Secrets Management

Secrets Management

Design a secrets management strategy for "$ARGUMENTS". Audit current secrets handling, identify exposed credentials, and define a secure vault and rotation strategy.

Prerequisites

Read .metapowers/security/$ARGUMENTS/00-govern.md. If this file does not exist, tell the user:

Phase 0 (Govern) has not been completed for "$ARGUMENTS". Run a Govern skill first (e.g., /security:security-policy $ARGUMENTS), or use --skip-checks to bypass.

If --skip-checks is present in $ARGUMENTS, skip this check and log to .metapowers/security/$ARGUMENTS/skip-log.md.

Process

1. Audit current secrets:

   • Inventory all secret types: API keys, database credentials, tokens (OAuth, JWT signing keys), TLS certificates, SSH keys, encryption keys
   • Identify where each secret is currently stored (environment variables, config files, hardcoded in source, CI/CD variables, cloud provider secrets)
   • Check git history for previously committed secrets (even if removed from HEAD)
   • Assess current rotation practices per secret type

2. Identify secrets exposure risks:

   • Scan codebase for hardcoded secrets (API keys, connection strings, passwords in source)
   • Review configuration files for plaintext credentials (.env files, YAML configs, docker-compose)
   • Check CI/CD pipeline configurations for exposed secrets (build logs, artifact storage)
   • Review logging output for accidentally logged credentials
   • Assess secrets shared via insecure channels (email, Slack, shared documents)

3. Design vault strategy:

   • Evaluate vault solutions based on requirements (HashiCorp Vault, AWS Secrets Manager, Azure Key Vault, GCP Secret Manager, 1Password, Doppler)
   • Define secret hierarchy and namespacing (per environment, per service, per team)
   • Design access patterns (application runtime, CI/CD pipeline, developer access)
   • Plan high availability and disaster recovery for the vault

4. Define rotation policy:

   • Set rotation frequency per secret type (API keys: 90 days, database credentials: 30 days, TLS certificates: before expiry, signing keys: annually)
   • Design automated rotation where possible (database credential rotation, certificate renewal via ACME)
   • Define manual rotation procedures for secrets that cannot be automated
   • Plan for emergency rotation (credential compromise response)

5. Implement least-privilege access:

   • Define who and what can access each secret (human users, service accounts, CI/CD runners)
   • Implement short-lived credentials where possible (dynamic database credentials, temporary STS tokens)
   • Set up audit logging for all secret access and modifications
   • Design break-glass procedures for emergency access

6. Plan secrets in CI/CD pipelines:

   • Define how secrets are injected into build and deploy pipelines
   • Ensure secrets are never printed in build logs or stored in artifacts
   • Use pipeline-native secret management (GitHub Actions secrets, GitLab CI variables, etc.)
   • Implement secret scanning in pre-commit hooks and CI checks

7. Write the artifact to .metapowers/security/$ARGUMENTS/02-protect.md with heading:

   Secrets Management Strategy

   Include sections:

   • Secrets Inventory — all secrets by type, current storage location, and risk level
   • Exposure Assessment — identified secrets in code, config, logs, and history
   • Vault Architecture — chosen solution, hierarchy, and access patterns
   • Rotation Policy — rotation schedule per secret type with automation status
   • CI/CD Integration — how secrets flow through build and deploy pipelines
   • Implementation Roadmap — phased migration plan from current state to target state

Output

The secrets management strategy written to .metapowers/security/$ARGUMENTS/02-protect.md. Present a summary to the user highlighting:

• Total secrets inventoried and current risk posture
• Exposed secrets requiring immediate remediation
• Chosen vault solution and key design decisions
• Rotation policy summary and automation coverage