SOPS Credentials

Document SOPS-encrypted secrets management with FluxCD for Kubernetes.

9|3|Updated Apr 16, 2024
One-click install
npx skills add https://github.com/keiretsu-labs/kubernetes-manifests --skill sops-credentials
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: SOPS Credentials
Source: https://github.com/keiretsu-labs/kubernetes-manifests/tree/main/openclaw/workspaces/main/skills/sops-credentials
Command: npx skills add https://github.com/keiretsu-labs/kubernetes-manifests --skill sops-credentials

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill provides a clear understanding of how sensitive credentials (secrets) are encrypted using SOPS, managed by FluxCD, and injected into Kubernetes resources, ensuring secure and automated secret handling.

Core Features & Use Cases

  • Secret Encryption & Decryption: Details the process of encrypting secrets with SOPS and how Flux decrypts them.
  • Flux Substitution: Explains how ${VARIABLE} placeholders are replaced with decrypted secret values.
  • Credential Flow Tracing: Helps debug issues related to missing or incorrect secrets in pods and applications.
  • Use Case: When a pod fails due to an authentication error, this Skill helps trace the secret's origin from its SOPS-encrypted file in Git to its final injection into the pod's environment variables.

Quick Start

Use the SOPS Credentials skill to trace the origin of the DEFAULT_PASSWORD variable used in the common-secrets.sops.yaml file.

Frequently Asked Questions about SOPS Credentials

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

FAQPage Schema
How does SOPS encryption work with FluxCD GitOps workflows for Kubernetes secrets?▼

SOPS encryption with FluxCD GitOps workflows securely manages Kubernetes secrets by encrypting sensitive files in Git, which Flux automatically decrypts and injects into application manifests during deployment.

How do I trace a missing Kubernetes secret from its Git origin to a pod environment variable?▼

To trace a missing Kubernetes secret, this skill helps debug the credential flow by tracking the variable from its SOPS-encrypted file in Git through Flux substitution into the final pod configuration.

How are SOPS decrypted values substituted into Kubernetes application manifests?▼

Decrypted SOPS values are substituted into Kubernetes application manifests by replacing `${VARIABLE}` placeholders with the actual secret data, ensuring pods receive the correct environment variables.

What is the process for adding new SOPS encrypted secrets to a GitOps repository?▼

Adding new SOPS encrypted secrets to a GitOps repository involves creating the encrypted file using SOPS, committing it to Git, and letting FluxCD automatically decrypt and deploy it as a Kubernetes Secret.

Why does my Kubernetes pod fail with an authentication error after applying SOPS encrypted files?▼

A Kubernetes pod fails with an authentication error when SOPS encrypted secrets are missing or incorrectly substituted, requiring you to debug the FluxCD decryption flow and verify variable placeholders.

Do I need FluxCD to decrypt SOPS secrets for Kubernetes deployments?▼

You need FluxCD to automatically decrypt SOPS secrets for Kubernetes deployments because it manages the GitOps workflow, handling the end-to-end decryption and substitution of credentials into pods.