Ideate

Generates ranked novel solution candidates via a nine-phase evolutionary ideation loop with adaptive controls.

1|Updated Apr 16, 2026
One-click install
npx skills add https://github.com/davdunc/pai-framework --skill ideate-davdunc
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: Ideate
Source: https://github.com/davdunc/pai-framework/tree/main/skills/Ideate
Command: npx skills add https://github.com/davdunc/pai-framework --skill ideate-davdunc

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Ideate generates genuinely novel solution candidates by running an evolutionary ideation loop that iteratively consumes, dreams, recombines, cross-pollinates, tests, and learns from prior cycles rather than doing one-shot brainstorming.

Core Features & Use Cases

  • Multi-cycle evolutionary ideation: runs 9 phased loops (CONSUME → DREAM → DAYDREAM → CONTEMPLATE → STEAL → MATE → TEST → EVOLVE → META-LEARN) with adaptive continue/pivot/stop logic.
  • Novelty-focused recombination: uses structural randomness (Fisher-Yates style shuffling with crypto seeding) to reduce LLM bias and increase search diversity.
  • Fitness scoring with guardrails: multi-judge evaluation on Feasibility, Novelty, Impact, and Elegance, optionally extended with external validation hooks.
  • Provenance-rich outputs: tracks parents, operations, phase origins, mutation die rolls, and a fitness landscape trail across cycles.
  • Workflow modes: FullCycle (default), QuickCycle (compressed), and phase-specific modes (Dream, Steal, Mate, Test) for targeted use.

Quick Start

Run the Ideate skill in FullCycle mode to evolve novel solution candidates for the problem: "How can we reduce customer churn for our subscription product without increasing support costs?"

Frequently Asked Questions about Ideate

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

FAQPage Schema
How does evolutionary ideation generate novel ideas?

Evolutionary ideation generates novel ideas by running multi-cycle loops that perturb, cross-pollinate, recombine, and test solution candidates. It uses structural randomness and multi-judge fitness scoring to iteratively evolve concepts rather than relying on one-shot brainstorming.

What is the best way to refine cross-domain innovation strategies over multiple cycles?

The best way to refine cross-domain innovation is running a nine-phase evolutionary loop that consumes, dreams, steals, mates, and tests concepts. This structured process applies adaptive continue, pivot, or stop logic to continuously evolve and evaluate hard strategy problems.

Can I use multi-agent workflows for targeted phases like cross-domain borrowing instead of full cycles?

Yes, you can use targeted phase-specific workflow modes like Dream, Steal, Mate, or Test instead of the default FullCycle. These modes utilize multi-agent workflows to execute specific evolutionary ideation operations without running the entire nine-phase loop.

How do you score fitness and novelty during multi-cycle creativity processes?

Fitness and novelty are scored through multi-judge evaluation across Feasibility, Novelty, Impact, and Elegance. This evaluation optionally incorporates external validation hooks to apply guardrails and rank the evolved solution candidates.

Why does evolutionary search use structural randomness in idea generation?

Evolutionary search uses structural randomness, such as Fisher-Yates style shuffling with crypto seeding, to reduce LLM bias. This technique significantly increases search diversity during the recombination and perturbation phases of the ideation loop.

When should I not use a full nine-phase evolutionary ideation loop?

You should avoid the full nine-phase loop when you need rapid output or face tight computational budgets. Instead, use the compressed QuickCycle mode or phase-specific modes to bypass the complete evolutionary search and multi-agent evaluation process.