill go-secrets-managing
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: go-secrets-managing
Source: https://github.com/kaptinlin/gozod/tree/main/.agents/skills/go-secrets-managing
Command: npx skills add https://github.com/kaptinlin/gozod --skill go-secrets-managing

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Go projects often struggle to securely store and access credentials. This Skill provides a production-grade approach to managing secrets in Go, using envelope encryption and integration with go-config to load and interpolate sensitive values safely at startup and runtime.

Core Features & Use Cases

  • Envelope encryption for per-secret keys: derives a per-secret Data Encryption Key (DEK) and binds ciphertext to scope/name via AAD.
  • Master-key lifecycle and rotation: supports envvar-based master keys and multi-key rotation for zero-downtime upgrades.
  • go-config integration: allows loading secrets as a config source or resolving ${secret:NAME} references during config parsing.
  • Memory-safety and auditing: includes zeroization of plaintext after use and optional audit logging for secret access.
  • Production-ready patterns: file-based encrypted stores, rotation hooks, and provenance tracking.

Quick Start

Initialize the sample to securely load secrets using envelope encryption and integrate with go-config in your Go application.

Frequently Asked Questions about go-secrets-managing

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

FAQPage Schema
How do I implement envelope encryption for Go application secrets?▼

Envelope encryption for Go secrets is implemented by deriving per-secret Data Encryption Keys (DEKs) and binding ciphertext to scope and name via Additional Authenticated Data (AAD) using AES-GCM. This ensures plaintext values stay isolated and protected at rest.

How does memory-safety work when handling secrets in Go?▼

Memory-safety for Go secrets is achieved by zeroizing plaintext after use through Value.Close semantics, ensuring zero-memory exposure of sensitive values once they are no longer needed by the application.

Can I integrate encrypted secrets with go-config for runtime interpolation?▼

Yes, encrypted secrets can be integrated with go-config by loading them as a config source or resolving ${secret:NAME} references during config parsing, allowing safe interpolation of sensitive values at startup and runtime.

What is the best way to rotate master keys in Go with zero downtime?▼

Master key rotation in Go can be achieved with zero downtime by using multi-key rotation workflows, supporting envvar-based or KMS-backed master keys, and applying time-based rotation hooks for seamless upgrades.

How do I audit secret access in a Go production environment?▼

You can audit secret access in Go by utilizing optional audit logging features that track provenance and record interactions with encrypted stores, satisfying security requirements for production-grade secret management.

Does this Go secret management approach support KMS for master keys?▼

Yes, this approach supports master-key management via environment variables or Key Management Service (KMS), allowing flexible deployment across different environments while maintaining secure envelope encryption.