gap-driven-generation

Testing & Quality

Generate solutions targeting specific coverage gaps — detect gaps, generate failure-driven solutions, and design factor-level experiments.

QUICK START

How to use this skill

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Source SKILL.md: https://github.com/yogsoth-ai/de-anthropocentric-research-engine/blob/HEAD/skills/gap-driven-generation/SKILL.md

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Gap-Driven Generation

Detect coverage gaps in the solution space, then generate targeted solutions using failure analysis and factorial design.

Stages

Stage 1: Coverage Gap Detection

Run coverage-gap-detection SOP to identify uncovered regions in the solution space. Output: gap list with priority ranking based on impact and feasibility.

Stage 2: Failure-Driven Generation

Run failure-driven-generation SOP to generate solutions that specifically target identified failure modes or gaps. Output: one or more targeted solutions per gap.

Stage 3: Factor-Level Design

Run factor-level-design SOP to identify key factors in the gap space, define levels, and design an experiment matrix for systematic exploration. Output: factorial design ready for implementation.

Minimum Yield

Metric	Floor
Coverage gaps identified	≥3
Gaps with priority ranking	100%
Solutions generated per gap	≥1
Total targeted solutions	≥3
Factor-level matrix produced	yes

Available SOPs

SOP	Role
coverage-gap-detection	Stage 1 — detect uncovered regions
failure-driven-generation	Stage 2 — generate targeted solutions
factor-level-design	Stage 3 — factorial experiment design

Available SOPs

Optional, no fixed order; the final leaf is always a sop.

SOP	When to use
coverage-gap-detection	Detect uncovered regions in the solution space, producing a prioritized gap list.
creative-ideation-factor-level-design	Identify factors and their levels for a problem, then design an experiment matrix for systematic exploration.
creative-ideation-failure-mode-cataloging	Systematically catalog all failure modes in a domain or method, producing a classified failure taxonomy.
failure-driven-generation	Generate targeted solutions for each identified failure mode, ensuring every failure has at least one proposed mitigation.