29-pact

Apply D/T/R addressing, envelope constraints, and verification gradients to AI agent governance.

Updated Mar 26, 2026
One-click install
npx skills add https://github.com/William189189/boss-bidding --skill 29-pact-william189189
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: 29-pact
Source: https://github.com/William189189/boss-bidding/tree/main/.claude/skills/29-pact
Command: npx skills add https://github.com/William189189/boss-bidding --skill 29-pact-william189189

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

PACT governance provides a formal, enforceable framework for AI agent organizations, defining D/T/R addressing, accountability grammars, envelopes, and verification gradients to prevent unsafe or non-compliant actions.

Core Features & Use Cases

  • Defines D/T/R positional addressing and monotonic tightening to enforce governance across teams and tools.
  • Provides envelope-based constraints and access policies for governed agents, with audit trails and gradient-based verification for compliance.
  • Supports integration with Kaizen workflows and MCP governance for tool policy enforcement and governance middleware.

Quick Start

Create a minimal governed agent and run a verification to ensure its envelope complies with PACT governance.

Frequently Asked Questions about 29-pact

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I enforce governance and compliance for AI agents using MCP tooling?▼

To enforce governance for AI agents using MCP tooling, you apply D/T/R addressing and envelope constraints. This creates a fail-closed governance pattern with verification gradients and audit trails for compliant agent tools and access policies.

What is D/T/R positional addressing in AI agent governance?▼

D/T/R positional addressing in AI agent governance is a framework using monotonic tightening to enforce accountability across teams and tools. It tracks agent actions to prevent unsafe operations within complex workflows.

How do I implement fail-closed access policies for governed agents?▼

You implement fail-closed access policies for governed agents by applying envelope-based constraints. This enforces strict boundaries on agent actions and generates audit trails with gradient-based verification for compliance.

Does this governance framework integrate with Kaizen workflows?▼

Yes, the governance framework integrates with Kaizen workflows and MCP governance. It provides tool policy enforcement and governance middleware to maintain compliance across complex workflows.

How do I verify an agent envelope complies with governance policies?▼

To verify an agent envelope complies with governance policies, you run a verification check against defined constraints. This validates the envelope using gradient-based verification to ensure it meets required standards.

When should I use envelope constraints for AI agent compliance?▼

You should use envelope constraints for AI agent compliance when implementing governance in complex workflows. They provide formal boundaries and audit trails necessary for organizations needing to prevent non-compliant agent actions.