secrets-manager

name	secrets-manager
version	1.1.0
tier	foundation
description	Set up and configure cloud secrets management for your AI agent. Guides users through platform selection (GCP, AWS, Azure, 1Password, Doppler, HashiCorp Vault), account setup, CLI configuration, and secure credential storage.
requires	{"bins":[]}

Secrets Manager — Give Your AI Agent Keys to the Kingdom

1. The Vision: Why This Changes Everything

Right now you're chatting with an AI. That's 1% of what's possible.

Without secrets management, your AI agent is a brain in a jar — it can think, but it can't do anything:

┌─────────────────────────────────────────────────────┐
│                  WITHOUT SECRETS                     │
│                                                      │
│   You ──── text ────► [  AI Agent  ] ──── text ───► You
│                        (brain in a jar)              │
│                                                      │
│   ❌ Can't read email        ❌ Can't run ads        │
│   ❌ Can't check inventory   ❌ Can't pull analytics │
│   ❌ Can't manage orders     ❌ Can't post content   │
│   ❌ Can't send invoices     ❌ Can't automate anything│
│                                                      │
│   It's a walkie-talkie. You talk. It talks back.     │
│   That's it.                                         │
└─────────────────────────────────────────────────────┘

Now look what happens when you give the agent secure access to your tools:

┌──────────────────────────────────────────────────────────────────┐
│                     WITH SECRETS MANAGEMENT                       │
│                                                                   │
│                        ┌──────────┐                               │
│              ┌────────►│  Gmail   │  Read/send email              │
│              │         └──────────┘                               │
│              │         ┌──────────┐                               │
│              ├────────►│  Square  │  POS, inventory, orders       │
│              │         └──────────┘                               │
│              │         ┌──────────┐                               │
│   You ──►[ AI AGENT ]─┼────────►│ Google Ads│  Run campaigns     │
│              │         └──────────┘                               │
│              │         ┌──────────┐                               │
│              ├────────►│Mailchimp │  Email marketing              │
│              │         └──────────┘                               │
│              │         ┌──────────┐                               │
│              ├────────►│QuickBooks│  Accounting                   │
│              │         └──────────┘                               │
│              │         ┌──────────┐                               │
│              └────────►│ Walmart  │  Ecommerce                   │
│                        └──────────┘                               │
│                                                                   │
│   Every API key = a new superpower.                               │
│   Secrets management = the secure vault that holds them all.      │
└──────────────────────────────────────────────────────────────────┘

Here's how secrets flow from vault to action:

┌─────────────┐    startup    ┌──────────────┐    env vars    ┌──────────┐    API calls    ┌──────────┐
│ Cloud Vault  │─────────────►│   Gateway    │──────────────►│ AI Agent │───────────────►│ Services │
│ (encrypted)  │  fetch keys  │  Wrapper.sh  │  in memory    │          │  authenticated  │ (Gmail,  │
│              │              │              │  (not on disk) │          │                 │  Square, │
└─────────────┘              └──────────────┘               └──────────┘                 │  etc.)   │
                                                                                          └──────────┘
     SECURE                     SECURE                        SECURE                      AUTHORIZED
  at rest, encrypted        fetched once at boot          never written to disk          full API access

Think of it this way: Secrets management gives your AI agent keys to the building instead of just a walkie-talkie. Every integration you'll ever add — email, POS, ads, ecommerce — starts here.

This is the foundation. Set it up once, and every future integration becomes a 5-minute job instead of an hour of fumbling with .env files and hardcoded keys.

---

2. Platform Selection

Ask the user: "Which secrets platform do you want to use? Here are your options:"

Platform	Best For	Pricing	Complexity
GCP Secret Manager	Google ecosystem, cost-effective	6 active secrets free, ~$0.06/secret/mo	Medium
AWS Secrets Manager	AWS ecosystem, enterprise	$0.40/secret/month	Medium
Azure Key Vault	Microsoft/Azure ecosystem	$0.03/10k operations	Medium
1Password Connect	Teams already on 1Password	Business plan required	Low
Doppler	Developer-focused, multi-env	Free tier available	Low
HashiCorp Vault	Self-hosted, max control	Free (self-hosted)	High

Why each platform:

• GCP Secret Manager — Best bang for buck. Generous free tier (6 secrets, 10k access ops/mo). Deeply integrated with Google services. If you use Gmail, Google Ads, or BigQuery, this is the natural choice.
• AWS Secrets Manager — Industry standard for enterprise. Pairs perfectly with Lambda, ECS, and the broader AWS ecosystem. More expensive per-secret but rock-solid.
• Azure Key Vault — Natural fit for Microsoft shops. Strong RBAC, integrates with Azure AD. Good if you're already running Azure resources.
• 1Password Connect — Lowest friction if your team already pays for 1Password Business. No new accounts, no new CLI to learn. Just extend what you have.
• Doppler — Built specifically for developer secrets. Best DX of any option. Syncs across environments (dev/staging/prod). Free tier covers small projects.
• HashiCorp Vault — Maximum control. Self-hosted, open source, infinitely configurable. But also the most complex to set up and maintain. Choose this if you have strong DevOps skills or compliance requirements.

Not sure? Ask me to help you decide. Tell me what cloud services you already use, your team size, and your budget. I'll recommend one.

For a detailed side-by-side comparison, load references/platform-comparison.md.

