Does Outloop replace 1Password, Infisical, or Doppler?

No. A vault stores and rotates secrets; Outloop controls how agents use approved access at runtime. Keep your vault for your team. Outloop is designed to sit above it, never to replace it.

Which secret backends does Outloop support?

Today: macOS Keychain on your company-controlled Mac. Direct integrations with 1Password, Infisical and Doppler are not supported yet. The architecture keeps storage separate from runtime use, so an external vault can become the backend without changing how agents request access.

Does my secret leave my machine?

No. Secrets stay local. The credential is read host-side at request time and used on the wire; Outloop cloud never receives raw API keys, tokens, .env contents, or Authorization headers.

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Outloop + 1Password, Infisical & Doppler

Last updated: September 26, 2026

In short

A vault stores secrets. Outloop controls how AI agents use them — macOS Keychain today; 1Password, Infisical and Doppler are not supported yet.

Outloop is the runtime access layer, not a vault: AI agents request approved actions, the local broker uses the stored credential on the wire, requests aimed at the wrong client workspace are blocked by policy, and each attempt is written to a redacted local audit. Today credentials are stored in macOS Keychain on your Mac; external vault backends are not supported yet.

Architecture diagram showing Outloop as a runtime access layer above a secure backend — the vault stores the secret, Outloop controls how agents use it, and the agent only ever receives an approved, redacted result — Architecture view. Storage stays with the secure backend and Outloop sits above it as the runtime access layer; the agent only ever sees an approved, redacted result. Supported backend today: macOS Keychain. 1Password, Infisical and Doppler: not supported yet.

1Password, Infisical, and Doppler are excellent at what they do: store, encrypt, and rotate secrets. Outloop doesn't compete with that. It governs a different moment — when an AI agent needs to use a credential across client workspaces. Today the credentials Outloop brokers are stored in macOS Keychain on your Mac; direct integrations with these vaults are not supported yet.

That means agents never receive raw keys, a wrong-client call is stopped before it reaches the backend, and you get a redacted local record of every action. The layer that governs that moment of use is increasingly called a credential broker for AI agents — the vault stores; the broker governs use.

Secure backend + runtime access layer

Vault vs runtime access layer. Outloop complements a vault and never replaces it. Supported backend today: macOS Keychain; external vault integrations are not supported yet.
Capability	1Password · Infisical · Doppler (secure backend)	+ Outloop (runtime access layer)
Store & encrypt secrets	✓	Uses macOS Keychain today
Rotate secrets	✓	Stays with the backend
Agent requests an action, not the key	—	✓
Per-tenant runtime policy	—	✓
Wrong-client prevention at call time	—	✓
Redacted local audit of agent use	—	✓

What Outloop adds that a vault does not

→Agents request approved actions or aliases — not secret values.
→Per-tenant policy so the right client's credential is used every time.
→Wrong-tenant access blocked by policy before any backend call.
→Redacted local audit of every attempt — decision, tenant, service.

Setup guides and product support are included; custom implementation is priced separately. See the security model for specifics, or why Outloop is not a vault.

Keep your vault. Control runtime use.

For AI agencies, operators, and dev shops running agents across client workspaces. Setup guides and product support included.

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Outloop + 1Password, Infisical & Doppler

Secure backend + runtime access layer

What Outloop adds that a vault does not

Keep your vault. Control runtime use.

Vaults and Outloop — FAQ