build-hook-library

Generate a 50-100 hook library across nine formulas with YAML output.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/Heuresis/LinkedIn-Agency --skill build-hook-library
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: build-hook-library
Source: https://github.com/Heuresis/LinkedIn-Agency/tree/main/skills/build-hook-library
Command: npx skills add https://github.com/Heuresis/LinkedIn-Agency --skill build-hook-library

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Hook libraries streamline and standardize LinkedIn ghostwriting by turning scattered ideas into a repeatable, calibrated set of hooks that align with voice, pillar strategy, and audience intent.

Core Features & Use Cases

  • Build a 50-100 hook library across 9 hook formulas (contrarian-reframe, specific-stakes, named-mechanism, before-after, list-promise, pattern-break, loop-open, question-stake, insider-secret)
  • Seed hooks from voice transcripts, ICP pain-language, belief audits, and audience comments to ensure relevance and guard against generic templates
  • Emit a hook_library YAML payload (proven_hooks, fresh_hooks, pillar_distribution, decay-risk tagging) for downstream ghostwriting tasks and content planning

Quick Start

Provide the subject context and seed data, and instruct the agent to generate a 50-100 hook library across nine formulas.

Frequently Asked Questions about build-hook-library

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

FAQPage Schema
How do I build a scalable LinkedIn hook library for ghostwriting?

Build a LinkedIn hook library by generating 50-100 hooks across nine formulas using seed data like voice profiles and past posts. The output is a structured YAML payload containing proven hooks, fresh hooks, and pillar distribution for downstream content planning.

What are the most effective LinkedIn hook formulas for content virality?

Effective LinkedIn hook formulas include contrarian-reframe, specific-stakes, named-mechanism, before-after, list-promise, pattern-break, loop-open, question-stake, and insider-secret. Using these nine structures ensures varied, high-engagement openings calibrated to audience intent.

How do I generate LinkedIn hooks that match a specific client's voice profile?

Generate voice-matched LinkedIn hooks by seeding the process with voice transcripts, ICP pain-language, and belief audits. This ensures the resulting hook library aligns with the specific client's tone and content pillar strategy rather than relying on generic templates.

How do I track hook decay risk and pillar distribution in a content engine?

Track hook decay risk and pillar distribution by outputting a structured YAML section that tags each hook's decay probability and categorizes its content pillar. This validation gate approach maintains hook freshness and prevents audience fatigue across the content engine.

Can I populate a company YAML file directly with proven and fresh LinkedIn hooks?

Yes, you can populate a company YAML file directly. The generation process outputs a hook_library YAML section containing proven_hooks, fresh_hooks, pillar distribution, and validation gate counts, ready for immediate integration into your content workflow.

What seed data do I need to create a LinkedIn hook library without generic templates?

To avoid generic templates, you need seed data such as voice transcripts, ICP pain-language, belief audits, audience comments, client slug, and past posts. These inputs calibrate the hooks to actual audience intent and specific voice profiles.