How does it help prevent secret leaks in Git?

The skill includes detailed remediation workflows and setup guides for Gitleaks, including pre-commit hooks that prevent sensitive data from being committed to your repository.

Does this skill support multi-cloud environments?

Yes, it provides comprehensive frameworks for managing secrets across AWS, GCP, Azure, and on-premise infrastructure using HashiCorp Vault and cloud-native managers.

Can I use this for Kubernetes-native secret handling?

Absolutely. It covers the External Secrets Operator (ESO), Secrets Store CSI Driver, and Vault Secrets Operator (VSO) to sync external secrets directly into Kubernetes.

What is the advantage of dynamic secrets over static ones?

Dynamic secrets are generated on-demand with short expiration times (TTLs). This ensures that even if a credential is intercepted, it is only valid for a very short window, significantly improving security.

Secure Secret Management

Name: Secure Secret Management
Author: ancoleman

byancoleman

•

158

Seguridad y Pruebas

Manages the lifecycle of API keys, database credentials, and certificates across cloud providers and Kubernetes environments.

Acerca de

This skill provides Claude with specialized capabilities for implementing industry-standard secret management workflows using tools like HashiCorp Vault, Cloud Secret Managers, and External Secrets Operator (ESO). It guides developers through the complexities of secret rotation, dynamic credential generation, and secure delivery to containerized applications while ensuring compliance with security standards like SOC 2 and PCI DSS. By integrating secret scanning and zero-knowledge patterns, this skill helps prevent credential leaks and minimizes the attack surface of modern cloud-native infrastructure.

Características Principales

158 GitHub stars
Automated secret rotation for databases, cloud IAM, and TLS certificates
Native Kubernetes integration via External Secrets Operator and CSI drivers
Dynamic credential generation with short-lived TTLs to reduce breach risks
Integrated secret scanning workflows using Gitleaks to prevent Git history leaks
Multi-cloud and hybrid-cloud secret store selection frameworks

Casos de Uso

Setting up zero-knowledge encryption patterns for sensitive user data
Automating database password rotation in production Kubernetes clusters
Implementing pre-commit hooks and CI/CD scanning to stop credential leakage

Acerca de

Características Principales

158 GitHub stars
Automated secret rotation for databases, cloud IAM, and TLS certificates
Native Kubernetes integration via External Secrets Operator and CSI drivers
Dynamic credential generation with short-lived TTLs to reduce breach risks
Integrated secret scanning workflows using Gitleaks to prevent Git history leaks
Multi-cloud and hybrid-cloud secret store selection frameworks

Casos de Uso

Setting up zero-knowledge encryption patterns for sensitive user data
Automating database password rotation in production Kubernetes clusters
Implementing pre-commit hooks and CI/CD scanning to stop credential leakage