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GHSA-vqvg-86cc-cg83
No affected components available
Fixed in OpenClaw 2026.3.24, the current shipping release.
Title
Mutating internal /allowlist chat commands missed operator.admin scope enforcement
CWE
CWE-862 Missing Authorization
CVSS v3.1
CVSS:3.1/AV:N/AC:L/PR:L/UI:N/S:U/C:N/I:H/A:N
Base score: 6.5 (Medium)
Severity Assessment
Medium. This is a real authorization flaw in OpenClaw’s internal control plane. The issue does not require host access, trusted local state tampering, or multi-tenant assumptions, but exploitation does require an already authenticated internal Gateway caller with operator.write.
Impact
An authenticated internal Gateway caller limited to operator.write can perform state-changing /allowlist actions without operator.admin, even though comparable mutating internal chat commands already require operator.admin. The reachable effects are persistent changes to config-backed allowFrom entries and pairing-store-backed allowlist entries.
This is not a semantic-modeling complaint and not a generic “trusted operator can do things” claim. It is a missing authorization check inside OpenClaw’s own internal scope model, where peer mutating command surfaces already distinguish operator.write from operator.admin.
Affected Component
Verified against the latest published GitHub release tag v2026.3.23 (ccfeecb6887cd97937e33a71877ad512741e82b2), published 2026-03-23T23:15:50Z.
Exact vulnerable path on the shipped tag:
src/auto-reply/reply/commands-allowlist.ts:251-254/allowlistauthorization uses onlyrejectUnauthorizedCommand(...).
src/auto-reply/reply/commands-allowlist.ts:386-524- mutating config and pairing-store writes happen here, but there is no
requireGatewayClientScopeForInternalChannel(..., operator.admin, ...).
- mutating config and pairing-store writes happen here, but there is no
Reachability and scope model:
src/gateway/method-scopes.ts:94-109chat.sendis a write-scoped method.
src/gateway/server.chat.gateway-server-chat.test.ts:539-559- existing runtime coverage proves
chat.sendroutes slash commands without an agent run.
- existing runtime coverage proves
src/auto-reply/command-auth.ts:574-577- internal callers become
senderIsOwneronly whenGatewayClientScopesincludesoperator.admin.
- internal callers become
Comparable internal mutating command paths already enforce operator.admin:
src/auto-reply/reply/commands-config.ts:64-73src/auto-reply/reply/commands-mcp.ts:89-96src/auto-reply/reply/commands-plugins.ts:387-394src/auto-reply/reply/commands-acp.ts:98-106
Version history:
- Introduced by commit
555b2578a8cc6e1b93f717496935ead97bfbed8b(feat: add /allowlist command) - Earliest released affected tag found:
v2026.1.20 - Latest released affected tag verified:
v2026.3.23
Technical Reproduction
- Check out the shipped release tag
v2026.3.23. - Use an internal command context with:
Provider = "webchat"Surface = "webchat"GatewayClientScopes = ["operator.write"]params.command.channel = "webchat"
- Route a slash command through
chat.send. - Execute either of these mutating commands:
/allowlist add dm channel=telegram 789/allowlist add dm --store channel=telegram 789
- Confirm the command context is authorized but not owner-equivalent:
isAuthorizedSender === truesenderIsOwner === false
- Observe that the commands still succeed and perform persistent writes.
Demonstrated Impact
The vulnerable handler performs real state mutation for a low-scope internal caller:
- Config-backed mutation path:
src/auto-reply/reply/commands-allowlist.ts:398-503- reads the config snapshot, applies the edit, validates, and writes the updated config to disk.
- Store-backed mutation path:
src/auto-reply/reply/commands-allowlist.ts:479-485src/auto-reply/reply/commands-allowlist.ts:513-518- updates the pairing-store allowlist without any admin-scope gate.
The result is successful persistence, not just a misleading success message.
Environment
- Product: OpenClaw
- Verified shipped tag:
v2026.3.23 - Shipped tag commit:
ccfeecb6887cd97937e33a71877ad512741e82b2 - Published GitHub release time:
2026-03-23T23:15:50Z - Verification date:
2026-03-24
Duplicate Check
This is not a duplicate of:
GHSA-pjvx-rx66-r3fg- that advisory covered cross-account scoping in
/allowlist ... --store, not missing internaloperator.adminenforcement.
- that advisory covered cross-account scoping in
GHSA-hfpr-jhpq-x4rm- that advisory covered
/configwrites throughchat.send, not/allowlist.
- that advisory covered
GHSA-3w6x-gv34-mqpf- same authorization class, but different command path (
/acp, not/allowlist).
- same authorization class, but different command path (
In Scope Check
This report is in scope under SECURITY.md because:
- it does not rely on adversarial operators sharing one gateway host or config;
- it does not target the HTTP compatibility endpoints that
SECURITY.mdexplicitly treats as full operator-access surfaces; - it demonstrates a real authorization mismatch inside OpenClaw’s own internal control-plane scope model (
operator.writevsoperator.admin); - peer mutating internal chat commands already enforce
operator.admin, so this is not a request for a new boundary but a missing check on an existing one.
This is therefore a concrete authorization bug, not a trusted-operator hardening suggestion.
Remediation Advice
- Add
requireGatewayClientScopeForInternalChannel(..., allowedScopes: ["operator.admin"], ...)to the mutating internal/allowlistpaths. - Add regression coverage for both mutation modes:
- internal
operator.writemust be rejected; - internal
operator.adminmust be allowed.
- internal
- Cover both config-backed and store-backed writes.
- Audit other mutating internal chat-command paths for the same missing-scope pattern.
The vulnerability can be exploited over the network without needing physical access. It is easy for an attacker to exploit this vulnerability. An attacker needs basic access or low-level privileges. No user interaction is needed for the attacker to exploit this vulnerability. The impact is confined to the system where the vulnerability exists. There is a high impact on the integrity of the data.
Exploitation attempts have been detected. Elevated vigilance and prompt remediation are advised.
The exploit probability is very low. The vulnerability is unlikely to be exploited in the next 30 days.
We did not find any exploit available. Neither in GitHub repositories nor in the Exploit-Database.
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