Pre-execution governance for high-risk agent actions. Uses persona-weighted consensus to decide ALLOW/BLOCK/REQUIRE_REWRITE before external or irreversible side effects occur, with board-native audit artifacts.
Scanned 9/7/2026
Install to Claude Code
npx -y skills add modbender/skill-library-mcp --skill consensus-agent-action-guard --agent claude-codeInstalls into .claude/skills of the current project.
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---
name: consensus-agent-action-guard
description: Pre-execution governance for high-risk agent actions. Uses persona-weighted consensus to decide ALLOW/BLOCK/REQUIRE_REWRITE before external or irreversible side effects occur, with board-native audit artifacts.
version: 1.1.13
homepage: https://github.com/kaicianflone/consensus-agent-action-guard
source: https://github.com/kaicianflone/consensus-agent-action-guard
upstream:
consensus-guard-core: https://github.com/kaicianflone/consensus-guard-core
requires:
bins:
- node
- tsx
env:
- CONSENSUS_STATE_FILE
- CONSENSUS_STATE_ROOT
metadata:
openclaw:
requires:
bins:
- node
- tsx
env:
- CONSENSUS_STATE_FILE
- CONSENSUS_STATE_ROOT
install:
- kind: node
package: consensus-agent-action-guard
bins:
- node
- tsx
---
# consensus-agent-action-guard
`consensus-agent-action-guard` is the final safety gate before autonomous action execution.
## What this skill does
- evaluates proposed agent actions (risk, irreversibility, side effects)
- applies hard-block and weighted consensus logic
- returns one of: `ALLOW | BLOCK | REQUIRE_REWRITE`
- emits required follow-up actions (e.g., human confirmation)
- writes decision and persona updates to board artifacts
## Why this matters
Most catastrophic automation failures happen at execution time. This skill inserts explicit governance before side effects.
## Ecosystem role
Built on the same consensus stack as communication and merge guards, giving one policy language across agent operations.
## Typical usage
- gating destructive operations
- controlling external messaging/posting actions
- requiring human confirmation for irreversible high-risk tasks
## Runtime, credentials, and network behavior
- runtime binaries: `node`, `tsx`
- network calls: none in the guard decision path itself
- filesystem writes: board/state artifacts under the configured consensus state path
## Dependency trust model
- `consensus-guard-core` is the first-party consensus package used in guard execution
- versions are semver-pinned in `package.json` for reproducible installs
- this skill does not request host-wide privileges and does not mutate other skills
## Quick start
```bash
node --import tsx run.js --input ./examples/input.json
```
## Tool-call integration
This skill is wired to the consensus-interact contract boundary (via shared consensus-guard-core wrappers where applicable):
- readBoardPolicy
- getLatestPersonaSet / getPersonaSet
- writeArtifact / writeDecision
- idempotent decision lookup
This keeps board orchestration standardized across skills.
## Invoke Contract
This skill exposes a canonical entrypoint:
- `invoke(input, opts?) -> Promise<OutputJson | ErrorJson>`
`invoke()` starts the guard flow and executes deterministic policy evaluation with board operations via shared guard-core wrappers.
## external_agent mode
Guards support two modes:
- `mode="external_agent"`: caller supplies `external_votes[]` from agents/humans/models for deterministic aggregation.
- `mode="persona"`: requires an existing `persona_set_id`; guard will not generate persona sets internally.
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