openclaw - 💡(How to fix) Fix Feature: Centralized API key management [1 comments, 2 participants]

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openclaw/openclaw#74439Fetched 2026-04-30 06:23:57
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Summary\nConsolidate all API key/secret management into a single central vault with per-key ACLs, usage tracking, and rotation support — rather than scatter keys across env vars, config files, and channel plugins.\n\n## Motivation\n- Keys currently live in: env vars, , channel configs, Lambda env\n- No unified rotation, audit log, or TTL policy\n- Risk of key leakage via config snapshots, debug logs, or accidential git commits\n- Hard to enforce "least privilege" per capability\n\n## Proposed Approach\n- Single credentials store at (or SQLite-backed)\n- Keys referenced by logical name in all configs (, , etc.)\n- Gateway resolves at runtime, never leaks into logs or argv\n- Support: key rotation, expiry, per-skill scoping, usage accounting\n- Migration path: existing files auto-imported on first run\n\n## Scope\n- Design + implement centralized key store\n- Migrate all built-in plugins/channels to use it\n- Add CLI (list, add, rotate, prune)\n- Audit log for key access (what key accessed when, by which skill/channel)\n\n---

extent analysis

TL;DR

Implement a centralized key store with per-key ACLs and usage tracking to consolidate API key management.

Guidance

  • Design a single credentials store using a secure solution, such as a vault or SQLite-backed database, to store all API keys and secrets.
  • Update configurations to reference keys by logical name, allowing the gateway to resolve them at runtime without leaking into logs or argv.
  • Develop a migration path to auto-import existing key files on first run, ensuring a seamless transition to the new centralized key store.
  • Implement key rotation, expiry, and per-skill scoping to enforce "least privilege" and minimize the risk of key leakage.

Example

No code snippet is provided as the issue focuses on the design and implementation of a centralized key store, rather than specific code changes.

Notes

The proposed approach requires careful consideration of security and access control to ensure the centralized key store is properly secured and audited.

Recommendation

Apply the proposed approach to implement a centralized key store, as it addresses the current security risks and management challenges associated with scattered API key management.

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