* docs: fix one-way and absolute links across cli, tools, gateway, and channels Closes the open `link`-kind audit findings filed against docs/cli/, docs/tools/, docs/gateway/ and docs/channels/. - Convert 21 absolute `https://docs.openclaw.ai/...` links to root-relative paths on protocol, clients, external-apps, embedding, protocol/transport, and zaloclawbot so local previews and versioned builds resolve them. - Add the missing reverse link for one-way Related entries, using the house bullet or `<Card>` shape each page already uses. - Link terms that were named but not linked: SecretRef and `gateway.trustedProxies` on sms, the meeting providers on transcripts, `openclaw models`/`openclaw agent` on infer, Talk on tts, `/tools/invoke` on the gateway index. - Give distinct link text to the two "macOS platform notes" links on gateway/troubleshooting. - Point the IRC workspace `.env` link at the section anchor rather than the Security index. - Add Related sections to pages that had none (sms, transcripts, promos, progress-card, onboard, access-groups, concepts/memory, operator-scopes). - Add the 28 zh-CN glossary sources the new list-item link labels require, each inserted beside a related existing term. No anchor targets change. `pnpm check:docs` is green. * docs: link devices and doctor inline on pairing, and trusted proxy auth from the security index Completes two findings that were only half-applied: r3-1324 asked for the sibling commands to be linked inline on /cli/pairing, and r3-1579 lists the security index among the four pages that should link back to /gateway/trusted-proxy-auth. * docs: match each Related list's existing separator style The added bullets used an em dash in lists whose existing entries separate the label and gloss with a hyphen. Normalized 11 files so each list stays internally consistent. * docs: correct four inaccurate Related-link descriptions from review ClawSweeper found that several glosses I wrote misdescribed their targets. Verified each against the destination page and corrected: - ask_user is for non-secret questions; its own reference says never to answer it with a credential, so the secrets-page gloss now points credential entry at the masked secrets tool (P1). - OpenClaw sandbox policy does not wrap ACP harness execution (tools/acp-agents/delivery.md), so the ACP backlink now names the separate boundary instead of implying coverage (P2). - Code Mode is a QuickJS-WASI JavaScript/TypeScript orchestration surface, not something built on the xAI code_execution tool documented on that page (P2). - openclaw qr emits a mobile-node bootstrap payload, not a channel DM pairing code, on both the pairing and devices pages (P2). Audited the other 100 descriptions for the same class of error and fixed six more: OpenShell is a managed sandbox backend rather than a surface the sandbox bounds (3 pages); a Cloud Workers gloss claimed sandbox settings apply when its managed workspace is explicitly not an OS sandbox; openclaw promos lists and claims promotional offers; the 1Password gloss overstated the plugin relation; and the progress-card bullets no longer assert undocumented dashboard rendering. * docs: correct three more link descriptions and audit every remaining gloss Addresses the second review round, and then re-checks the whole set rather than only the three reported. Reported: - openclaw attach launches Claude Code with a scoped Gateway MCP grant (cli/attach.md:2); it does not attach a terminal to a running session. Fixed on cli/mcp.md and cli/tui.md. - Bare openclaw setup opens an interactive system-agent chat and falls through to guided onboarding on a fresh system (cli/setup.md:12), so calling it 'the non-interactive setup command' was wrong. - Access groups have no pairing prerequisite: a group 'grants nothing by itself' and only matters where an allowlist references it. Dropped the invented sequencing claim. Found by auditing the remaining descriptions against each target's own summary: - openclaw worker is explicitly 'not a general-purpose command for manual worker registration' (cli/worker.md:13); reworded on cloud-workers and protocol/handshake. - /reference/rpc documents RPC adapters for external CLIs, not worker RPC method shapes; repointed to /gateway/protocol/rpc-methods. - stable-https-url gives a tailnet-only URL via Tailscale Serve, which the iOS and Android glosses omitted. - Tightened health, logs, sandbox, resume, infer, dashboard, diffs, prometheus, music-generation, subagents, pairing, audit, tools-invoke, configuration-reference, and the three goal glosses to match their pages instead of asserting relationships no page documents. One glossary source added for the new label. * docs: attribute goal reads and updates to the dedicated goal tools The session-tool page documents session discovery, messaging, lifecycle, and orchestration tools; goal operations use get_goal, create_goal, and update_goal instead (docs/tools/goal.md:132-149). I corrected the other three goal glosses last round and missed this one. --------- Co-authored-by: Vincent Koc <vincent@openclaw.org>
9.8 KiB
summary, read_when, title
| summary | read_when | title | |
|---|---|---|---|
| Gateway dashboard (Control UI) access and auth |
|
Dashboard |
The Gateway dashboard is the browser Control UI served at / by default (override with gateway.controlUi.basePath).
