dbm-concordance-verify

Compare synthesized DBM sections against the frozen concordance register and emit a markdown report and findings CSV.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/sgttomas/chirality-piping --skill dbm-concordance-verify
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: dbm-concordance-verify
Source: https://github.com/sgttomas/chirality-piping/tree/main/skills/dbm-concordance-verify
Command: npx skills add https://github.com/sgttomas/chirality-piping --skill dbm-concordance-verify

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Post-synthesis semantic concordance verification ensures that DBM package outputs are aligned with the frozen concordance register and deterministic findings, preventing misalignments in published content.

Core Features & Use Cases

  • Semantic verification: compares synthesized section outputs against the frozen concordance register and deterministic findings to surface mismatches.
  • Findings generation: emits a package-local findings CSV and a markdown verification report for package readiness review.
  • Use Case: after concordance checks, run this skill to validate that all sections and findings align before publishing the package.

Quick Start

Execute the verification against the active package snapshot to produce the markdown report and findings CSV.

Frequently Asked Questions about dbm-concordance-verify

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

FAQPage Schema
How do I verify semantic concordance across synthesized package outputs before publication?

Semantic concordance verification compares synthesized section outputs against the frozen concordance register and deterministic findings to surface mismatches before publication. It enforces alignment among section bodies, assertion rows, and findings, ensuring package readiness.

When do I need to run post-synthesis semantic verification on DBM outputs?

Post-synthesis semantic verification is needed after deterministic concordance checks and source-supersession findings are complete. It serves as a final readiness gate to ensure all section bodies, assertion rows, and deterministic findings align before publishing the package.

What does semantic concordance verification produce to support package readiness review?

Semantic concordance verification produces a markdown verification report and a package-local findings CSV. These outputs document any semantic disparities between synthesized DBM section outputs and the frozen concordance register for review.

Can I use semantic verification to check alignment between section bodies and assertion rows?

Semantic verification can be used to check alignment between section bodies, assertion rows, and deterministic findings. It identifies and reports semantic disparities across these elements against the frozen concordance register to enforce overall package consistency.

What is the best way to identify semantic disparities in DBM package outputs?

The best way to identify semantic disparities is to execute verification against the active package snapshot. This compares synthesized section outputs directly with the frozen concordance register and deterministic findings to surface any misalignments.

Why does semantic concordance verification run after deterministic checks?

Semantic concordance verification runs after deterministic checks because it validates alignment among section bodies, assertion rows, and deterministic findings. It acts as a final validation layer to catch semantic mismatches that deterministic checks may not surface before publication.