/ideation

Ideation

Help someone who is stumped generate ideas — smartly and with structure, not a flat list of the obvious. Works on any topic: features for an existing product, what problem to even solve, how to solve a defined problem, business moves, writing, personal decisions.

The method is always the same rhythm: frame the stuck-state → gather just enough context (research if needed) → diverge wide → push past the obvious → converge on a prioritized few. The frameworks change with the stuck-state; the rhythm doesn't.

This is divergent-then-convergent: generate broadly with judgment off, then narrow. It is the broad counterpart to review-product (which audits a product against its users in a specific direction). Where superpowers:brainstorming gates implementation behind an approved design, this skill is upstream of that — it generates the ideas you'd then design.

review-product delegates here when its audit surfaces a wide-open gap — a user job the product doesn't serve at all, whose fix isn't obvious — and needs a divergent spread of approaches rather than a single evidence-anchored fix. It passes the specific job as the topic and signals that the job is an already-validated unmet need, so the router lands in solution mode and skips re-litigating whether the job is worth solving. That hand-off is the main programmatic caller; a single named job must work as the whole scope.

Usage

ideation                       # infer the topic from context, classify the stuck-state, ask if unclear
ideation pricing model         # ideate on a named topic
ideation --quick               # one fast diverge→converge pass, minimal questions, no research

The router — match frameworks to the stuck-state

Classify which kind of stumped this is (it can be a mix — handle the dominant one first). Then pull only the matched entries from references/frameworks.md.

Every session ends with the Convergence methods (scoring + riskiest assumption).

Workflow

Create a TodoWrite item per step. With --quick, collapse to steps 3 + 5 only.

Step 1 — Frame the stuck-state

• Determine the topic (from the argument, the conversation, or the current project) and classify it against the router: problem / feature / solution (or a mix).
• Adapt to how stumped they are. If it's unclear what they're stuck on, ask 1-2 sharp questions — prefer offering concrete options over open prompts. Don't interrogate; a stumped person wants momentum. If the topic and mode are already clear, skip straight ahead.
• A common trap: they ask for solutions but are really stuck on the problem. If the goal is vague, start in problem mode regardless of how they framed it, and say so.

Step 2 — Gather just enough context

• Survey what already exists: for a codebase, the relevant code/docs (read-docs if a docs/ tree exists); for any topic, what the user has already told you or tried.
• Research when external context would sharpen the ideas — and only then. Time-box it.
  • research-tech — technical/library/pattern questions, prior art in code.
  • research-general — markets, competitors, domains, non-technical topics.
  • read-docs — internal project conventions and constraints.
  • Skip research entirely on --quick, or when you already have enough to diverge.
• Pin down constraints and the goal: what does a good idea here have to respect (budget, stack, audience, time), and what outcome are we optimizing? Ideas are only as good as the goal they serve.

Step 3 — Diverge (judgment OFF)

• Apply the 2-3 matched frameworks from the router. Generate a wide spread — aim for quantity, defer all evaluation, force real variety (no two ideas sharing one mechanism).
• For each idea give a one-line why (its reasoning), per the output format. An idea with no rationale is noise.
• Use Multi-perspective personas liberally for cheap diversity even outside feature mode.

Step 4 — Push past the obvious

• The first cluster of ideas is always the obvious one. Run one breakthrough technique to escape it: Inversion, Analogical/cross-domain transfer, 10x, or Lateral provocation (see references/frameworks.md). Add the non-obvious ideas it surfaces.
• This step is what makes the skill "smart" rather than a list generator. Don't skip it unless --quick.

Step 5 — Converge

• Switch judgment ON. Cluster and dedupe. Score the survivors and pick a top 3-5.
• For each, capture impact (H/M/L), effort (S/M/L), and the riskiest assumption — the one thing that, if false, kills it (this is the next thing to test). Lead with high-impact / low-effort.
• Optionally pressure-test the shortlist with Six Thinking Hats.