Quick open (local Gateway):
- http://127.0.0.1:18789/ (or http://localhost:18789/)
- With
gateway.tls.enabled: true, usehttps://127.0.0.1:18789/andwss://127.0.0.1:18789for the WebSocket endpoint.
Key references:
- Control UI for usage and UI capabilities.
- Tailscale for Serve/Funnel automation.
- Web surfaces for bind modes and security notes.
Auth is enforced at the WebSocket handshake via the configured gateway auth path:
- the configured shared secret in either
connect.params.auth.tokenorconnect.params.auth.password;gateway.auth.modeselects the configured value - Tailscale Serve identity headers when
gateway.auth.allowTailscale: true - trusted-proxy identity headers when
gateway.auth.mode: "trusted-proxy"
See gateway.auth in Gateway configuration.
Fast path (recommended)
- After onboarding, the CLI auto-opens the dashboard and prints a clean link.
- Re-open or repair a browser anytime:
openclaw dashboard. It copies/opens a single-use pairing link that grants administrator access to that exact signed browser, including recovery from a previously limited credential, without granting blanket remote auto-approval. - If clipboard and browser delivery both fail,
openclaw dashboardeither gives a safe manual-token hint or tells you to runopenclaw dashboard --jsonand open its short-livedbrowserUrl; it never prints the shared token value in interactive logs. - If the UI prompts for shared-secret auth, paste the configured token or type the password into Gateway secret on the login screen or in Settings → Gateway.
Auth basics (local vs remote)
- Localhost: open
http://127.0.0.1:18789/. - Gateway TLS: when
gateway.tls.enabled: true, dashboard/status links usehttps://and Control UI WebSocket links usewss://. - Shared-secret token source:
gateway.auth.token(orOPENCLAW_GATEWAY_TOKEN). After a successful token-mode connection, manual entry is kept in sessionStorage for the current tab and selected Gateway URL, not localStorage. - Host-authorized browser handoff:
openclaw dashboardissues a short-lived, single-use bootstrap instead of putting the shared Gateway token in the browser launch URL. The bootstrap is bound to that browser's signed device identity and exchanged for a durable administrator credential. A different browser profile cannot redeem the same handoff or inherit the resulting access. - Missing-config runtime token: if startup says it generated a runtime token, that token is ephemeral and cannot be recovered. Loopback still requires auth. Run
openclaw doctor --generate-gateway-token, restart the Gateway, then runopenclaw gateway auth-token --showin an interactive terminal and paste the output into Control UI settings. - If
gateway.auth.tokenis SecretRef-managed, the interactive dashboard handoff still works because it carries only the short-lived browser bootstrap; the external shared token is not placed in terminal output, clipboard history, or browser-launch arguments. - Shared-secret password: use the configured
gateway.auth.password(orOPENCLAW_GATEWAY_PASSWORD). The dashboard does not persist passwords across reloads. - Identity-bearing modes: Tailscale Serve satisfies Control UI/WebSocket auth via identity headers when
gateway.auth.allowTailscale: true; a non-loopback identity-aware reverse proxy satisfiesgateway.auth.mode: "trusted-proxy". Neither needs a pasted shared secret for the WebSocket. - Not localhost: use Tailscale Serve, a non-loopback shared-secret bind, a non-loopback identity-aware reverse proxy with
gateway.auth.mode: "trusted-proxy", or an SSH tunnel. HTTP APIs still use shared-secret auth unless you intentionally run private-ingressgateway.auth.mode: "none"or trusted-proxy HTTP auth. See Web surfaces.
Automatic browser handoff
An identity-aware HTTPS host can provide automatic login for direct dashboard links while
keeping the Gateway's existing token and device authentication. After an initial connection
fails because authentication is missing, the Control UI makes one same-origin request to
GET /.well-known/openclaw/browser-bootstrap (under the Control UI base path, if configured).
