CLIProxyAPIHome

Home

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Home is a comprehensive credential management, scheduling, and distribution service designed for CLIProxyAPI.

It serves as a centralized hub for managing and scheduling API credentials in large-scale CLIProxyAPI cluster deployments. CLIProxyAPI nodes communicate with Home to retrieve necessary API credentials and report usage statistics.

Key Features

• Scalable Node Management: Supports connecting an unlimited number of CLIProxyAPI nodes for credential distribution, ideal for large-scale deployments.
• Multi-Provider OAuth2 Support: Manages OAuth2 credentials for various AI model providers, including OpenAI, Claude, Codex, Antigravity, Kimi, xAI, and more.
• High Availability: Supports multi-account management and round-robin load balancing to ensure optimal performance and reliability.
• Secure Access: Provides a streamlined CLI authentication flow to ensure secure access to APIs.
• Plugin Support: Supports installing and enabling CLIProxyAPI-compatible plugins through Home Management.
• Flexible Upstream Integration: Easily integrate upstream providers via configuration, including:
  • OpenAI-compatible providers (e.g., OpenRouter)
  • OpenAI Responses protocol providers
  • Anthropic Messages protocol providers
  • Google Gemini protocol providers

Cluster Mode

Home now always runs from a database-backed runtime. When cluster.yaml is absent, Home runs the same scheduler, node discovery, leader election, event watcher, management, and RESP logic on a local SQLite database. The default SQLite path is home.db; use -sqlite-path to override it.

When cluster.yaml exists, Home enables cluster mode and uses the database backend declared in that file. Copy cluster.sqlite.example.yaml or cluster.pgsql.example.yaml to cluster.yaml as a starting point. PostgreSQL is recommended for multi-node deployments. SQLite is also supported, but cluster SQLite requires node.external-ip so other nodes and CPA clients can reach this node.

config.yaml and auth-dir are no longer runtime storage. They are import/export exchange formats only. To migrate an existing local setup into the database, run:

./CLIProxyAPIHome -import

By default, import reads ./config.yaml and then resolves credentials from the auth-dir value inside that config. Use -config <path> to select another config file, -auth-dir <path> to override credential discovery, and -sqlite-path <path> when importing into a non-default SQLite database. Import is idempotent, so rerunning it with the same files does not duplicate records.

To export config and credentials back to local files, run:

./CLIProxyAPIHome -export

Export writes ./config.yaml and credential files under ~/.cli-proxy-api/ by default. Use -export-dir <path> to write <path>/config.yaml and credential files under <path>/auths/. It refuses to overwrite an existing config.yaml or a non-empty credential directory at the selected target.

In cluster mode, the Management API operates directly on database data. The default listen port comes from node.port in cluster.yaml; the startup -addr flag can override the listen address. Set node.external-port when a reverse proxy changes the port that clients must use; when omitted, the advertised cluster node port follows the final listen port.

RESP password authentication has been removed. Home RESP access only accepts mTLS-authenticated clients; CPA should connect with -home-jwt or configured TLS material. allow-host is only an IP allowlist and is not a password mechanism.

Docker Compose uses docker-compose.sqlite.yml or docker-compose.pgsql.yml. Copy the matching cluster.sqlite.example.yaml or cluster.pgsql.example.yaml to cluster.yaml, then use /CLIProxyAPIHome/data/home.db for SQLite or postgres as the PostgreSQL host. Select either database type when importing existing local state:

COMPOSE_FILE=docker-compose.sqlite.yml
# PostgreSQL: COMPOSE_FILE=docker-compose.pgsql.yml
docker compose -f "$COMPOSE_FILE" run --rm \
  -v "$PWD/config.yaml:/CLIProxyAPIHome/config.yaml:ro" \
  -v "$PWD/auths:/root/.cli-proxy-api" \
  home ./CLIProxyAPIHome -import

Strict Credential Concurrency Limits

Before enabling credential concurrency policies, follow the strict credential concurrency limits deployment runbook. It defines the required SQLite and PostgreSQL topologies, certificate identity requirements, capability checks, and fail-closed mixed-version rollout.

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

1. Fork the repository.
2. Create your feature branch (git checkout -b feature/amazing-feature).
3. Commit your changes (git commit -m 'Add some amazing feature').
4. Push to the branch (git push origin feature/amazing-feature).
5. Open a Pull Request.

License

This project is licensed under the MIT License. See the LICENSE file for details.