Qualify an AI Workflow

SkillMedia

Qualify a candidate AI-enabled workflow before value modeling or solution design. Use for field discovery, workflow observation, boundary and readiness assessment, value-modeling eligibility, or a charter decision that needs an owner, baseline, accepted outcome, verifier, adoption path, and risk ceiling.

Available today. Use it from your connected AI after setup.

Connect ahel once, and every AI you use reads what you have installed.

Then ask your AI: use the Qualify an AI Workflow skill

What this skill tells your AI

The instructions your AI receives, as published by davidahmann/applied-ai-field-guide in .agents/skills/qualify-ai-workflow/SKILL.md and read by ahel’s review.

Turn a proposed use case into an evidence-backed workflow decision. Do not select a model, framework, or agent topology during this skill.

Read first

  1. Read Field Engagement and Accountable Reframing, the 12 Factors of AI Value Engineering, and the Discovery and Value playbook.
  2. Use the field-observation log, discovery pack, engagement-reframe record, workflow-charter template, and data-readiness assessment.
  3. Only after observing and bounding the target work, compare it with the business-flow index. Read only one matching pattern, or record none; treat it as a hypothesis rather than field evidence or design approval.
  4. Apply FDE-001 through FDE-003, FDE-005, VAL-001, VAL-003, CTX-001, and CTX-006 through CTX-008 from the control catalog.

Workflow

  1. Preserve the inherited workflow story and source passages as hypotheses. Separately name the sponsor, process knower, operator, disposition authority, owner, and verifier; never infer one role from another.
  2. Find or verify the process knower through a recent case, exception queue, workaround, escalation, or recovery path. Inspect representative normal and exceptional work and record its population limits.
  3. Compare consequential sold, stated, observed, system_enforced, and policy_authorized claims. Preserve conflicts; when one changes the boundary, invoke $reframe-ai-engagement before chartering.
  4. Name the user, interface, trigger, decision, inputs, permitted action, accepted outcome, safe fallback, and next accountable field move.
  5. Record the baseline as measured or explicitly unmeasured. Define the eligible population, measurement window, target, attribution method, and guardrails.
  6. Separate operational, knowledge/context, evaluation/training, and telemetry/feedback uses. Identify source ownership, authority, time semantics, access, quality unknowns, preparation, output obligations, adoption, service ownership, and maximum tolerable effect.
  7. Assess factors 1–6 and preliminary hard-gate blockers. Record one business-flow pattern or none without importing its objects, policies, or measures as observations.
  8. Keep technical feasibility, operator acceptance, adoption, business value, economics, and production readiness separate. Give each gate an owner and stop condition.
  9. Decide discover, defer, or do_not_build. State whether the current boundary is ready for value modeling, plus the evidence required to change the decision.

Output contract

Return:

  • a completed discovery summary, current field brief, and workflow-charter draft;
  • the functional-requirement tuple and workflow boundary;
  • baseline, target, verifier, guardrails, and adoption hypothesis;
  • role map, representative case, consequential claim comparison or explicit no-conflict finding, preliminary factor gates, data-readiness assessment, blockers, risk ceiling, selected pattern or none, and next field move;
  • one explicit decision with rationale.

Do not invent observations, measurements, approvals, or source access. Stop before solution design when the outcome, verifier, owner, accessible context, adoption path, or risk ceiling remains materially unresolved.

Signals

GitHub stars
105
Forks
22
Last commit
Sep 2026
Advanced
Catalog kind
skill
Gateway key
qualify-ai-workflow
Source
github.com/davidahmann/applied-ai-field-guide