ASF V4.0 Industrial Enhancement Module for Openclaw

ASF V4.0 is a professional-grade governance and optimization module providing veto execution, ownership proofs, and economic modeling for AI agent systems.

alshowse-tech
v1.5.2
Apr 8, 2026
0
719
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install anfsf-v1

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install anfsf-v1 using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is ASF V4.0 Industrial Enhancement Module?

ASF V4.0 is an advanced industrial enhancement module specifically designed for the Openclaw Skills ecosystem to bring high-level governance, cost modeling, and security optimization to AI workflows. It serves as a comprehensive control plane that allows developers to implement strict safety gates and economic evaluations, ensuring that agentic operations are both cost-effective and compliant with organizational standards.

By integrating this module, users gain access to sophisticated tools for predicting rework risks and performing safe online optimizations with built-in rollback protection. This makes it an essential component for developers building resilient, multi-agent systems within the Openclaw Skills framework where accountability and resource efficiency are paramount.

ASF V4.0 Industrial Enhancement Module Use Cases

  • Implementing hard and soft veto gates for automated system changes to prevent breaking updates.
  • Generating verifiable single-writer ownership proofs to maintain data integrity across distributed agents.
  • Optimizing role allocation based on economic scoring and interface cost analysis.
  • Predicting task rework risks to improve project timelines and reduce resource waste.
  • Managing cross-role dependencies through rigorous interface budget calculations.

How ASF V4.0 Industrial Enhancement Module Works

  1. The module integrates into the Openclaw Skills architecture, specifically impacting layers ranging from the Requirement Graph to Runtime Intelligence.
  2. Developers define governance rules and economic weights in the YAML configuration file to set the operational boundaries.
  3. When an agent proposes a change, the veto-check tool validates the action against predefined hard or soft rules.
  4. Ownership proofs are generated for resources to ensure clear accountability and conflict resolution.
  5. The system continuously calculates economic scores and rework risks to provide real-time feedback on the health and efficiency of the agentic workflow.

ASF V4.0 Industrial Enhancement Module Setup

To get started with ASF V4.0, ensure your environment meets the requirements (Node.js >=20.0.0 and OpenClaw >=2026.3.24).

Check the installation status:

asf:status

Configure your governance settings in config/asf-v4.config.yaml:

veto:
  mode: default
economics:
  scoreWeights:
    interfaceCost: -0.30
    skillMatch: 0.20
optimizer:
  enabled: true

ASF V4.0 Industrial Enhancement Module Data Schema & Taxonomy

The module organizes data around governance rules, economic metrics, and architectural layers. The following table describes the primary configuration areas:

Area Key Metrics/Settings Description
Veto Mode default, strict, custom Determines the rigidity of change validation gates.
Economics scoreWeights Weights for interface costs, bottlenecks, and skill matching.
Optimizer cooldownMs, failureThreshold Parameters for safe online optimization and rollback triggers.
Architecture Layers 4, 8.5, 9, 13, 16 The specific functional layers enhanced by the module.

ASF V4.0 Industrial Enhancement Module Advanced Features

  • Multi-layer architectural impact providing semantic consistency and runtime intelligence.
  • Automated evolution guardians that monitor system changes and trigger rollbacks upon failure detection.
  • Contract-based semantic diffing to ensure consistency across complex agent interactions.
  • Interface Budget v2 for managing the economic cost of cross-role dependencies within Openclaw Skills.
  • Real-time KPI dashboards for tracking agent performance and role-based efficiency.

SKILL.md


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