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.