After the user selects a platform, load the corresponding reference file:

Selection	Reference File
GCP	references/gcp-secret-manager.md
AWS	references/aws-secrets-manager.md
Azure	references/azure-key-vault.md
1Password	references/1password-connect.md
Doppler	references/doppler.md
HashiCorp Vault	references/hashicorp-vault.md

---

3. Setup — Walk Through the Reference

Read the selected platform's reference file and walk the user through it step by step.

Guidelines for the agent:

• Go one step at a time. Don't dump the whole guide at once.
• After each command, tell the user what they should see.
• Encourage questions: "Ask me anything about this step."
• If a step fails, troubleshoot before moving on.
• Celebrate small wins: "Secret created! You're almost there."
• Get a yes before writing or deleting credentials. Before creating, updating, or deleting any secret in the user's vault, say what you're about to do and confirm. The round-trip test (§5) creates and deletes a throwaway secret — tell the user before running it.
• Never print a secret's value to the conversation — confirm presence only (e.g. echo "${VAR:+set}").

---

4. Integration with Your Agent Runtime

Once the platform is configured, wire secrets into however your agent starts. The pattern is the same for any runtime (Claude Code, Codex CLI, Gemini CLI, a cron-triggered script, a long-running daemon): wrap the start command with a script that fetches secrets into env vars first, then execs the agent. Secrets stay in memory — they never touch disk.

Step 1: Create the Startup Wrapper Script

Create ~/.config/ai-agent/wrapper.sh:

#!/bin/bash
# wrapper.sh — Fetch secrets at startup, export as env vars, then launch your agent.
# Secrets are held in memory only — never written to disk.

set -euo pipefail

# ------------------------------------------------------------------
# Helper: fetch a single secret (replace with your platform's CLI)
# ------------------------------------------------------------------
# GCP:        gcloud secrets versions access latest --secret="$1" --project=YOUR_PROJECT
# AWS:        aws secretsmanager get-secret-value --secret-id "$1" --query SecretString --output text
# Azure:      az keyvault secret show --vault-name YOUR_VAULT --name "$1" --query value -o tsv
# 1Password:  op read "op://vault/$1/credential"
# Doppler:    doppler secrets get "$1" --plain
# Vault:      vault kv get -field=value secret/"$1"
# ------------------------------------------------------------------
fetch_secret() {
  # Uncomment and customize ONE of the lines above
  echo "REPLACE_ME"
}

# ------------------------------------------------------------------
# Export secrets as environment variables
# ------------------------------------------------------------------
export MY_API_KEY=$(fetch_secret "my-api-key")
export ANOTHER_SECRET=$(fetch_secret "another-secret")
# Add more as needed...

# ------------------------------------------------------------------
# Launch your agent. Replace the line below with your runtime's
# start command. Examples:
#   exec claude                         # Claude Code
#   exec codex                          # Codex CLI
#   exec gemini                         # Gemini CLI
#   exec "$@"                           # pass-through (recommended if you alias this script)
# ------------------------------------------------------------------
exec "$@"

mkdir -p ~/.config/ai-agent
chmod +x ~/.config/ai-agent/wrapper.sh

Step 2: Reference Secrets From Your Agent's Config

Most agent runtimes support ${VAR_NAME} substitution in their config files. For example:

{
  "integrations": {
    "myService": {
      "apiKey": "${MY_API_KEY}"
    }
  }
}

If your agent doesn't support env-var substitution in its config, your code can read os.environ["MY_API_KEY"] (Python), process.env.MY_API_KEY (Node), etc.

Step 3: Launch Your Agent Through the Wrapper

Instead of running claude (or whatever your agent's start command is) directly, run it through the wrapper:

~/.config/ai-agent/wrapper.sh claude

Or add a shell alias so you don't have to think about it:

# ~/.zshrc or ~/.bashrc
alias claude='~/.config/ai-agent/wrapper.sh claude'

What you should see: Your agent starts normally with all the env vars populated from the vault.

Step 4: Verify the Integration

From inside your agent session, ask it to echo one of the env vars (not the real secret value — just confirm the variable is set):

echo "${MY_API_KEY:+set}"   # prints "set" if populated, nothing otherwise

If it prints set, secrets are flowing correctly.

---

5. Verification

Run the verification script to confirm everything is wired up:

bash scripts/verify_access.sh

What you should see: Green checkmarks for CLI detection, authentication, and secret access.

If any check fails, the script prints exactly what went wrong and how to fix it.

Optional: Full Round-Trip Test

Run the test script to create, read, and delete a test secret:

bash scripts/test_secret.sh

This creates ai-agent-test-secret, reads it back, verifies the value, and cleans up after itself.

---

6. What's Next

You now have a secure secrets pipeline. Here's what to do with it:

1. Add your first real secret — Start with whatever API key you use most (email, POS, analytics)
2. Update the wrapper script — Add a fetch_secret + export line for each new key
3. Restart the gateway — Picks up new secrets automatically
4. Repeat — Every new integration is now: get API key → store in vault → add to wrapper → restart

Every integration you add from here is a 5-minute job. The hard part is done.

---

Quick Reference

Adding a New Secret (Any Platform)

1. Store the secret:    <platform-cli> create-secret "secret-name" "secret-value"
2. Update wrapper:      export SECRET_NAME=$(fetch_secret "secret-name")
3. Update config:       Add ${SECRET_NAME} to your agent's config if needed
4. Relaunch agent:      ~/.config/ai-agent/wrapper.sh <your-agent-command>

Security Best Practices

• Never store secrets in .env files, code, or config files
• Never commit secrets to git
• Always use the vault as single source of truth
• Rotate secrets periodically (quarterly at minimum)
• Audit access logs when your platform supports it
• Use service accounts with minimum required permissions