OpenClaw: Gateway operator.write Can Reach Admin-Class Channel Allowlist Persistence via chat.send
Fixed in OpenClaw 2026.3.24, the current shipping release.
Summary
The shared /allowlist command persists channel authorization config through writeConfigFile(...) but does not re-validate gateway client scopes for internal gateway callers. Because chat.send is intentionally reachable to operator.write callers and still creates a generic command-authorized internal context, an authenticated write-scoped gateway client can indirectly mutate channel allowFrom and groupAllowFrom policy that direct config.patch correctly reserves to operator.admin.
This is not just a generic code smell. The current code already shows the intended boundary by adding sink-side internal admin checks to shared /config and /plugins writes, but /allowlist was left behind.
Details
The gateway's documented scope split is clear:
chat.sendis a write-scoped action.- direct config mutation is an admin-scoped action.
The vulnerable path is:
- A gateway client authenticates with
operator.write. - The client calls
chat.send, which is intentionally allowed for that scope. chat.sendbuilds an internal message context withCommandAuthorized: trueand carriesGatewayClientScopesinto the reply pipeline.resolveCommandAuthorization(...)converts that internal message intoisAuthorizedSender=truein the common case where no strictercommands.allowFromoverride is configured./allowlist add|removeaccepts that generic command authorization and proceeds into its config-backed edit path.- The handler clones the parsed config, calls
plugin.allowlist.applyConfigEdit(...), validates the result, and persists it withwriteConfigFile(validated.config). - No sink-side check requires
operator.adminbefore the persistent write occurs.
That creates a direct control-plane mismatch:
config.patchrejects the same caller withmissing scope: operator.admin./allowlist add dm ...or/allowlist add group ...reached throughchat.sendcan still rewrite channel authorization state.
Impact
- A gateway client intentionally limited to
operator.writecan persist first-party channel authorization policy. - The caller can widen DM or group allowlists for channels using the shared
/allowlistplumbing. - This weakens the repo's documented control-plane privilege split between ordinary write actions and admin-only persistent authorization mutation.
Remediation
1) Add the Missing Sink-Side Internal Admin Check to /allowlist
Mirror the existing hardened pattern from /config and /plugins.
Before any config-backed /allowlist add|remove write, require:
operator.adminfor internal gateway channels
This should happen before plugin.allowlist.applyConfigEdit(...) and before writeConfigFile(...).
2) Keep Pairing-Store and Config-Write Policy Checks, but Do Not Treat Them as Scope Enforcement
configWrites policy and pairing-store behavior are useful secondary controls, but they do not replace the missing privilege check between operator.write and operator.admin.
Software afectado
Haz clic en una tecnología para ver todas sus vulnerabilidades.
| Plataforma | Paquete | Versiones vulnerables | Corregida en |
|---|---|---|---|
| Paquete de npm | openclaw | < 2026.3.24 | 2026.3.24 |
Referencias
- Debilidad (CWE)
CWE-269- Plataforma
- npm
- Paquete
openclaw- Publicada
- 30.03.2026
- Actualizado
- 11.10.2026 10:22
Fuentes y licencias
OSV / GitHub Advisory Database - GHSA-94pw-c6m8-p9p9 - CC BY 4.0
Historial de vulnerabilidades: openclaw
Todas las vulnerabilidades publicadas de este paquete (Paquete de npm), de la más reciente a la más antigua. Muestra si es un fallo aislado o un paquete que hay que vigilar.
- Entradas en total
- 588
- Primera → última
- 02.2026 07.2026
- Sin corrección
- 9
- Explotada en ataques
- 0
Distribución por gravedad
- Crítica 20
- Alta 215
- Media 299
- Baja 54
Divulgaciones por año
- 2026: 588
-
OpenClaw: Gateway operator.write Can Reach Admin-Class Channel Allowlist Persistence via chat.send esta entrada
Identifica las vulnerabilidades de tu aplicación
Con la integración de DockRay y el inventario de software activado, DockRay compara las versiones notificadas de los componentes con las vulnerabilidades conocidas y avisa de las coincidencias confirmadas. La cobertura depende de la tecnología compatible y de los avisos disponibles.