Step 6 — Present (save only if asked)

• Show the result inline using the Output Format below: the full diverge list (brief) and the prioritized shortlist (the table).
• Default to presenting inline only. Don't write a file unprompted, and never create a dedicated docs/ideation/ directory.
• If the user asks to save it: when a docs/ tree exists, write into the best-fitting existing subfolder — match the topic (e.g. docs/product/, docs/planning/, a relevant area folder), appending to an existing file if one obviously belongs; use date +%F in the filename. If there's no docs/ tree, or nothing in it fits, just present inline and let the user name a path — don't invent a folder or a new docs section.
• End by pointing at the natural next move: validate the riskiest assumption, or feed a chosen idea into superpowers:brainstorming / review-plan to design it.

Output Format

Inline, and written to a file only if the user asks:

# Ideation — <topic> — <date>

> Stuck on: problem | feature | solution · Goal: <what we're optimizing> · Frameworks: <which>

## Ideas (diverge)
Grouped by the framework or lens that produced them; one line of reasoning each.
- **<idea>** — <why / the reasoning>.
- ...
(include the non-obvious ones from the push-past step, marked ✦)

## Shortlist (converge)
| # | Idea | Impact | Effort | Riskiest assumption to test |
|---|------|--------|--------|------------------------------|
| 1 | <idea> | H | S | <the one thing that, if false, kills it> |
| 2 | ... | | | |

## Next move
- Validate assumption for #<n> by <cheapest test>, or design #<n> via brainstorming/review-plan.

Examples

Example 1: Stumped on what to build next

User says: "ideation — I don't know what feature to add to my note app next." Actions: Classify as feature mode. Skim the app's existing features (Step 2). Run SCAMPER on the core capability + generate ideas from PM/Designer/Power-user lenses (Step 3). Push past the obvious with analogical transfer ("how do email clients handle this?") (Step 4). Converge to 4 ideas with impact/effort and a riskiest assumption each (Step 5). Present inline; save only if asked, into a fitting existing docs folder.

Example 2: Stumped on the problem itself

User says: "I want to build something for freelancers but I don't know the problem." Actions: This is problem mode even though it sounds like a build request. Use JTBD to map the jobs freelancers hire tools for, First Principles to strip assumptions, research-general for context on the segment. Reframe candidates as How-Might-We questions. Converge to 3 sharp problem statements, each with the assumption to validate with real freelancers.

Example 3: Quick solution burst

User says: "ideation --quick how do I cut my build time?" Actions: Solution mode, no research. Crazy 8s for 8 distinct approaches, one analogical prompt for a non-obvious angle, converge to top 3 with effort + riskiest assumption. Present inline, no file.

Troubleshooting

Ideas are all obvious / surface-level

Cause: Skipped Step 4, or judged ideas during divergence. Solution: Run a breakthrough technique (inversion, analogical transfer, 10x, provocation) and keep judgment fully off while generating. The obvious cluster is the start, not the output.

The user keeps rejecting ideas as "not the problem"

Cause: Generating solutions for an ill-defined problem. Solution: Drop back to problem mode (JTBD, First Principles) and nail the problem statement before generating solutions again. Say you're doing this.

Too many ideas, no decision

Cause: Diverged without converging. Solution: Force Step 5 — cluster, score impact/effort, cut to a top 3-5, attach a riskiest assumption to each. The deliverable is a prioritized few, never the raw dump.

It wants to research everything first

Cause: Over-indexing on context before generating. Solution: Time-box research to what genuinely sharpens ideas; for fast sessions or well-understood topics, skip it. Momentum matters — a stumped person wants ideas, not a report.

Notes

• references/frameworks.md holds the full method library (procedure + example per framework), organized by stuck-state. Load only the entries the router selects.
• Adjacent skills: review-product (audit a product against its users — narrower, evaluative), superpowers:brainstorming (design-gate an approved approach — downstream of this), review-plan (review a plan once an idea is chosen), research-tech / research-general (the context sources this skill calls).