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.