Existing credentials are tried first. Explicit credentials, remote Gateway selections,
pairing failures, and rejected credentials do not trigger this recovery.
This endpoint belongs to the deployment's authenticated proxy or handoff service. OpenClaw
does not expose an unauthenticated credential issuer. The service must independently verify
the browser's identity and authorization before using the host's openclaw dashboard --json
handoff. Return only its single-use browser credential:
{ "bootstrapToken": "<single-use-browser-bootstrap>", "bootstrapProfile": "owner" }
Use Content-Type: application/json and Cache-Control: no-store, reject cross-origin
requests, and never return the shared Gateway token. The UI rejects redirects, responses
larger than 8 KiB, and tokens longer than 4096 printable ASCII characters. The request has
a 45-second deadline and is cancelled if the connection changes or the page stops.
Successful recovery preserves the current dashboard route. If no endpoint is configured or
the host declines the request, the existing login instructions remain available.
Open in Telegram
Telegram bots can open the dashboard as a Telegram Mini App with /dashboard.
Requirements:
gateway.tailscale.mode: "serve"or"funnel"so Telegram gets an HTTPS Mini App URL.- The Telegram sender must be the bot owner: a numeric Telegram user ID in
commands.ownerAllowFromor the selected account's effectivechannels.telegram.allowFrom. - Run
/dashboardin a DM with the bot. Group invocations only tell you to open the command in DM and do not include a button. - Docker installs: Serve/Funnel modes require the gateway to bind loopback next to
tailscaled, which bridge networking with published ports cannot satisfy. Run the gateway container withnetwork_mode: hostand mount the hosttailscaledsocket (/var/run/tailscale) plus thetailscaleCLI into the container.
The Mini App performs a bounded one-time dashboard handoff and redirects to Control UI with a short-lived bootstrap token. It does not expose a shared gateway token in the URL, and it does not receive the administrator grant reserved for handoffs issued directly by the Gateway host.
Non-goals for v1:
- Telegram Web iframe is unsupported.
- Tailscale Serve/Funnel is the only supported published URL path.
If you see "unauthorized" / 1008
- Confirm the gateway is reachable: local
openclaw status; remote, SSH tunnelssh -N -L 18789:127.0.0.1:18789 user@gateway-hostthen openhttp://127.0.0.1:18789/. - For
AUTH_TOKEN_MISMATCH, clients may do one trusted retry with a cached device token when the gateway returns retry hints; that retry reuses the token's cached approved scopes (explicitdeviceToken/scopescallers keep their requested scope set). If auth still fails after that retry, resolve token drift manually. - For
AUTH_SCOPE_MISMATCH, the device token was recognized but does not carry the requested scopes; re-pair or approve the new scope set instead of rotating the shared gateway token. - For Proxy authentication required or
AUTH_IDENTITY_HEADER_REQUIRED, open the configured proxy/SSO dashboard URL and sign in there. Ask the Gateway administrator to check identity-header forwarding on WebSocket upgrades and account access. A Gateway token cannot override trusted-proxy mode; see Trusted proxy troubleshooting. - Outside that retry path, the Control UI prefers a pending bootstrap token so a fresh host-issued handoff can create or upgrade the browser credential. Without a pending bootstrap, explicit shared token/password take precedence over the stored device token.
- On the async Tailscale Serve path, failed attempts for the same
{scope, ip}are serialized before the failed-auth limiter records them, so a second concurrent bad retry can already showretry later. - For token drift repair steps, see Token drift recovery checklist.
- For shared-secret authentication, retrieve or supply the configured secret from the gateway host:
- Token: run
openclaw gateway auth-token --showin an interactive terminal on the Gateway host - Password: resolve the configured
gateway.auth.passwordorOPENCLAW_GATEWAY_PASSWORD - SecretRef-managed token: run
openclaw gateway auth-token --show; if resolution fails, repair the external secret provider and rerun it - Runtime token generated because no shared secret was configured: run
openclaw doctor --generate-gateway-token, restart the Gateway, then use the configured token
- Token: run
- In the dashboard settings, paste the token or password into Gateway secret, then connect.
- The UI language picker lives in Settings → Appearance → Language.
Related
- Control UI
- WebChat
openclaw dashboard— securely open the Control UI from the CLI