FreeToken openclaw: Zero-Token Setup Guide for 2026

FreeToken openclaw is a browser-authenticated OpenClaw setup designed to connect with multiple AI web services through a unified gateway. Instead of starting with a separately purchased API key for every provider, the workflow uses a browser login, captures the required session credentials locally, and exposes configured models through the OpenClaw interface.

This approach is useful for experimentation, model comparison, and personal agent workflows. It is not the same as an official unlimited API service. Web sessions can expire, web endpoints may apply rate limits, and each provider’s terms of use still apply.

The provider layer is the main reason to use OpenClaw in a zero-token configuration. Several web providers are listed as tested, while Manus is described separately with an API-based free quota. Support details can vary by provider, so configure only the services you actively need.

For model switching, use the /model command in the chat box. Exact model identifiers are preferable when a provider has multiple variants. For example, a Claude configuration may resolve more reliably with /model claude-web/claude-sonnet-4-6 than with the shorter provider-only command.

The recommended installation path uses Node.js, pnpm, a Chrome debug session, the web authentication wizard, and the gateway server. Keep the browser and terminal sessions available while completing onboarding.

Once the gateway is running, the Web UI is the simplest place to test configured models. The CLI/TUI is available with node openclaw.mjs tui, while local integrations can send requests to the HTTP endpoint using the gateway token defined in configuration.

The default example configuration uses port 3001 and token-based gateway authentication. Keep this gateway token separate from provider cookies and bearer credentials. They protect different boundaries: the gateway token controls local API access, while provider credentials authorize web sessions.

curl \
  -H "Authorization: Bearer YOUR_GATEWAY_TOKEN" \
  -H "Content-Type: application/json" \
  -d '{
    "model": "deepseek-web/deepseek-chat",
    "messages": [{"role": "user", "content": "Hello!"}]
  }'

Tool calling is designed to activate when a prompt suggests an action such as searching, fetching, reading, writing, messaging, or executing a local command. Workspace restrictions are controlled through the configured agent workspace, so keep that directory narrowly scoped.

Browser-authenticated automation requires careful credential handling. Cookies and bearer tokens are stored in local authentication files, including the project’s local state area. Never commit those files to a repository, paste them into public issue reports, or share them in screenshots.

Web sessions may expire, and providers may impose rate limits. This makes the setup better suited to personal testing and moderate workloads than to heavy production traffic. Re-authenticate through the browser when a provider stops responding or the local session becomes invalid.

A clean rebuild follows this sequence:

rm -rf dist dist-runtime node_modules
pnpm install
pnpm build
pnpm ui:build
./server.sh restart

When adding a new web provider, the project structure separates authentication, API client, and stream handling. A provider generally needs an authentication module, a web client, a stream handler, and registration in the stream factory. This separation makes provider-specific behavior easier to maintain.