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Ai discovery agent experience

Skill nevitonsantana/adaptive-skills/domain-packs/ai-discovery-agent-experience/skills/ai-discovery-agent-experience

38 portable Agent Skills for disciplined, reviewable AI-assisted work across Codex, Claude Code, GitHub Copilot, and compatible agents.

Install
npx -y skills add nevitonsantana/adaptive-skills --skill ai-discovery-agent-experience

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What its author says it does

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Route broad discovery, SEO, generative visibility, and agent-readiness goals to the smallest sufficient AI Discovery building blocks.

SKILL.md

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Overview

Use this family entrypoint when the requester names an outcome such as improving SEO, discovery, generative visibility, or agent readiness without identifying the dominant technical question. It diagnoses the work and recommends a selective path through the specialist building blocks in this domain pack.

This entrypoint is optional. Use a specialist skill directly when its question is already clear. The entrypoint does not crawl, measure, deploy, guarantee rankings or citations, or perform state-changing agent actions.

When to Use

  • The request is broad, such as “improve our SEO” or “make this easier for agents to use.”
  • Several discovery concerns may be connected but their order is unclear.
  • The requester needs a primary skill, supporting skill, evidence gap, and handoff.
  • The property, audience, decision owner, or available evidence needs to be bounded first.

When NOT to Use

  • The request clearly matches one specialist skill.
  • The task is only copywriting, implementation, analytics production, or guaranteed growth.
  • No authorized property scope or evidence source exists for the proposed review.
  • The requester expects this skill to execute a crawl, change a property, or authorize an action.

Core Moves

  1. Frame the outcome. Identify the user's goal, property, audience, important surfaces, decision owner, and available evidence. Separate facts, hypotheses, and unavailable inputs.
  2. Classify the dominant question. Choose among entity representation, search access and indexability, measurement, generative visibility, or agent capability actionability.
  3. Select the smallest path. Name one primary specialist and add supporting specialists only when their output is necessary evidence for the next step. State rejected paths when the distinction matters.
  4. Preserve evidence boundaries. Require authorized observations and dated sources. Never simulate a crawl, baseline, provider behavior, or agent authorization.
  5. Verify and hand off. Return the selected path, reasons, evidence gaps, verification, owner, and implementation or governance handoff without changing external state.

Building Blocks

  • knowledge-entity-representation — entities, claims, relationships, and canonical meaning.
  • search-indexability-optimization — discovery, access, crawling, rendering, indexing, and canonicals.
  • ai-discovery-measurement — repeated samples, baselines, variance, and comparison.
  • generative-visibility-optimization — retrieval, citation, extraction, and fidelity.
  • agent-capability-actionability — user tasks, authorization, effects, confirmation, and recovery.

Activate only the block whose trigger matches the current evidence. A family membership does not imply that all five blocks should be loaded.

Optional Modules

  • Goal framing — Bound the property, audience, outcome, owner, and evidence before routing.
  • Dominant question classification — Distinguish entity, indexability, measurement, generative visibility, and actionability concerns.
  • Selective composition — Add a supporting building block only when its output is needed by the primary path.
  • Evidence boundary — Record unavailable access, dated provider context, and authorization limits before making a finding.

Activation Triggers

  • Activate goal framing when the request names only a broad outcome or uses “SEO” without a property, surface, or decision shape.
  • Activate dominant question classification when more than one specialist could fit.
  • Activate selective composition when one specialist's output is a required input for another.
  • Activate evidence boundary whenever property access, baselines, or permissions are absent.

Expected Output

ai_discovery_family_review:
  goal: <user outcome>
  property_scope: <property or unknown>
  dominant_question: entity | indexability | measurement | generative_visibility | actionability
  primary_skill: <one building block>
  supporting_skills: [<only necessary blocks>]
  rejected_paths: [<block and reason>]
  evidence:
    available: [<authorized observations>]
    gaps: [<missing evidence>]
  verification: <repeatable proof>
  handoffs: [<owner or next skill>]
  human_decisions: [<decisions not delegated>]

Verification

  • The user goal and property scope are explicit or marked unknown.
  • One primary building block is selected and justified.
  • Supporting blocks are necessary, not merely adjacent.
  • Direct specialist use remains valid for a clear question.
  • Evidence gaps and authorization limits are visible.
  • No ranking, citation, traffic, or action outcome is promised.
  • The result contains verification and a bounded handoff.

Handoff Signals

  • Entity or claim ambiguity → knowledge-entity-representation.
  • Crawl, index, canonical, or architecture uncertainty → search-indexability-optimization.
  • Repeated baseline or variance required → ai-discovery-measurement.
  • Retrieval, citation, or representation fidelity → generative-visibility-optimization.
  • Concrete state-changing user task → agent-capability-actionability.
  • Deployment, authorization, priority, or governance decision → consumer owner or AletheIA.

Pairs Well With

  • knowledge-entity-representation
  • search-indexability-optimization
  • ai-discovery-measurement
  • generative-visibility-optimization
  • agent-capability-actionability
  • intent-clarification for an unresolved user goal

Anti-patterns

  • Loading all domain-pack skills for every broad request.
  • Treating “SEO” as proof that indexability is the only issue.
  • Using one prompt result as a visibility baseline.
  • Inventing property access, provider behavior, or agent permissions.
  • Turning the entrypoint into a crawler, scheduler, runtime, or deployment agent.

Keep looking

Skills are one crate of 328,083. Ordering is by how many stacks a row turns up in, so the top of any crate is what has actually been picked rather than what has the most stars.